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solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION PV SITE PLAN - PHASE 1 PV001 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 1 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N SITE LOCATION FORTUNA RD. (ROUTE 30) QTY 8: 4.6 MW-HR, 1.6 MVA BESS SYSTEMS EA. W/ CONTAINER, INVERTER & 1750 kVA TRANSFORMER QTY 9 TOTAL: 2MVA PAD-MOUNT TRANSFORMERS FOR PV SYSTEM & CO-LOCATED INVERTER STATIONS, DISTRIBUTED THROUGHOUT SITE REMAINING INVERTER EQPT PADS UTILITY-OWNED PRIMARY METER PAD CUSTOMER-OWNED PAD W/ SITE SWITCHGEAR & RTAC ENCLOSURE CLEAR PATHWAYS ALONG SITE TO ACCESS COMBINERS TYP WIDTH: 10 FT HAMMERHEAD TURN-AROUND AT END OF DRIVEWAY HANDHOLES FOR FUTURE EXPANSION HAMMERHEAD TURN-AROUND AT END OF DRIVEWAY SITE ENTRY GATE T-JUNCTION IN DRIVEWAY AT ENTRY GATE SPACE RESERVED FOR HONEYWELL CONTROL ROOM & TRANSFORMER MIN 7' CHAIN LINK PERIMETER FENCE UTILITY-OWNED POLE, POINT OF INTERCONNECTION SPECIAL CASE OF 12 FT WIDE CLEAR PATHWAY, FOR COMMON AISLE COMBINERS TEMPORARY CONSTRUCTION FENCING, PRIOR TO PHASE 2 EXPANSION PHASE 2 EXPANSION N a a: 0.00° CW (TRUE) 256' 0 128' 64' 3 SAMPLE GROUND-MOUNT APA ARRAY SHEET INDEX ID PV001 PV002 PV101 PV102 PV103 PV104 PV105 PV201 PV202 PV203 PV204 PV205 PV206 PV207 PV208 PV209 PV210 PV211 PV212 Name PV SITE PLAN - PHASE 1 PV SYSTEM NOTES SITE PLAN - FULL SITE CLOSE-UP OF EQPT PADS FENCE DETAIL FENCE GROUNDING LAYOUT FENCE GROUNDING DETAIL TRANSFORMER ZONE LAYOUT INV. & COMBINER SOURCE: ZONES 1-5 INV. & COMBINER SOURCE: ZONES 6-9 BRANCH CIRCUIT LAYOUT: ZONE 1 BRANCH CIRCUIT LAYOUT: ZONES 2 & 3 BRANCH CIRCUIT LAYOUT: ZONES 4 & 5 BRANCH CIRCUIT LAYOUT: ZONES 6 & 7 BRANCH CIRCUIT LAYOUT: ZONES 8 & 9 WIRING DETAILS WIRE HARNESS DETAILS MODULE DETAILS E-W WIRING & GAP DETAILS Published PV301 PV302 PV303 PV304 PV305 PV306 PV307 PV308 PV309 PV310 PV311 PV312 PV313 PV314 PV315 PV316 PV317 PV401 PV501 PV502 PV503 PV504 PV505 PV506 PV507 PV508 PV509 PV510 PV511 PV512 PV513 PV514 PV515 PV516 PV517 PV518 PV519 PV520 PV601 PV602 PV603 PV604 PV605 PV606 PV607 PV608 PV609 PV701 PV702 PV703 PV704 CONDUIT LAYOUT (OVERVIEW) CONDUIT LAYOUT - BESS & MV EQPT PADS CONDUIT LAYOUT - PV PADS TRENCH PROFILES - SHEET 1 TRENCH PROFILES - SHEET 2 MSGR. CABLE LAYOUT - SHEET 1 (ZONE 1) MSGR. CABLE LAYOUT - SHEET 2 (ZONES 2 & 3) MSGR. CABLE LAYOUT - SHEET 3 (ZONES 4 & 5) MSGR. CABLE LAYOUT - SHEET 4 (ZONES 6 & 7) MSGR. CABLE LAYOUT - SHEET 5 (ZONES 8 & 9) MESSENGER CABLE DETAILS - SHEET 1 MESSENGER CABLE DETAILS - SHEET 2 MESSENGER CABLE DETAILS - SHEET 3 CONDUIT BETW RACK & INV. STATIONS MESSENGER CABLE CUTSHEETS DC COMBINER STATION DC COMBINER STATION FRAMING RACKING SECTION VIEW TYP INV. STATIONS - INV. LAYOUT TYP INV. STATIONS - XFMR LAYOUT TYP INV. STATIONS - DC CONNECTIONS TYP INV. STATIONS - AC & DATA CONDUIT TYP INV. STATIONS - REBAR WEST TYP INV. STATIONS - REBAR EAST INV. STATION SECTION VIEWS INVERTER STATION ELEVATION VIEW INV. STATION 1 - INVERTER LAYOUT INV. STATION 1 - CONDUIT INV. STATION 1 - REBAR & GROUNDING BESS EQPT PAD - LAYOUT BESS EQPT PAD - REBAR & GROUND BESS EQPT PAD - CONDUIT BESS EQPT PAD - ELEVATION VIEW 1 BESS EQPT PAD - ELEVATION VIEW 2 BESS EQPT PAD - INVERTER SECTION BESS CONTAINER - LAYOUT, REBAR, & GROUNDING BESS CONTAINER - CONDUIT LAYOUT SWITCHGEAR & RTAC PAD SINGLE LINE DAS SINGLE LINE - SIMPLIFIED DAS SINGLE LINE - DETAILED DC COMBINER & INVERTER SCHEDULE DC WIRING SCHEDULE - PV ZONES 1 THRU 5 DC WIRING SCHEDULE - PV ZONES 6 THRU 9 AC WIRING SCHEDULE (PV & MV) BESS WIRING SCHEDULE DATASHEETS LABELS - SHEET 1 LABELS - SHEET 2 GATE LABELS & SYSTEM MAP COMBINER MAP LABELS SHEET INDEX ID Name Published 2 LOCUS MAP 0 1000' 2000' 1 FORTUNA PHASE 1 SITE PLAN: 20.16 MWdc (18 MWac) PHOTOVOLTAIC SYSTEM FOR FORTUNA (WEST END ST. THOMAS) FORTUNA ROAD, FORTUNA ESTATE, US VI STT. APPLICABLE STANDARDS - 2023 NATIONAL ELECTRIC CODE - 2023 NATIONAL ELECTRICAL SAFETY CODE - 2019 US VIRGIN ISLANDS BUILDING CODE - 2018 INTERNATIONAL BUILDING CODE - ASCE 7-16 - VIRGIN ISLANDS WATER & POWER AUTHORITY (WAPA) CONSTRUCTION STANDARDS - PETRONELLA BUILDING & ELECTRICAL INSPECTORS (AHJs) - INSTALLING CONTRACTOR AND ALL PERSONNEL ON SITE SHALL FOLLOW APPROPRIATE LOTO PROCEDURES BEFORE SERVICING EQUIPMENT AND SHALL BE EQUIPPED WITH THE APPROPRIATE PPE. NOTE: ALL STRUCTURAL DETAILS AND CALCULATIONS WILL BE PROVIDED BY OTHERS 20° FIXED TILT PV ARRAY AZIMUTH: 15° WEST OF TRUE SOUTH MODULES DC POWER TOTAL PV AC POWER 42,666/ 465W TOTAL BESS AC POWER MAX EXPORT AC POWER* TOTAL BESS ENERGY 18 MWac 12.8 MWac 36.8 MW-hrs 19.84 MWdc SYSTEM PHASE 1 * SYSTEMS ARE CONTROLLED TO LIMIT EXPORT POWER TO THE VALUES ABOVE 26 MWac TBD 20 MWac SITE TOTAL 9.6 MWac 27.6 MW-hrs TBD ~30 MWdc 2 TOTAL TBD TBD ~50 MWdc 44 MWac 22.4 MWac 64.4 MW-hrs 20 MWac solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION PV SYSTEM NOTES PV002 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 2 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N PROCEDURAL NOTES: 1. PRIOR TO COMMENCEMENT OF ANY WORK, THE CONTRACTOR SHALL NOTIFY ENGINEER OF RECORD OF ANY DISCREPANCIES NOTED TO EXISTING CONDITIONS, STRUCTURE, ELECTRICAL RUNS (SPECIFY EXISTING ITEMS). AMONG SITE CONDITIONS, MANUFACTURER RECOMMENDATIONS OR CODES, REGULATIONS OR RULES OF JURISDICTIONS HAVING AUTHORITY. 2. ALL DIMENSIONS OF EXISTING CONDITIONS MUST BE VERIFIED PRIOR TO COMMENCING WORK. 3. THE CONTRACTOR IS RESPONSIBLE FOR ALL BRACING AND SHORING OF EQUIPMENT DURING INSTALLATION. 4. CONTRACTOR SHALL BE RESPONSIBLE FOR ALL SAFETY PRECAUTIONS, OSHA REQUIREMENTS AND SAFETY MEASURES ON SITE. THE ENGINEER HAS NO OVERALL SUPERVISORY AUTHORITY AND NO DIRECT RESPONSIBILITY FOR THE SPECIFIC WORKING CONDITIONS OR FOR POSSIBLE EXISTING HAZARDS. 5. CONTRACTOR INITIATED CHANGES SHALL BE SUBMITTED IN WRITING TO THE ENGINEER OF RECORD FOR APPROVAL PRIOR TO MAKING ANY CHANGES. 6. APPROVED CHANGES SHALL REQUIRE A DRAWING REVISION TO MAINTAIN CONTROL OVER THE ENGINEER APPROVED DESIGN. DEVIATION FROM THESE PLANS PRIOR TO ENGINEER APPROVAL PLACES ALL LIABILITY ON THE CONTRACTOR. GENERAL NOTES: 1. STRUCTURAL FIELD CONDITIONS ARE TO BE DETERMINED BY OTHERS, AND PLANS ARE TO BE MODIFIED AS NEEDED/IF APPROPRIATE. DEFICIENCIES SHOULD BE NOTED AND CORRECTED PRIOR TO THE START OF CONSTRUCTION. 2. THE ELECTRICAL CONTRACTOR IS RESPONSIBLE FOR INSTALLING ALL EQUIPMENT AND FOLLOWING ALL MANUFACTURER'S OR ENGINEER'S DIRECTIONS AND INSTRUCTIONS SHOWN ON CONSTRUCTION DOCUMENTS. 3. THE ELECTRICAL CONTRACTOR IS ADVISED THAT UTILITY INTERCONNECTION REQUIREMENTS AND ALL DRAWINGS, COMPONENT MANUALS, ESPECIALLY THE INVERTER MANUALS, ARE TO BE READ AND UNDERSTOOD PRIOR TO INSTALLATION OR ENERGIZING OF ANY EQUIPMENT. 4. THE CONTRACTOR IS ALSO ADVISED TO HAVE ALL COMPONENT & SWITCHES IN THE OFF (OPEN) POSITION AND FUSES REMOVED PRIOR TO INSTALLATION OF FUSE-BEARING COMPONENTS. 5. THIS SOLAR PHOTOVOLTAIC SYSTEM IS TO BE INSTALLED FOLLOWING THE CONVENTIONS OF THE NATIONAL ELECTRIC CODE, MASSACHUSETTS ELECTRICAL CODE, AND ANY LOCAL CODE WHICH MAY SUPERSEDE THE NEC SHALL GOVERN. 6. ALL COMPONENTS TO BE INSTALLED WITH THIS SYSTEM ARE TO BE LISTED BY A THIRD PARTY TESTING AGENCY (UL, ETL, ETC.). EQUIPMENT SHALL BE NEMA 3R OUTDOOR RATED OR BETTER, UNLESS LOCATED INDOORS. EQUIPMENT INSTALLED INDOORS MAY BE RATED NEMA 1. 7. DC VOLTAGE FROM THE ARRAY IS ALWAYS PRESENT AT THE DC COMBINER ENCLOSURES AND THE DC TERMINALS OF THE INVERTER DURING DAYLIGHT HOURS. ALL PERSONS WORKING ON OR INVOLVED WITH THIS PHOTOVOLTAIC SYSTEM MUST BE WARNED THAT SOLAR MODULES ARE ENERGIZED WHEN EXPOSED TO DAYLIGHT. THE LINE AND LOAD TERMINALS ON THE DC DISCONNECTS MAY BE ENERGIZED IN THE OFF (OPEN) POSITION AND THE SWITCH IS TO BE LABELED TO COMPLY WITH ARTICLE 690.17 OF THE NEC REFLECTING THIS. 8. ALL PORTIONS OF THIS SOLAR ELECTRIC SYSTEM SHALL BE CLEARLY MARKED IN ACCORDANCE WITH THE NATIONAL ELECTRIC CODE ARTICLE 690. 9. THE ELECTRICAL CONTRACTOR SHALL PERFORM INITIAL HARDWARE CHECKS AND PV WIRING CONDUCTIVITY CHECKS PRIOR TO TERMINATING ANY WIRES. ALL AC AND DC WIRE RUNS SHALL BE MEGGER TESTED AT 1000 VDC TO DEMONSTRATE A MINIMUM OF 5 MEGAOHMS INSULATION RESISTANCE TO GROUND. 10. DO NOT MEGGER THE SOLAR MODULES, AS THIS WILL LIKELY DAMAGE THEIR INTERNAL DIODES. MEGGERING IS INTENDED FOR ALL CONDUCTORS INSTALLED BY THE ELECTRICAL CONTRACTOR. RESTRICT MEGGER TO 1000V 11. FOR PROPER MAINTENANCE AND ISOLATION OF INVERTERS, REFER TO ISOLATION PROCEDURE IN INVERTER OPERATION MANUAL. CONTRACTOR PERFORMING THE MAINTENANCE IS RESPONSIBLE TO FOLLOW ALL LOCKOUT TAGOUT PROCEDURES. 12. THIS PHOTOVOLTAIC SYSTEM'S UTILITY INTERCONNECTION POINT SHALL MEET THE SPECIFIC REQUIREMENTS OF ARTICLE 690.64, NATIONAL ELECTRIC CODE. PLEASE FOLLOW THE SPECIFIC INSTRUCTIONS IN THIS DRAWING SET TO MEET THIS CODE REQUIREMENT. 13. THE GROUNDING OF THE PHOTOVOLTAlC SYSTEM SHALL COMPLY WITH NEC 690.45 AND NEC 690.47. IF THE REQUIREMENTS DESCRIBED IN THIS DRAWING SET ARE CLOSELY FOLLOWED, THE GROUNDING REQUIREMENT WILL BE MET. ANY CHANGES WILL NEED TO BE REVIEWED AND DEEMED ACCEPTABLE BY THE ENGINEER, MANUFACTURER AND LISTING AGENCY FOR PRODUCT SAFETY. 14. THE ELECTRICAL CONTRACTOR IS NOT TO START OR COMMISSION THE PV OR INVERTER SYSTEM AT ANY TIME, UNLESS NOTIFIED OTHERWISE IN WRITING. THIS WILL BE DONE BY OTHERS. 15. THE CONTRACTOR IS RESPONSIBLE FOR MOUNTING ALL EQUIPMENT PER THE ENGINEER'S INPUT OR MANUFACTURER'S SPECIFICATIONS. IF SPECIFICATIONS ARE NOT APPARENT, THE CONTRACTOR SHALL USE DILIGENT EFFORTS TO MOUNT EQUIPMENT SUCH THAT IT WILL BE CLEAN, LEVEL AND SOLID IN ORDER TO LAST THE LIFETIME OF THIS SOLAR ELECTRIC SYSTEM. 16. ANY METAL SHAVINGS RESULTING FROM SITE WORK SHALL BE CLEANED FROM ENCLOSURE INTERIORS, TOP SURFACES OF ENCLOSURES, ROOF SURFACE, GROUND SURFACE AND ANY ADDITIONAL AREAS WHERE OXIDIZED OR CONDUCTIVE METAL SHAVINGS MAY CAUSE RUST, ELECTRICAL SHORT CIRCUITS OR OTHER DAMAGE 17. ALL EQUIPMENT SHALL BE INSTALLED IN A NEAT AND WORKMANLIKE MANNER, RECTILINEAR TO THE STRUCTURE. 18. ALL COMPONENTS SHOWN ON THE SINGLE LINE DIAGRAM, BUT NOT ON THE PLAN OR VICE VERSA, SHALL BE INCLUDED AS IF SHOWN ON BOTH. 19. CONTRACTOR SHALL REVIEW ALL TRADES' CONTRACT DOCUMENTS TO DETERMINE SPECIFIC MOUNTING LOCATIONS FOR ELECTRICAL EQUIPMENT. COORDINATE EXACT MOUNTING LOCATIONS. 20. THE CONTRACTOR SHALL REVIEW THE ARCHITECTURAL AND MECHANICAL DRAWINGS AND COORDINATE THE ELECTRICAL WORK WITH THE OTHER CONTRACTORS. SHOULD CONFLICTS, DISCREPANCIES, OR DEFICIENCIES, ARISE WHICH REQUIRE CHANGES IN THE CONTRACT DOCUMENTS, IMMEDIATELY NOTIFY THE ENGINEER. OBTAIN WRITTEN DIRECTION ON NECESSARY ADJUSTMENTS BEFORE THE INSTALLATION IS MODIFIED. 21. ALL COMPONENTS SHOWN ON THE RISER DIAGRAMS, BUT NOT ON THE PLAN OR VICE VERSA, SHALL BE INCLUDED AS IF SHOWN ON BOTH. 22. THE DRAWINGS INDICATE THE GENERAL ARRANGEMENT OF NEW CIRCUITS, NUMBERS OF CIRCUITS, LOCATIONS OF OUTLETS, AND THE INTERCONNECTION. THE CONTRACTOR MAY MODIFY THE RACEWAY ARRANGEMENT TO ACCOMMODATE FIELD CONDITIONS. 23. ALL NEW CIRCUITRY SHALL BE ACCURATELY RECORDED BY THE CONTRACTOR TO BE INCORPORATED IN TO A RECORD SET OF AS-BUILT DRAWINGS ISSUED UPON COMPLETION OF INSTALLATION PRIOR TO START UP. 24. PROVIDE COMPLETE, ACCURATE, LAMINATED AND TYPED PANELBOARD CIRCUIT DIRECTORIES AT THE COMPLETION OF WORK FOR ALL PANELS IN THIS PROJECT. 25. LAYOUT ALL WORK IN ADVANCE. WHERE CUTTING, CHANNELING, CHASING OR DRILLING OF FLOORS, WALLS PARTITIONS, CEILINGS OR OTHER SURFACES IS NECESSARY FOR SUPPORT OR ANCHORAGE OF RACEWAYS, OUTLETS OR ELECTRICAL EQUIPMENT, THIS WORK SHALL BE THE RESPONSIBILITY OF THIS CONTRACTOR. ANY DAMAGE TO PIPING, EQUIPMENT OR DEFACED FINISH, OR METALWORK SHALL BE REPAIRED BY SKILLED CRAFTSMEN OF TRADES INVOLVED AT NO ADDITIONAL COST TO THE OWNER. DO NO CUTTING, CHANNELING, DRILLING, WELDING OF STRUCTURAL MEMBERS OF THE BUILDING WITHOUT OBTAINING APPROVAL FROM THE ENGINEER. 26. PLUGS, SWITCHES, AND LIGHTS SHALL BE MARKED AND IDENTIFIED WITH E-Z MARKERS OR DYMOTAPED AND PEN-MARKED (WITH PERMANENT MARKER) INSIDE COVER TO SHOW PANEL AND CIRCUIT BREAKER NUMBER. WIRES SHALL BE MARKED WITH CIRCUIT NUMBERS USING BRADY MARKERS (OR EQUAL) AT PANEL. 27. ALL ARRAY WIRING MAY BE RUN EXPOSED UNLESS SPECIFIED OTHERWISE. 28. DO NOT INSTALL DC FEEDER CONDUITS IN A CONCEALED MANNER. AC CONDUITS MAY BE INSTALLED IN A CONCEALED MANNER UNLESS OTHERWISE NOTED. 29. MINIMUM SIZE BRANCH CIRCUIT CONDUIT SHALL BE 3/4 IN. 30. EMPTY CONDUITS SHALL BE PROVIDED WITH NYLON PULL STRING. 31. PROVIDE INSULATED GROUND WIRE (THHN/THWN) FOR ALL BRANCH CIRCUITS AND FEEDER CIRCUITS. 32. PROVIDE SEPARATE INSULATED EQUIPMENT GROUNDING CONDUCTOR WITH ALL BRANCH CIRCUITS. TERMINATE EACH END ON A GROUNDING LUG, BUS, OR BUSHING. 33. PROVIDE CIRCUIT NUMBER IDENTIFICATION MARKERS ON ALL CONDUCTORS, NEUTRALS, AND GROUNDS IN ALL PANELBOARDS, BOXES, AND OUTLETS. 34. THE CONTRACTOR SHALL INFORM THE ENGINEER OF ALL DISCREPANCIES BETWEEN DRAWINGS OF DIFFERENT TRADES, PRIOR TO INITIATION OF ANY WORK. 35. THE CONTRACTOR IS FULLY RESPONSIBLE FOR ON-SITE SAFETY OF THE SITE WORKERS AND THE GENERAL PUBLIC DURING CONSTRUCTION. 36. THE CONTRACTOR WILL FURNISH AND INSTALL ALL ANCHOR BOLTS, NUTS, WASHERS, GROUT, CONCRETE PADS, AND REINFORCING STEEL REQUIRED FOR PROPER INSTALLATION OF ANY EQUIPMENT IN ACCORDANCE WITH THE MANUFACTURER'S REQUIREMENTS. 37. ALL CONTRACTORS ARE REQUIRED TO EXAMINE THE DRAWINGS AND SPECIFICATIONS CAREFULLY, TO VISIT THE SITE AND FULLY INFORM THEMSELVES AS TO ALL EXISTING CONDITIONS AND LIMITATIONS, PRIOR TO SUBMITTING THE PROPOSAL. FAILURE TO VISIT THE SITE AND FAMILIARIZE THEMSELVES WITH THE EXISTING CONDITIONS AND LIMITATIONS WILL IN NO WAY RELIEVE CONTRACTOR FROM FURNISHING ANY MATERIALS OR PERFORMING ANY WORK IN ACCORDANCE WITH DRAWINGS AND SPECIFICATIONS. NO ADDITIONAL COST SHALL BE PASSED ON TO THE OWNER FOR FAILURE TO COMPLY WITH THIS REQUIREMENT. ELECTRICAL NOTES: 1. ALL NEW CIRCUITRY SHALL BE ACCURATELY RECORDED BY THE CONTRACTOR TO BE INCORPORATED IN TO A RECORD SET OF AS-BUILT DRAWINGS COMPLETED UPON COMPLETION OF WORK. 2. IN EVERY PULL BOX, TERMINAL BOX, AND AT ALL PLACES WHERE WIRES MAY NOT BE READILY IDENTIFIED BY NAMEPLATE MARKINGS ON THE EQUIPMENT TO WHICH THEY CONNECT, IDENTIFY EACH WIRE WITH A LABEL OR TAG FOR CIRCUIT ID NUMBER, AS WELL AS POLARITY OR PHASE. 3. THE LAYOUT OF CONDUIT SHOWN IN THESE PLANS IS SCHEMATIC ONLY. CONTRACTOR SHALL ROUTE AND LOCATE THE CONDUITS TO SUIT SITE CONDITIONS, BUT SHALL NOT EXCEED THE MAXIMUM CONDUCTOR LENGTHS IDENTIFIED ON THE WIRE SCHEDULE. CONTRACTOR WILL COORDINATE ALL CHANGES IN WIRING AND CONDUIT WITH THE ENGINEER. 4. WHERE WIRE AND CABLE ROUTING IS NOT SHOWN, AND DESTINATION ONLY IS INDICATED, CONTRACTOR SHALL DETERMINE EXACT ROUTING AND LENGTHS REQUIRED. A SHOP DRAWING OF PROPOSED INSTALLATION SHALL BE SUPPLIED TO ENGINEER OF RECORD PRIOR TO INSTALLATION. 5. BENDS SHALL NOT DAMAGE THE CONDUIT, OR SIGNIFICANTLY CHANGE THE INTERNAL DIAMETER OF CONDUITS (NO KINKS). 6. SUPPORT CONDUCTORS IN VERTICAL CONDUITS IN ACCORDANCE WITH REQUIREMENTS IN NEC 300.19 7. INSTALL ALL WIRING MATERIALS IN A NEAT WORKMANLIKE MANNER. USE GOOD TRADE PRACTICES AS REQUIRED BY CHAPTER 3 OF THE NEC. ALL EXPOSED CABLES, SUCH AS MODULE LEADS, TO BE SECURED WITH UV RATED MECHANICAL OR OTHER APPROVED MEANS WITH A 25 YEAR LIFE. 8. INSTALL CONDUIT TO MAINTAIN PROPER CLEARANCES AND IN A NEAT, INCONSPICUOUS MANNER. RUN PARALLEL AND AT RIGHT ANGLES TO STRUCTURAL MEMBERS OR OTHER CONDUITS. PROVIDE BOXES, FITTINGS AND BENDS FOR CHANGES IN DIRECTION. FASTEN CONDUIT SECURELY IN PLACE. SUPPORT CONDUIT USING STEEL PIPE STRAPS, LAY-IN ADJUSTABLE HANGERS, CLEVIS HANGERS OR SPLIT-HANGERS. HANGER SPACING SHALL BE INSTALLED PER NEC REQUIREMENTS FOR THE TYPE OF CONDUIT BEING INSTALLED. USE APPROVED BEAM CLAMPS FOR CONNECTION TO STRUCTURAL MEMBERS. 9. PROVIDE PULL OR JUNCTION BOXES, WHERE REQUIRED TO FACILITATE THE INSTALLATION OF WIRING, IN ADDITION TO THOSE SHOWN ON THE DRAWINGS. TOTAL BENDS IN CONDUITS BETWEEN BOXES FOR WIRE ACCESS SHALL NOT EXCEED THE EQUIVALENT OF FOUR 90° BENDS. 10. PER NEC300.7, CONDUIT RUNS EXPOSED TO DIFFERENT TEMPERATURES, WHERE CONDENSATION IS KNOWN TO BE PROBLEMATIC, SHALL BE FILLED WITH AN APPROVED MATERIAL TO PREVENT CIRCUILATION OF WARM AIR TO A COLD REGION. 11. WHEN FIELD CUTTING IS REQUIRED, THE CONDUIT SHALL BE CUT SQUARE AND DEBURRED. 12. CONDUIT SIZES NOT SPECIFIED SHOULD CONFORM TO NEC SPECIFICATIONS, TO INCLUDE FILL FACTOR AND DERATING FOR NUMBER OF CONDUCTORS WITH A MINIMUM CONDUIT SIZE BEING 3/4". 13. SAFETY REGULATIONS (LOCK OUT - TAG OSHA OUT, ETC .. ) ARE THE FULL RESPONSIBILITY OF THE CONTRACTOR DURING CONSTRUCTION (NFPA70E) 14. THE WIRING SIZE IS BASED ON THE ESTIMATED CONDUIT ROUTING AS SHOWN IN THIS DRAWING PACKAGE. SHOULD THE CONDUIT'S LENGTH INCREASE DUE TO RELOCATION OF SOURCE AND/OR ROUTING, THE CONDUITS AND THE CONDUCTORS MAY NEED TO BE RESIZED. PLEASE CONTACT THE ENGINEER PRIOR TO MAKING ANY FIELD CHANGES. 15. ALL WIRING IN CONDUIT SHALL BE THWN-2 FOR 90C APPLICATIONS. USE BARE COPPER FOR GROUND FOR ALL EXTERNAL GROUNDING. PV WIRE OR APPROVED EQUIVALENT SHALL BE USED FOR ALL EXPOSED OR PV JUMPER HOMERUN WIRING. 16. ALL CONDUITS SHALL BE FREE OF ANY OBSTRUCTIONS AND PROPERLY SECURED BEFORE WIRE IS PULLED. 17. ELECTRICAL CONTRACTOR TO PROVIDE SIGNAGE TO ALL ELECTRICAL BOXES, JUNCTION BOXES, PULL BOXES, DC DISCONNECTS, CONDUIT RUNS, AC DISCONNECTS, SUB PANELS AND MAIN SERVICES PER NEC ARTICLE 690. 18. MEGGER TESTING: MEGGER (INSULATION) TEST ALL CONDUCTORS AT 1,000V TO 5 MEGAOHMS BETWEEN THE CONDUCTOR UNDER TEST AND GROUND WIRE. CONDUCT TEST AFTER WIRE IS PULLED THROUGH THE CONDUIT, BUT BEFORE CONNECTING TO THE MODULES, COMBINERS, DISCONNECTS OR INVERTER. DO NOT MEGGER TEST THE MODULES, AS THEY MAY BE DESIGN LIMITED TO 600V AND MAY DAMAGE THE DEVICE. 19. ALL FASTENERS SHALL BE STAINLESS STEEL, UNLESS OTHERWISE NOTED. 20. CIRCUIT NUMBERS ARE DIAGRAMMATIC. EXACT NUMBERS SHALL BE DETERMINED IN THE FIELD AND REFLECTED ON AS-BUILT DOCUMENTATION BY THE ELECTRICAL CONTRACTOR. THE ASSOCIATED CIRCUIT NUMBERS THAT ARE APPLIED TO EACH DEVICE AND PIECE OF EQUIPMENT INFERS INTERCONNECTING BRANCH CIRCUITRY. INTERCONNECTING JUMPER WIRING SHALL BE SIZED EQUAL TO THE HOMERUN UNLESS NOTED OTHERWISE. 21. VOLTAGE DROP HAS BEEN CONSIDERED IN THE DESIGN OF ALL CIRCUITRY AND FEEDER SIZES BASED UPON THE ILLUSTRATED EQUIPMENT LAYOUTS AND SHORTEST CONDUCTOR/RACEWAY ROUTING. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR DEVIATIONS TAKEN THAT WILL INCREASE CONDUCTOR/RACEWAY ROUTING LENGTHS. BRANCH CIRCUITS LONGER THAN 75' FOR 120V FROM PANEL TO LAST OUTLET SHALL BE INCREASED A MINIMUM OF ONE SIZE ABOVE THAT SPECIFIED TO LIMIT VOLTAGE DROP TO LESS THAN 3%. FEEDERS SHALL FOLLOW SIMILAR GUIDELINES AND BE LIMITED TO 2% DROP. 22. ALL EXPOSED CIRCUITRY ON ROOFTOPS, ON EXTERIOR WALLS, OR IN THE FIELD SHALL BE INSTALLED IN RIGID METAL CONDUIT WITH FLEXIBLE CONNECTIONS TO ALL EQUIPMENT UTILIZING LIQUID TIGHT FLEXIBLE METAL CONDUIT NOT T0 EXCEED 18". ALL PENETRATIONS OF WEATHER TIGHT BOXES SHALL UTILIZE WEATHERPROOF HUBS. ALL CONDUIT SUPPORTS SHALL BE HOT DIPPED GALVANIZED. ALL FASTENERS, MISCELLANEOUS SUPPORTS (UNISTRUT OR EQUAL) AND HARDWARE UTILIZED FOR THE ELECTRICAL INSTALLATION SHALL BE STAINLESS STEEL. 23. SWITCHBOARDS, PANELBOARDS, AND METER SOCKET ENCLOSURES, SHALL BE FIELD MARKED TO WARN QUALIFIED PERSONS OF POTENTIAL ELECTRIC ARC FLASH HAZARDS. THE MARKING SHALL BE LOCATED SO AS TO BE CLEARLY VISIBLE TO QUALIFIED PERSONS BEFORE EXAMINATION, ADJUSTMENT, SERVICING, OR MAINTENANCE OF THE EQUIPMENT. 24. ANY NEW CIRCUIT BREAKERS ADDED TO EXISTING PANELS, SHALL MATCH EXISTING FRAME AND AIC RATING. 25. WHERE WIRING, CONDUIT, AND OTHER ELECTRICAL ITEMS PASS THROUGH INACCESSIBLE AREAS, AN ACCESS METHOD SHALL BE PROVIDED, WHETHER ON THE DRAWINGS OR NOT. 26. UTILITY AND EXISTING ELECTRICAL EQUIPMENT LOCATIONS ARE APPROXIMATE. ACTUAL LOCATIONS TO BE VERIFIED IN FIELD. 27. CONDUIT SUPPORTS SHALL BE MADE FROM RECYCLED RUBBER OR EQUIVALENT TYPE WITH UNISTRUT OR EQUIVALENT TO SECURE CONDUITS. POLYEHTYLENE OR WOOD SUPPORTS ARE NOT ACCEPTABLE. 28. CONDUIT SUPPORTS SHALL MAINTAIN MINIMUM 3.5" ABOVE ROOF SURFACE. 29. RMC TO BE RUN OUTDOORS, EMT TO BE RUN INDOORS, AND PVC TO BE USED UNDERGROUND WITH RMC SWEEPS ABOVE GROUND. RACKING SYSTEM NOTES: 1. INSTALL RACKING SYSTEM ACCORDING TO MANUFACTURER'S REQUIREMENTS. MODULE INSTALLATION NOTES: 1. REFER TO THE MODULE MANUAL FOR MORE DETAILS ON RIGGING, UNPACKING, HANDLING, PLANNING, INSTALLATION AND TORQUE SPECIFICATION. 2. THE MODULES MAY BE SHIPPED WITH MULTIPLE MODULES PER BOX. TAKE CARE WHEN OPENING THE BOX TO ENSURE THAT ALL MODULES ARE SECURELY HANDLED. 3. NEVER LEAVE A MODULE UNSUPPORTED OR UNSECURED. CONTRACTOR IS RESPONSIBLE FOR ALL MATERIAL HANDLING ON THE JOB SITE. 4. DAMAGED MODULES SHALL BE REPLACED PROMPTLY AND CONTRACTOR SHALL MAINTAIN INVENTORY OF SPARE MODULES ATICIPATING BREAKAGE DURING INSTALLATION AND ARRAY START UP. SOLAR ARRAY COMMISSIONING: IF THE INSTALLING CONTRACTOR HAS RECIEVED WRITTEN PERMISSION TO COMMISSION THE SYSTEM, THE FOLLOWING COMMISSIONING PROCEDURE AT MINIMUM SHALL BE COMPLETED BEFORE CLOSING DISCONNECTS OR ATTEMPTING TO ENERGIZE THE INVERTERS: 1. CHECK THE OPEN CIRCUIT VOLTAGE (Voc) AND POLARITY (+/-) OF EACH SOURCE CIRCUIT. RECORD THE VALUES ON THE COMMISSIONING RECORD DOCUMENTS PROVIDED. 2. CHECK THE SHORT CIRCUIT CURRENT (Isc) FOR EACH SOURCE CIRCUIT AT THE TERMINALS OF THE TRANSITION BOX, DC COMBINER BOX, OR STRING INVERTER. RECORD THE VALUES ON COMMISSIONING RECORD DOCUMENTS. 3. CHECK THAT ALL FUSES, DISCONNECTS AND OTHER BALANCE OF SYSTEM COMPONENTS ARE RATED FOR 600 VDC AND THE APPROPRIATE CURRENT CAPACITY. 4. CHECK FUSE CONTINUITY FOR ALL SOURCE CIRCUIT FUSES AND INVERTER GFI 5. COMPLETE A VISUAL INSPECTION OF ALL THE MODULES TO CHECK FOR BROKEN GLASS, LOOSE FASTENERS, FRAYED WIRES, EXPOSED CONDUCTORS AND ANY OTHER PROBLEMS THAT MAY CAUSE A FAULT. INVERTER COMMISSIONING: IF THE INSTALLING CONTRACTOR HAS RECIEVED WRITTEN PERMISSION TO COMMISSION THE SYSTEM, THE FOLLOWING COMMISSIONING PROCEDURE AT MINIMUM SHALL BE COMPLETED BEFORE CLOSING DISCONNECTS OR ATTEMPTING TO ENERGIZE THE INVERTERS: 1. CHECK THAT THE INVERTER IS PROPERLY GROUNDED, AS DESCRIBED BY THE MANUFACTURER AND THESE INSTRUCTIONS. 2. CHECK THE INVERTER DC INPUT VOLTAGE (Voc) FROM THE SOLAR ARRAY FOR PROPER POLARITY INSIDE THE INVERTER CABINET. 3. CHECK DC INPUT VOLTAGE (Voc) IS WITHIN THE PROPER RANGE IN THE INVERTER CABINET AS DEFINED BY THE INVERTER RATING LABEL AND MANUFACTURE’S INSTALLATION AND OPERATION MANUAL. 4. CHECK AC INPUT VOLTAGES IS IN THE PROPER PHASE SEQUENCE (CLOCKWISE) IF APPLICABLE 5. CHECK THAT THE AC GRID VOLTAGE, AT THE INVERTER AC TERMINALS, IS WITHIN THE PROPER RANGE AS DEFINED BY THE INVERTER RATING LABEL AND MANUFACTURE’S MANUAL 6. FOLLOW START-UP SEQUENCE IN MANUFACTURER'S OPERATION AND MAINTENANCE MANUAL. ELECTRICAL NOTES FOR PHOTOVOLTAlC SYSTEM 1. THIS PROPOSED SOLAR ELECTRIC SYSTEM IS INTENDED TO OPERATE IN PARALLEL WITH POWER RECEIVED FROM THE UTILITY SERVICE PROVIDER. 2. THE PHOTOVOLTAIC SOURCE CIRCUITS AND PHOTOVOLTAlC OUTPUT CIRCUITS OF THIS PROPOSED SOLAR SYSTEM SHALL NOT BE CONTAINED IN THE SAME RACEWAY CABLE TRAY, CABLE, OUTLET BOX, JUNCTION BOX, OR SIMILAR FITTING AS FEEDERS OR BRANCH CIRCUITS OF OTHER SYSTEMS, UNLESS THE CONDUCTORS OF THE DIFFERENT SYSTEMS ARE SEPARATED BY A PARTITION. 3. THE CONNECTION TO THE MODULE OR PANEL OF THIS PROPOSED SOLAR ELECTRIC SYSTEM SHALL BE SO ARRANGED THAT REMOVAL OF A MODULE OR A PANEL FROM THE PHOTOVOLTAIC SOURCE CIRCUIT DOES NOT INTERRUPT A GROUNDED CONDUCTOR TO ANOTHER PHOTOVOLTAlC SOURCE CIRCUIT. SETS OF MODULES INTERCONNECTED AS SYSTEMS RATED AT 50 VOLTS OR MORE WITH OR WITHOUT BLOCKING DIODES, AND HAVING A SINGLE OVER CURRENT DEVICE SHALL BE CONSIDERED AS A SINGLE SOURCE CIRCUIT. 4. THE INVERTER FOR THE PROPOSED SOLAR ELECTRIC SYSTEM SHALL BE IDENTIFIED FOR USE IN SOLAR PHOTOVOLTAlC SYSTEMS. ALL EQUIPMENT SHALL BE UL APPROVED PER UL 1741. 5. THIS SYSTEM IS INTENDED TO CONNECT TO THE UTILITY POWER SYSTEM AT ONE POINT. THIS CONNECTION SHALL BE IN COMPLIANCE WITH THE NEC NFPA 70 ARTICLES 690.64 AND 705.12 POINT OF CONNECTION. 6. ALL SOURCE CIRCUITS SHALL HAVE INDIVIDUAL SOURCE CIRCUIT PROTECTION FOR TESTING AND ISOLATION. ALL COMBINER BOXES SHALL HAVE DISCONNECTION MEANS AT THE INVERTER FOR ISOLATION AND TESTING (MAINTENANCE DC DISCONNECTS). 7. ALL DISCONNECTS AND COMBINERS SHALL BE SECURED FROM UNAUTHORIZED & UNQUALIFIED PERSONNEL BY LOCK OR LOCATION. 8. ALL EXPOSED CABLES, SUCH AS MODULE LEADS SHALL BE SECURED WITH MECHANICAL OR OTHER SUNLIGHT RESISTANT MEANS. 9. INVERTER AND PV EQUIPMENT SHALL BE INSTALLED IN A SECURE AREA, SUCH AS A FENCED AREA. 10. MECHANICAL AND ELECTRICAL SUPPORT COMPONENTS, INCLUDING STRUT, SHALL HAVE GALVANIZED FINISH SUITABLE FOR THE ENVIROMENT BEING INSTALLED AND A 25 YEAR SERVICE LIFE OF THE ARRAY FIELD. 11. DRAINAGE AND CONDUIT SEALING SHALL BE PROVIDED AS NECESSARY FOR ALL EXTERIOR EQUIPMENT ENCLOSURES. 12. DAMAGE TO FINISHES SHALL BE PROPERLY RESTORED WIRING AND WIRING METHODS 1. EXPOSED PV MODULE WIRING WILL BE UV RESISTANT PV WIRE, 90 DEGREE CELCIUS, WET RATED. 2. WIRING NOT EXPOSED TO SUNLIGHT WILL BE THWN-2, 90 DEGREE CELCIUS, WET RATED. 3. ALL GROUNDED CURRENT-CARRYING CONDUCTORS ARE WHITE, AND EQUIPMENT GROUNDING CONDUCTORS ARE GREEN OR BARE PER (NEC 200-6 (A), EX 5) 4. ALL D.C. FIELD WIRING SHALL BE TAGGED AT BOTH ENDS WITH PERMANENT WIRE MARKERS 5. LIQUID TIGHT FLEXIBLE METAL CONDUIT IS GENERALLY SUITABLE FOR INSTALLATION IN WET AND DRY LOCATIONS. SHOULD IT BE EMPLOYED, SUPPORTS WILL BE NO MORE 12 INCHES FROM BOXES (JUNCTION BOX, CABINETS, OR CONDUIT FITTING) AND NO MORE THAN 54 INCHES APART PER NEC. 6. ALL CONDUCTORS SHALL BE COPPER, UNLESS OTHERWISE NOTED 7. EXTERIOR CONDUIT SHALL BE RIGID GALVANIZED STEEL (R.G.S.). INTERIOR CONDUIT MAY BE E.M.T. 8. LONG STRAIGHT EXPOSED CONDUIT RUNS, 100 FEET OR MORE, SHALL HAVE EXPANSION FITTINGS AND ARRANGED WITH SLACK AT TERMINATION ALOWING FOR MOVEMENT. 9. LONG CONDUIT RUNS, WHICH CROSS A BUILDING EXPANSION JOINT, SHALL HAVE AN EXPANSION FITTING INSTALLED AT THE LOCATION OF CROSSING THE BUILDING EXPANSION JOINT 10. UNDERGROUND CONDUIT SHALL BE SUITABLE FOR DIRECT BURIAL OR CONCRETE ENCASED INSTALLATIONS GROUNDING 1. ONLY ONE CONNECTION TO DC CIRCUITS (GROUNDED CONDUCTOR) AND ONE CONNECTION TO AC CIRCUITS WILL BE USED FOR SYSTEM GROUNDING (NEC 250-21) REFERENCED TO THE SAME POINT 2. EQUIPMENT GROUNDING CONDUCTORS AND SYSTEM GROUNDING CONDUCTORS WILL HAVE AS SHORT A DISTANCE TO GROUND AS POSSIBLE AND A MINIMUM NUMBER OF BENDS 3. NON-CURRENT CARRYING METAL PARTS SHALL BE CHECKED FOR PROPER GROUNDING; NOTING THAT TERMINAL LUGS BOLTED ON AN ENCLOSURE'S FINISHED SURFACE MAY BE INSULATED BECAUSE OF PAINT/FINISH. PAINT/FINISH AT POINT OF CONTACT SHALL BE PROPERLY REMOVED. 4. SEE RACKING MANUFACTURER'S INSTRUCTION FOR EQUIPMENT GROUNDING DETAILS OF THAT PRODUCT. 5. EXACT LOCATION OF GROUND RODS AND EQUIPMENT SHALL BE DETERMINED IN FIELD. AVOID EXISTING UNDERGROUND UTILITIES. 6. INSTALLATION SHALL BE IN ACCORDANCE WITH THE LATEST NATIONAL ELECTRICAL CODE SECTION 250 AND 690. 7. BOND GEC CONDUCTORS TO REBAR IN CONCRETE STRUCTURES USING A CROSBY CLAMP OR APPROVED EQUIVELENT. NO CAD- WELDING OF COLUMN ANCHOR BOLTS OR FOUNDATION REBARS SHALL BE ALLOWED. ALL WELDED CONNECTIONS SHALL BE MADE USING SEPARATE GROUNDING RODS AND BOLTS TO FACILITATE WELDING. GROUNDING BOLTS OR RODS EXPOSED TO THE WEATHER SHALL BE GALVANIZED. 8. THE INSTALLED SYSTEM SHALL BE TESTED BY THE FALL-OF-POTENTIAL METHOD. THE CONTRACTOR SHALL BE REQUIRED TO FURNISH WRITTEN CERTIFICATION OF THE TEST. 9. GROUND RESISTANCE SHALL NOT EXCEED 5 OHMS. THE RESISTANCE TO GROUND SHALL BE MEASURED BY A LOW RESISTANCE TYPE "BIDDLE" GROUND TESTER OR EQUAL. DISCONNECTING MEANS 1. MEANS SHALL BE PROVIDED TO DISCONNECT ALL CURRENT CARRYING CONDUCTORS OF THE PHOTOVOLTAlC POWER SOURCE FROM ALL OTHER CONDUCTORS IN THE BUILDING. 2. THE GROUNDED CONDUCTOR MAY HAVE A BOLTED OR TERMINAL DISCONNECTING MEANS TO ALLOW MAINTENANCE OR TROUBLESHOOTING BY QUALIFIED PERSONNEL. 3. THE DISCONNECTING MEANS SHALL NOT BE REQUIRED TO BE SUITABLE AS SERVICE EQUIPMENT, AND SHALL BE RATED IN ACCORDANCE WITH SECTION 690-17. 4. EQUIPMENT SUCH AS PHOTOVOLTAIC SOURCE CIRCUITS, OVER CURRENT DEVICES, AND BLOCKING DIODES SHALL BE PERMITTED ON THE PHOTOVOLTAlC SIDE OF THE PHOTOVOLTAlC DISCONNECTING MEANS. DISCONNECTION OF PHOTOVOLTAlC EQUIPMENT 1. MEANS SHALL BE PROVIDED TO DISCONNECT EQUIPMENT SUCH AS INVERTERS, AND THE LIKE FROM ALL UNGROUNDED CONDUCTORS OF ALL SOURCES. IF THE EQUIPMENT IS ENERGIZED FROM MORE THAN ONE SOURCE, THE DISCONNECTING MEANS SHALL BE GROUPED AND IDENTIFIED. 2. 690-16. FUSES. DISCONNECTING MEANS SHALL BE PROVIDED TO DISCONNECT A FUSE FROM ALL SOURCES OF SUPPLY IF THE FUSE IS ENERGIZED FROM BOTH DIRECTIONS AND IS ACCESSIBLE TO OTHER THAN QUALIFIED PERSONS. SUCH A FUSE IN A PHOTOVOLTAlC SOURCE CIRCUIT SHALL BE CAPABLE OF BEING DISCONNECTED INDEPENDENTLY OF FUSES IN OTHER PHOTOVOLTAlC SOURCE CIRCUITS. 3. ALL DISCONNECTS AND COMBINERS SHALL BE SECURED FROM UNAUTHORIZED AND UNQUALIFIED PERSONNEL BY EITHER LOCK OR LOCATION. MARKINGS 1. ALL INTERACTIVE SYSTEM POINTS OF INTERCONNECTION WITH OTHER SOURCES SHALL BE MARKED AT AN ACCESSIBLE LOCATION AT THE DISCONNECTION MEANS. 2. A PERMANENT PLAQUE OR DIRECTORY SHALL BE PROVIDED IDENTIFYING THE LOCATION OF THE SERVICE DISCONNECTION MEANS AND THE PHOTOVOLTAlC SYSTEM DISCONNECTION MEANS, IF NOT LOCATED AT THE SAME LOCATION. 3. PHOTOVOLTAlC MODULES SHALL BE MARKED TO IDENTIFY LEAD POLARITY, DEVICE RATINGS, AND SPECIFICATIONS FOR VOLTAGES, CURRENTS, AND POWER. 4. SEE DRAWING PV701 THRU 704 FOR WARNING LABELS. 5. ARC FLASH WARNINGS SHALL BE PROVIDED PER NEC 110.16(B) solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION SITE PLAN - FULL SITE PV101 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 3 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N ESTATE PROPERTY LINE ABUTTING LINE BETW. PARCEL 2 & PARCEL 3B APPROX REGION FOR PHASE 2 EXPANSION ESTATE PROPERTY LINE SHORELINE PER US ARMY CORP AERIAL TOPOGRAPHY FORTUNA RD (RT 30) 20 FT FRONT SETBACK 15 FT SIDE YARD SETBACK FENCE AROUND PV ARRAY 16' STANDARD SETBACK FROM FENCE ACCESS DRIVEWAY LIMITS OF PUBLIC RIGHT-OF-WAY DRIVEWAY ENTRY FROM ROAD ENTRY GATE ACCESS DRIVEWAY TO EACH INVERTER STATION TURN-AROUND TURN-AROUND EXTEND FOR PHASE 2 DRIVEWAY HANDHOLES FOR PHASE 2 EXPANSION ESTATE PROPERTY LINE LIMITS OF FLOOD ZONE VE 10' SIDE YARD SETBACK 10' SIDE YARD SETBACK TYP 10 FT ACCESS PATHS BETW. ARRAY SECTIONS FOR COMBINER ACCESS SPECIAL CASE OF 12 FT ACCESS PATH FOR COMMON-AISLE COMBINERS LIMITS OF PHASE 1 CLEARING TEMPORARY CONSTRUCTION BETW. PHASE 1 & PHASE 2 ESTIMATED BOUNDARY OF PHASE 2 CONSTRUCTION, BASED ON TOPOGRAPHY (SUBJECT TO CHANGE W/ PHASE 2 DESIGN) NEW UTILITY-OWEND INTERCONNECTION POLE PHASE 1 EXPANSION SWITCHGEAR & METER PADS BATTERY ENERGY STORAGE SYSTEMS (BESS) PV EQPT PADS CARIBBEAN SEA PARCEL 2 PARCEL 3B TIER II TIER I TIER II TIER I FLOOD ZONE VE FLOOD ZONE VE, ELEV 9 FLOOD ZONE AE, ELEV 8 FLOOD ZONE X FLOOD ZONE X FLOOD ZONE VE, ELEV 25 FLOOD ZONE X FLOOD ZONE VE N a a: 0.00° CW (TRUE) 1 SITE PLAN - FULL SITE 0 200' 400' 20° FIXED TILT PV ARRAY AZIMUTH: 15° WEST OF TRUE SOUTH MODULES DC POWER TOTAL PV AC POWER 42,666/ 465W TOTAL BESS AC POWER MAX EXPORT AC POWER* TOTAL BESS ENERGY 18 MWac 12.8 MWac 36.8 MW-hrs 19.84 MWdc SYSTEM PHASE 1 * SYSTEMS ARE CONTROLLED TO LIMIT EXPORT POWER TO THE VALUES ABOVE 26 MWac TBD 20 MWac SITE TOTAL 9.6 MWac 27.6 MW-hrs TBD ~30 MWdc 2 TOTAL TBD TBD ~50 MWdc 44 MWac 22.4 MWac 64.4 MW-hrs 20 MWac solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION CLOSE-UP OF EQPT PADS PV102 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 4 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3' 14' 12'-9" 14' 3' 5' 14'-7" 5' 18'-4" 5' 14'-7" 5' 14'-7" 5' 18'-4" 5' 14'-7" REF: ~29'-2" 14'-7" 5' 18'-4" 5' 14'-7" 5' 14'-7" 5' 18'-4" 5' 14'-7" 46'-9" 5' 7'-3" 3' 14' 12'-9" 14' 3' 12'-11" REF: 25'-3" REF: 34' REF: 25'-3" REF: 34'-10 3/4" 7' 23' 46' (9') 12' (11') 12' (35') 5' (8') 13' 12' 12' 73' 8' 5' 4' 5' 5' 30° MV PAD #U1: UTILITY-OWNED PRIMARY METER & POINT OF COMMON COUPLING MV PAD #U1: UTILITY-OWNED PRIMARY METER & POINT OF COMMON COUPLING EQPT PAD FOR BESS #1 EQPT PAD FOR BESS #2 EQPT PAD FOR BESS #3 EQPT PAD FOR BESS #4 EQPT PAD FOR BESS #5 EQPT PAD FOR BESS #6 EQPT PAD FOR BESS #7 EQPT PAD FOR BESS #8 PROVISIONAL SPACE FOR HONEYWELL CONTROL ROOM PROVISIONAL SPACE FOR TRANSFORMER FOR HONEYWELL CONTROL ROOM (8' x 8') TYP SPACING OF BESS EQPT PADS BETW. CORRESPONDING CONTAINER PADS TANGENT LINE TO OUTER EDGE OF DRIVEWAY CURVE FOR LOCATING BESS CONTAINERS #1 THRU #4 ALIGN NW EDGE OF CONTAINERS, PARALLEL TO ROAD MEASURE RELATIVE TO LINE OF SOUTH EDGE OF NORTHERN ACCESS DRIVEWAY VALUES MARKED W/ PARENTHESES ARE ESTIMATES. COORDINATE W/ EQPT SHOP DRAWINGS 12' CLEAR SPACE BETWEEN ADJACENT MV PADS, KEPT CLEAR FOR MEDIUM VOLTAGE WORKSPACE PROVISIONAL MV HANDHOLE FOR HONEYWELL CONTROL ROOM POWER PROVISIONAL HANDHOLE FOR DATA CONDUITS FOR HONEYWELL CONTROL ROOM ALIGN EQPT PADS, TYP OF ALL 8'x8' CONCRETE PAD FOR SPARE PV TRANSFORMER CTRL ROOM & CTRL ROOM TRANSFORMER TO BE SET BACK 7 FT FROM DRIVEWAY, TO AVOID FOUNDATION CONFLICT W/ TRENCH WEATHER STATION, MOUNTED ON ARRAY UTILITY-OWNED POLE FOR POINT OF INTERCONNECTION UTILITY-OWNED MV HANDHOLE IN CONDUIT RUN, AS PROVISION FOR UPGRADING TO UNDERGROUND SERVICE UTILITY-OWNED COMS HANDHOLE IN DATA CONDUIT RUN, AS PROVISION FOR UNDERGROUND SERVICE BESS AUX LOAD XFMR BESS DAS DC COMBINERS LOCATED THROUGHOUT ARRAY FIELD BESS CONTAINER #1 BESS CONTAINER #2 BESS CONTAINER #3 BESS CONTAINER #4 BESS CONTAINER #5 BESS CONTAINER #6 BESS CONTAINER #7 BESS CONTAINER #8 INV STATION #7 INV STATION #6 INV STATION #9 INV STATION #8 XFMR PV9 XFMR PV8 XFMR PV7 XFMR PV6 NOTE ON SEQUENCE OF BESS NUMBERING: THE BESS SYSTEMS ARE NUMBERED BASED ON THE PHYISCAL LAYOUT OF THE CONTAINERS. THE ELECTRICAL SEQUENCE OF BESS TRANSFORMER CONNECTIONS IS INTENTIONALLY INCONSISTENT W/ THE ID NUMBERS, IN ORDER TO OPTIMIZE THE CONDUIT PATH AS MUCH AS PRACTICAL. ELECTRICAL SEQUENCE: B2 -> B1 -> B4 -> B3 -> B6 -> B5 -> B8 -> B7 -> SWGR TIE-IN BESS INV #2 BESS INV #1 BESS INV #4 BESS INV #3 BESS INV #6 BESS INV #5 BESS INV #8 BESS INV #7 XFMR B2 XFMR B1 XFMR B4 XFMR B3 XFMR B6 XFMR B5 XFMR B8 XFMR B7 SITE SWGR. PRI. METER N a a: 15.00° CCW 1 EQPT PAD LAYOUT - CLOSE-UP PLAN VIEW 0 8' 16' 32' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION FENCE DETAIL PV103 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 5 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3'-0" 6" 4'-6" 24' 7'-0" MIN CONCRETE FOOTING AT GATE POST FINISH GRADE STRETCHER BAR WHEREVER FRABIC ENDS 2" MESH CHAIN LINK FENCE BOULEVARD CLIPS TENSION BAND GATE LATCH WITH PROVISION FOR PADLOCKS. UTILITY AND OWNER TO APPLY PAD LOCKS IN SERIES, SO EITHER PARTY CAN ACCESS SITE FULLY WELD TOP RAIL TO GATE POSTS OFFSET HINGE FINISH GRADE HORIZONTAL BRACE NOTE: 1. FENCE MESH SHALL BE GALVANIZED OR BLACK PVC-COATED. 2. GROUND ACROSS ALL GATE POSTS 3. GROUND WITHIN 50 FT OF OVERHEAD WIRE CROSSING CL CL NO TRESPASSING KEEP OUT HIGH VOLTAGE WITHIN DANGER AUTHORIZED PERSONNEL ONLY OWNER'S CONTACT INFORMATION SIGN 7'-0" MIN 10'-0" (TYP) GRADE 2.875" O.D. CORNER POSTS TYPE SS40 TENSION BAR 1 5/8" O.D. MIDDLE BRACE RAIL ON ONE BAY EACH SIDE OF CORNER, ANGLE, AND GATE POSTS 1 5/8" O.D. TOP RAIL THROUGHOUT CLIP 18" O.C. 2.375" O.D. LINE POSTS TYPE SS40 CONCRETE FOOTING 12" DIA x 3'-0" MIN FOR CORNER POSTS NO TRESPASSING DANGER KEEP OUT HIGH VOLTAGE WITHIN NOTE: FENCE SIGNAGE MUST BE LOCATED AT EYE LEVEL. SIGNS MUST BE LOCATED ON ALL GATES AND ALL SIDES, NO GREATER THAN 50' BETWEEN SIGNS. AFFIX APPROPRIATE SYSTEM OWNER NAME AND CONTACT INFO DECAL TO FENCE SIGNAGE FENCE TO BE OFFSET MIN 16'-0" FROM PV ARRAY, IN ORDER TO AVOID REQUIRING GROUNDING OF THE FENCE, AND AVOID SHADING THE MODULES CONSTRUCTION DETAILS OF FENCE PER FENCING CONTRACTOR FENCE HEIGHT TO BE MINIMUM 7'-0" PER NESC110.A(1) AUTHORIZED PERSONNEL ONLY NOTE: 1. FABRIC SHALL BE GALVANIZED OR BLACK PVC-COATED. 2 FENCE DETAILS 0 1' 2' 3' 1 FENCE DETAILS 0 1' 2' 3' SIZE: 14"x10 MATERIAL: ALUMINUM LOCATE BOTH SIGNS ON GATES LOCATE ONE SIGN EVERY 50 FT, ALTERNATING BETWEEN THE TWO SIGNS TYP OF EACH SIGN: MIDDLE OF FENCE SECTION, ~ 5 FT ABOVE FINISHED GRADE SECURE TO FENCE WITH 1/16" DIAMETER STAINLESS WIRE OR HEYCO SUNBUNDLERS SIZE: 14"x10 MATERIAL: ALUMINUM solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION FENCE GROUNDING LAYOUT PV104 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 6 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N FENCE POST INSULATORS, SEE PV105-3 DIRECT BURIED BARE #2 Cu GEC FENCE POST GROUND CONNECTOR, SEE PV105-1 GATE POST GROUNDING, SEE PV105-2 GROUND ROD 16' RACKING SETBACK FENCE GROUNDING LEGEND GROUND WIRE CONNECTION VIA U-BOLT TO EACH GATE POST. GATES BONDED TO GATE POST W/ BRADED BONDING STRAP SEE SHEET PV105 DETAIL 2 BURIED #2 CU BARE GROUND WIRE FOR FENCE GROUNDING BETW. GATE POSTS. 1 FT BELOW GRADE, PRIOR TO ROAD GRAVEL GROUND RODS AT EACH GATE POST N a a: 15.00° CCW 2 FENCE GROUNDING LAYOUT 0 20' 40' 80' FENCE GROUNDING APPLICABLE AT GATES solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION FENCE GROUNDING DETAIL PV105 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 7 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 18" TYP FENCE POST 10'x5/8" Cu-CLAD GROUND ROD AT END OF GROUDING SECTION TOP RAIL GROUNDING U-BOLT CLAMP TO BOND TOP RAIL FENCE FABRIC GROUNDING CLAMP, #8 - 2/0 WIRE RANGE MIN #4 CU BARE GROUNDING WIRE FENCE FABRIC GROUNDING CLAMP AT APPROX MIDPOINT OF FENCE HEIGHT, #8 - 2/0 WIRE RANGE GROUND ROD CONNECTOR #2 CU BARE GROUNDING WIRE FOR THE BURIED PORTION 6 18" TYP GATE POST GROUND ROD AT END OF GROUDING SECTION GATE FENCE FABRIC GROUNDING CLAMP AT APPROX MIDPOINT OF FENCE HEIGHT, #8 - 2/0 WIRE RANGE. TYP OF GATE & ADJACENT FENCE, ON BOTH SIDES OF GATE GROUNDING U-BOLT CLAMP TO BOND TOP RAIL. TYP OF GATE & ADJACENT FENCE, ON BOTH SIDES OF GATE GROUNDING U-BOLT CLAMP TO BOND BOTTOM RAIL, TYP OF BOTH GATES F4 BAR STRAP, BRAID OR CABLE TUBE, TYP OF BOTH GATES TYPE B FLEXIBLE BRAIDED STRAP GROUNDING U-BOLT CLAMP TO BOND BOTTOM RAIL,TYP OF BOTH GATES FENCE FABRIC GROUNDING CLAMP, #8 - 2/0 WIRE RANGE 10'x5/8" Cu-CLAD GROUND ROD AT END OF GROUDING SECTION MIN #4 CU BARE GROUNDING WIRE #4 CU BARE GROUNDING WIRE #2 CU BARE GROUNDING WIRE FOR THE BURIED PORTION TO OTHER SIDE OF GATE POST ADJACENT FENCE SECTION ENTRY GATE DRILL AND TAP HOLES FOR 1/2"-13 UNC BOLTS TINNED COPPER BRAID JUMPER, BURNDY BD24N OR EQUIV. INSTALL W/ SUFFICIENT SLACK FOR GATE OPERATION BURNDY TYPE GROUND CONNECTOR, BURNDY# 1826 OR EQUIV., ADJUST PART # FOR PIPE SIZE #2 BARE Cu WIRE TINNED COPPER BRAID JUMPER, BURNDY BD24N OR EQUIV. INSTALL W/ SUFFICIENT SLACK FOR GATE OPERATION BURNDY TYPE GROUND CONNECTOR, BURNDY# 1826 OR EQUIV., ADJUST PART # FOR PIPE SIZE GATE POST GATE DOOR FRAME EGC, #2 Cu BARE STRANDED WIRE GROUND WIRE FROM NEAREST RACKING POST GROUND WIRE TO OTHER GATE POST DRILL AND TAP HOLES FOR 1/2"-13 UNC BOLTS 1 TYP. FENCE GROUNDING DETAIL 0 6'' 1' 2' 2 GATE GROUNDING DETAILS 0 6'' 1' 2' 5 GATE POST BONDING DETAILS (VIEW 1) 0 1/2'' 1'' 2'' 6 GATE POST BONDING DETAILS (VIEW 2) 0 1/2'' 1'' 2'' FENCE GROUNDING APPLICABLE AT GATES solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TRANSFORMER ZONE LAYOUT PV201 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 8 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N FORTUNA ROAD ZONE 1: TO TRANSFORMER PV1 ZONE 2: TO TRANSFORMER PV2 ZONE 3: TO TRANSFORMER PV3 ZONE 4: TO TRANSFORMER PV4 ZONE 5: TO TRANSFORMER PV5 ZONE 6: TO TRANSFORMER PV6 ZONE 7: TO TRANSFORMER PV7 ZONE 8: TO TRANSFORMER PV8 ZONE 9: TO TRANSFORMER PV9 N a a: 0.00° CW 1 FORTUNA PHASE 1 - SOLAR ARRAY LAYOUT & TRANSFORMER ZONES 0 40' 80' 160' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. & COMBINER SOURCE: ZONES 1-5 PV202 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 9 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CB3-7A IS INTENTIONALLY LOCATED ON THIS ROW, DUE TO REDUCED AISLE WIDTH OF PREVIOUS ROW DO NOT PLACE COMBINERS AT THIS ROW, DUE TO REDUCED AISLE WIDTH TO CB3-1A TO CB3-1B TO CB3-2A TO CB3-2B TO CB3-3A TO CB3-3B TO CB3-4A TO CB3-4B TO CB3-5A TO CB3-5B TO CB3-6A TO CB3-6B TO CB3-7A TO CB3-7B TO CB3-8A TO CB3-8B TO CB1-1A TO CB1-1B TO CB1-2A TO CB1-2B TO CB1-3A TO CB1-3B TO CB1-4A TO CB1-4B TO CB1-5A TO CB1-5B TO CB1-6B TO CB1-6A TO CB1-7A TO CB1-7B TO CB1-8A TO CB1-8B TO CB2-1A TO CB2-1B TO CB2-2A TO CB2-2B TO CB2-3A TO CB2-3B TO CB2-4A TO CB2-4B TO CB2-5A TO CB2-5B TO CB2-6B TO CB2-6A TO CB2-7A TO CB2-7B TO CB2-8A TO CB2-8B TO CB4-1A TO CB4-1B TO CB4-2A TO CB4-2B TO CB4-3A TO CB4-3B TO CB4-4B TO CB4-5A TO CB4-5B TO CB4-6B TO CB4-6A TO CB4-7A TO CB4-7B TO CB4-8A TO CB4-8B TO CB5-1A TO CB5-1B TO CB5-2A TO CB5-2B TO CB5-3A TO CB5-3B TO CB5-4A TO CB5-4B TO CB5-5A TO CB5-5B TO CB5-6B TO CB5-6A TO CB5-7A TO CB5-7B TO CB5-8A TO CB5-8B T TO TO CB TO CB6 TO CB6-8 TO CB7-1A TO CB7-1B TO CB7-2A TO CB7-2B TO CB7-3A TO CB7-3B TO CB7-4A TO CB7-4B TO CB7-5A TO CB7-5B TO CB7-6B TO CB7-6A TO CB7-7A TO CB7-7B TO CB7-8A TO CB7-8B ZONE 4 ZONE 5 ZONE 2 ZONE 3 ZONE 6 ZONE 7 TO CB4-4A ZONE 7 ZONE 5 ZONE 5 ZONE 3 ZONE 3 ZONE 1 ZONE 3 ZONE 1 ZONE 4 ZONE 2 ZONE 6 ZONE 4 ZONE 2 ZONE 3 ZONE 4 ZONE 5 CB1-1B CB1-2A CB1-3A CB1-3B CB1-4A CB1-4B CB1-5A CB1-5B CB1-6A CB1-6B CB1-7A CB1-7B CB1-8A CB1-8B CB1-2B CB2-1B CB2-2A CB2-3A CB2-3B CB2-4A CB2-4B CB2-5A CB2-5B CB2-6A CB2-6B CB2-7A CB2-7B CB2-8A CB2-8B CB2-2B CB3-1B CB3-2A CB3-3A CB3-3B CB3-4A CB3-4B CB3-5A CB3-5B CB3-6B CB3-7A CB3-8B CB3-2B CB3-6A CB3-1A CB5-1B CB5-2A CB5-3A CB3-3B CB5-6A CB5-7A CB5-7B CB5-2B CB5-6B CB5-1A CB4-1B CB4-2A CB4-4B CB4-5A CB4-5B CB4-6A CB4-6B CB4-2B CB4-8A CB4-8B CB4-7A CB4-7B CB4-3A CB4-3B CB4-4A CB5-4A CB5-4B CB5-5B CB5-5A CB4-1A CB5-8A CB5-8B CB3-7B CB1-1A CB2-1A CB3-8A CB5-8A CB5-8B N a a: 0.00° CW "CB" = COMBINER BOX CORRESPONDING PV TRANSFORMER ID # CORRESPONDING INVERTER ID # FROM 1 THRU UP TO 8 RESET TO 1 AT NEXT XFMR "INV" = INVERTER REMAINDER OF INVERTER ID TO MATCH ID OF CORRESPONDING COMBINERS, W/ EXCEPTION OF COMBINER SUB-ID LETTER COMBINER SUB-ID LETTER TYPICALLY 2 COMBINERS PER INVERTER, DESIGNATED WITH LETTER A OR B RESET AT NEXT INVERTER. WHERE JUST 1 COMBINER CONNECTS TO THE INVERTER, THIS LETTER IS OMITTED. CB1-2A COMBINER & INVERTER ID KEY EXAMPLE EXPLAINED: COMBINER CB1-2A IS THE FIRST OF TWO COMBINERS THAT CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. INV1-2 1 ZONES 1 THRU 5 - INVERTER SOURCE & COMBINER LAYOUT 0 20' 50' 100' CONT'D TO ZONE 6 - SHEET PV203 CONT'D TO ZONE 7 - SHEET PV203 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. & COMBINER SOURCE: ZONES 6-9 PV203 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 10 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CB7-6B IS INTENTIONALLY LOCATED ON THIS ROW, DUE TO REDUCED AISLE WIDTH OF PREVIOUS ROW DO NOT PLACE COMBINERS AT THIS ROW, DUE TO REDUCED AISLE WIDTH TO CB4-1A TO CB4-1B TO CB4-2A TO CB4-2B TO CB4-3A TO CB4-3B TO CB4-4B TO CB4-5A TO CB4-5B CB4-6B O CB4-6A 4-7A 7B TO CB6-1A TO CB6-1B TO CB6-2A TO CB6-2B TO CB6-3A TO CB6-3B TO CB6-4A TO CB6-4B TO CB6-5A TO CB6-5B TO CB6-6B TO CB6-6A TO CB6-7A TO CB6-7B TO CB6-8A TO CB6-8B TO CB7-1A TO CB7-1B TO CB7-2A TO CB7-2B TO CB7-3A TO CB7-3B TO CB7-4A TO CB7-4B TO CB7-5A TO CB7-5B TO CB7-6B TO CB7-6A TO CB7-7A TO CB7-7B TO CB7-8A TO CB7-8B TO CB8-1A TO CB8-1B TO CB8-2A TO CB8-2B TO CB8-3A TO CB8-3B TO CB8-4A TO CB8-4B TO CB8-5A TO CB8-5B TO CB8-6 TO CB8-8 TO CB8-7 TO CB9-1A TO CB9-1B TO CB9-2A TO CB9-2B TO CB9-3A TO CB9-3B TO CB9-4 TO CB9-5 TO CB9-6 TO CB9-7A TO CB9-7B TO CB9-8A TO CB9-8B ZONE 4 ZONE 5 ZONE 6 ZONE 7 ZONE 8 ZONE 9 ZONE 9 TO CB4-4A ZONE 7 ZONE 6 ZONE 4 CB5-1B CB5-2A CB5-3A CB3-3B CB5-6A CB5-7A CB5-7B CB5-2B CB5-6B CB5-1A CB4-1B CB4-2A CB4-4B CB4-5A CB4-5B CB4-6A CB4-6B CB4-2B CB4-8A CB4-8B CB4-7A CB4-7B CB4-3A CB4-3B CB4-4A CB5-4A CB5-4B CB5-5B CB5-5A CB6-2A CB6-4B CB6-5A CB6-5B CB6-6A CB6-6B CB6-2B CB6-8A CB6-8B CB6-7A CB6-7B CB6-3A CB6-3B CB6-4A CB7-1B CB7-2A CB7-3A CB7-3B CB7-6A CB7-7A CB7-2B CB7-6B CB7-1A CB7-4A CB7-4B CB7-5B CB7-5A CB8-1B CB8-2A CB8-2B CB8-3A CB8-3B CB8-4A CB8-4B CB8-5A CB8-5B CB8-6 CB8-7 CB8-8 CB9-1A CB9-1B CB9-2A CB9-2B CB9-3A CB9-3B CB9-4 CB9-5 CB9-6 CB9-7A CB9-7B CB9-8A CB9-8B ZONE 6 ZONE 7 CB4-1A CB7-7B ZONE 8 ZONE 9 ZONE 8 ZONE 6 CB6-1A CB6-1B CB5-8A CB5-8B CB8-1A N a a: 0.00° CW "CB" = COMBINER BOX CORRESPONDING PV TRANSFORMER ID # CORRESPONDING INVERTER ID # FROM 1 THRU UP TO 8 RESET TO 1 AT NEXT XFMR "INV" = INVERTER REMAINDER OF INVERTER ID TO MATCH ID OF CORRESPONDING COMBINERS, W/ EXCEPTION OF COMBINER SUB-ID LETTER COMBINER SUB-ID LETTER TYPICALLY 2 COMBINERS PER INVERTER, DESIGNATED WITH LETTER A OR B RESET AT NEXT INVERTER. WHERE JUST 1 COMBINER CONNECTS TO THE INVERTER, THIS LETTER IS OMITTED. CB1-2A COMBINER & INVERTER ID KEY EXAMPLE EXPLAINED: COMBINER CB1-2A IS THE FIRST OF TWO COMBINERS THAT CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. INV1-2 1 ZONES 1 THRU 5 - INVERTER SOURCE & COMBINER LAYOUT 0 20' 50' 100' CONT'D TO ZONE 4 - SHEET PV202 CONT'D TO ZONE 5 - SHEET PV202 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BRANCH CIRCUIT LAYOUT: ZONE 1 PV204 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 11 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CB1-5A CB1-5B CB1-6A CB1-6B CB1-7A CB1-7B CB1-8A CB1-8B TO CB1-5B TO CB1-6A TO CB1-5A TO CB1-5B TO CB1-6B TO CB1-7A TO CB1-7A TO CB1-7B TO CB1-7B TO CB1-8A TO CB1-8A TO CB1-8B TO CB1-6A TO CB1-6B TO CB1-5A TO CB1-5A TO CB1-5A TO CB1-5B TO CB1-5B TO CB1-6A TO CB1-6A TO CB1-6B TO CB1-6B TO CB1-7A TO CB1-7A TO CB1-7B TO CB1-7B TO CB1-8A TO CB1-8A TO CB1-8B BC1-5A-1 BC1-5A-2 BC1-5A-3 BC1-5A-4 BC1-5A-5 BC1-5A-6 BC1-5A-7 BC1-5A-8 BC1-5B-1 BC1-5B-2 BC1-5B-3 BC1-5B-4 BC1-5B-5 (4 SC's) BC1-5B-6 BC1-5B-7 BC1-5B-8 BC1-5B-11 BC1-5B-12 BC1-5B-9 (4 SC's) BC1-5B-10 BC1-6A-1 (4 SC's) BC1-6A-2 BC1-6A-3 BC1-6A-4 BC1-6A-5 (4 SC's) BC1-6A-6 BC1-6A-7 BC1-6A-8 BC1-6B-1 (4 SC's) BC1-6B-2 (4 SC's) BC1-6B-3 BC1-6B-4 BC1-6B-7 BC1-6B-8 BC1-6B-11 BC1-6B-12 BC1-6B-5 (4 SC's) BC1-6B-6 (4 SC's) BC1-6B-9 (4 SC's) BC1-6B-10 (4 SC's) BC1-7A-1 (4 SC's) BC1-7A-2 (4 SC's) BC1-7A-3 (4 SC's) BC1-7A-4 BC1-7A-5 (4 SC's) BC1-7A-6 (4 SC's) BC1-7A-7 (4 SC's) BC1-7A-8 BC1-7A-11 (4 SC's) BC1-7A-12 BC1-7A-9 (4 SC's) BC1-7A-10 (4 SC's) BC1-7B-1 (4 SC's) BC1-7B-2 (4 SC's) BC1-7B-3 (4 SC's) BC1-7B-4 (4 SC's) BC1-7B-7 (4 SC's) BC1-7B-8 (4 SC's) BC1-7B-11 (4 SC's) BC1-7B-12 (4 SC's) BC1-7B-5 (4 SC's) BC1-7B-6 (4 SC's) BC1-7B-9 (4 SC's) BC1-7B-10 (4 SC's) BC1-8A-1 BC1-8A-4 BC1-8A-7 BC1-8A-2 BC1-8A-3 BC1-8A-5 BC1-8A-6 BC1-8A-8 BC1-8A-9 BC1-8B-1 (4 SC's) BC1-8B-4 (4 SC's) BC1-8B-2 BC1-8B-3 BC1-8B-5 BC1-8B-6 BC1-8B-7 (3 SC's) BC1-8B-8 (4 SC's) BC1-8B-9 (4 SC's) BC1-8B-10 (4 SC's) BC1-8B-11 (4 SC's) BC1-8B-12 (4 SC's) CB1-1B CB1-2A CB1-3A CB1-3B CB1-4A CB1-4B CB1-2B TO CB1-1A TO CB1-1B TO CB1-1B TO CB1-2A TO CB1-2A TO CB1-2B TO CB1-2B TO CB1-3A TO CB1-3A TO CB1-3B TO CB1-3B TO CB1-4A TO CB1-4A TO CB1-4B TO CB1-4B TO CB1-1A TO CB1-1B TO CB1-1B TO CB1-2A TO CB1-2A TO CB1-3A TO CB1-3A TO CB1-3B TO CB1-3B TO CB1-4A TO CB1-4A TO CB1-4B TO CB1-4B BC1-1A-1 (2 SC's) BC1-1A-2 (3 SC's) BC1-1A-3 (4 SC's) BC1-1A-4 (4 SC's) BC1-1A-5 (4 SC's) BC1-1A-6 BC1-1A-7 BC1-1A-8 (3 SC's) BC1-1A-9 (4 SC's) BC1-1A-10 (4 SC's) BC1-1B-3 BC1-1B-1 (4 SC's) BC1-1B-2 (4 SC's) BC1-1B-4 (4 SC's) BC1-1B-8 (4 SC's) BC1-1B-9 (4 SC's) BC1-1B-10 BC1-1B-11 BC1-2A-1 (4 SC's) BC1-2A-2 (4 SC's) BC1-2A-3 (4 SC's) BC1-2A-4 (4 SC's) BC1-2A-7 BC1-2A-5 BC1-2A-8 BC1-2A-9 BC1-2B-2 BC1-2B-3 BC1-2B-1 (4 SC's) BC1-2B-4 BC1-2B-5 BC1-2B-7 BC1-2B-8 BC1-2B-6 (4 SC's) BC1-3A-1 BC1-3A-2 BC1-3A-3 (4 SC's) BC1-3A-4 (4 SC's) BC1-3A-5 BC1-3A-6 BC1-3A-7 BC1-3A-8 (4 SC's) BC1-3A-9 (4 SC's) BC1-3A-10 BC1-3A-11 BC1-3A-12 BC1-3B-1 (4 SC's) BC1-3B-2 (4 SC's) BC1-3B-3 BC1-3B-4 BC1-3B-5 BC1-3B-6 (4 SC's) BC1-3B-7 (4 SC's) BC1-3B-8 (4 SC's) BC1-3B-9 BC1-3B-10 BC1-4A-2 (4 SC's) BC1-4A-3 (4 SC's) BC1-4A-1 (4 SC's) BC1-4A-4 BC1-4A-5 BC1-4A-7 (4 SC's) BC1-4A-8 (4 SC's) BC1-4A-6 (4 SC's) BC1-4A-9 BC1-4A-10 BC1-4B-1 (4 SC's) BC1-4B-2 (4 SC's) BC1-4B-3 (4 SC's) BC1-4B-4 (4 SC's) BC1-4B-5 BC1-4B-6 (4 SC's) BC1-4B-7 (4 SC's) BC1-4B-8 (4 SC's) BC1-4B-9 (4 SC's) BC1-4B-10 BC1-4B-11 (4 SC's) BC1-4B-12 (4 SC's) BC1-4B-13 (4 SC's) BC1-4B-14 (4 SC's) BC1-4B-15 CB1-1A BC1-2A-6 (4 SC's) BC1-2A-10 BC1-2B-9 BC1-2B-10 BC1-2B-12 BC1-2B-13 BC1-2B-11 (4 SC's) TO CB1-2B TO CB1-2B BC1-1B-5 (4 SC's) BC1-1B-6 (4 SC's) BC1-1B-7 (4 SC's) N a a: 15.00° CCW 45' 0 22'-6" 45' 0 22'-6" 2 ZONE 1: BRANCH CIRCUIT LAYOUT, CB1-1A THRU 1-4B 1 ZONE 1: BRANCH CIRCUIT LAYOUT, CB1-1A THRU 1-4B DETAIL 1 DETAIL 2 "BC" = SOURCE CIRCUIT CORRESPONDING PV TRANSFORMER ID # COMBINER ID # FROM 1A THRU UP TO 8B RESET TO 1A AT NEXT XFMR WHERE APPLICABLE, LETTER ALTERNATES BETWEEN A & B BRANCH CIRCUIT ID #, STARTING AT 1. RESET TO 1, AT NEXT COMBINER BC1-2A-5 BRANCH CIRCUIT ID KEY EXCEPT WHERE OTHERWISE NOTED, EACH BRANCH CIRCUIT HAS 5 QTY SOURCE CIRCUITS OF 6 MODULES. DUE TO SOURCE CIRCUITS IN PARALLEL WITHIN EACH BRANCH CIRCUIT, DISSIMILAR SIZED BRANCH CIRCUITS MAY BE PARALLELED IN THE SAME COMBINER, AS LONG AS THEY ALL HAVE 6 QTY MODULES IN SERIES. EXAMPLE EXPLAINED: BRANCH CIRCUIT SC1-2A-5 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 5TH SOURCE CIRCUIT CONNECTED TO COMBINER CB1-2A, WHICH IS CONNECTED TO INVERTER 1-2. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BRANCH CIRCUIT LAYOUT: ZONES 2 & 3 PV205 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 12 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CB1-1B CB1-2A CB2-1B CB2-2A CB2-3A CB2-3B CB2-4A CB2-4B CB2-5A CB2-5B CB2-6A CB2-6B CB2-7A CB2-7B CB2-8A CB2-8B CB2-2B TO CB2-1A TO CB2-1B TO CB2-1B TO CB2-2A TO CB2-2A TO CB2-2B TO CB2-2B TO CB2-3A TO CB2-3A TO CB2-3B TO CB2-3B TO CB2-4B TO CB2-5A TO CB2-5B TO CB2-5A TO CB2-5B TO CB2-6A TO CB2-6B TO CB2-7A TO CB2-6B TO CB2-7A TO CB2-7B TO CB2-7B TO CB2-8A TO CB2-8B TO CB2-8B TO CB2-4A TO CB2-4A TO CB2-6A TO CB2-6B TO CB2-7A TO CB2-6B TO CB2-7A TO CB2-7B TO CB2-7B TO CB2-8A TO CB2-8B TO CB2-8B TO CB2-5B TO CB2-5A TO CB2-4B TO CB2-4B TO CB2-4A TO CB2-4A TO CB2-3B TO CB2-3A TO CB2-3B TO CB2-2B TO CB2-3A TO CB2-2A TO CB2-2B TO CB2-1B TO CB2-2A TO CB2-1A TO CB2-1B TO CB1-1A TO CB1-1B TO CB1-1B TO CB1-2A TO CB1-2A TO CB2-6A BC1-1A-1 (2 SC's) BC1-1A-3 (4 SC's) SC's) SC's) SC's) SC's) 1B-3 2A-5 BC2-1A-1 (2 SC's) BC2-1A-2 (2 SC's) BC2-1A-3 (4 SC's) BC2-1A-4 BC2-1A-5 BC2-1A-6 (4 SC's) BC2-1A-7 BC2-1A-8 BC2-1A-9 BC2-1A-10 BC2-1A-11 BC2-1A-12 BC2-1B-1 BC2-1B-2 BC2-1B-3 (4 SC's) BC2-1B-4 BC2-1B-5 BC2-1B-6 BC2-1B-7 BC2-1B-8 BC2-1B-11 BC2-1B-12 BC2-1B-9 (4 SC's) BC2-1B-10 BC2-2A-1 BC2-2A-2 BC2-2A-3 BC2-2A-4 BC2-2A-5 BC2-2A-6 BC2-2A-7 BC2-2A-8 BC2-2A-9 BC2-2A-10 BC2-2A-11 BC2-2A-12 (4 SC's) BC2-2A-13 BC2-2A-14 BC2-2B-1 BC2-2B-2 BC2-2B-3 BC2-2B-4 BC2-2B-5 BC2-2B-6 (4 SC's) BC2-2B-7 BC2-2B-8 BC2-2B-9 BC2-2B-10 BC2-3A-1 BC2-2A-2 BC2-2A-3 BC2-2A-4 BC2-2A-5 BC2-2A-6 BC2-2A-7 BC2-2A-8 BC2-2A-9 BC2-2A-10 BC2-2A-11 BC2-3B-1 BC2-3B-2 BC2-3B-3 (4 SC's) BC2-3B-4 BC2-3B-5 BC2-3B-6 BC2-3B-7 BC2-3B-8 BC2-3B-9 BC2-3B-10 BC2-3B-11 BC2-3B-12 BC2-4A-1 (4 SC's) BC2-4A-2 BC2-4A-3 BC2-4A-4 BC2-4A-5 BC2-4A-6 BC2-4A-7 BC2-4A-8 BC2-4A-9 BC2-4A-10 BC2-4A-11 BC2-4A-12 BC2-4B-1 BC2-4B-2 BC2-4B-3 BC2-4B-4 BC2-4B-5 BC2-4B-6 BC2-4B-7 BC2-5A-1 BC2-5A-2 BC2-5A-3 (4 SC's) BC2-5A-4 BC2-5A-5 BC2-4B-8 BC2-4B-9 BC2-5A-6 BC2-5A-7 BC2-5A-8 BC2-5A-9 BC2-5A-10 BC2-5A-11 BC2-5A-12 BC2-5B-1 BC2-5B-2 BC2-5B-3 BC2-5B-4 BC2-5B-5 BC2-5B-6 BC2-5B-7 BC2-5B-8 BC2-5B-9 BC2-5B-10 BC2-5B-11 BC2-6A-1 BC2-6A-2 BC2-6A-3 BC2-6A-4 BC2-6A-5 BC2-6A-6 BC2-6A-7 BC2-6A-8 BC2-6B-1 BC2-6B-2 BC2-6B-3 BC2-6B-4 BC2-6B-5 BC2-6B-6 BC2-6B-7 BC2-6B-8 BC2-6B-9 BC2-6B-10 BC2-6B-11 BC2-6B-12 BC2-6B-13 BC2-7A-1 BC2-7A-2 BC2-7A-3 BC2-7A-4 BC2-7A-5 BC2-7A-6 BC2-7A-7 BC2-7A-8 BC2-7A-9 BC2-7A-10 BC2-7A-11 BC2-7B-1 BC2-7B-2 BC2-7B-3 BC2-7B-4 BC2-7B-5 BC2-7B-6 BC2-7B-7 BC2-7B-8 BC2-7B-9 BC2-7B-10 BC2-8A-1 BC2-8A-2 BC2-8A-3 BC2-8A-4 BC2-8A-5 BC2-8A-6 BC2-8A-7 BC2-8A-8 BC2-8B-1 BC2-8B-2 BC2-8B-3 BC2-8B-4 BC2-8B-5 BC2-8B-6 BC2-8B-7 BC2-8B-8 BC2-8B-9 BC2-8B-10 BC2-8B-11 BC2-8B-12 CB1-1A CB2-1A SC's) SC's) CB3-1B CB3-2A CB3-3A CB3-3B CB3-4A CB3-4B CB3-5A CB3-5B CB3-6B CB3-7A CB3-7B CB3-8B CB3-2B CB3-6A CB3-1A TO CB3-1A TO CB3-1A TO CB3-1B TO CB3-1B TO CB3-2A TO CB3-2B TO CB3-2B TO CB3-3A TO CB3-3A TO CB3-3B TO CB3-3B TO CB3-4A TO CB3-4A TO CB3-4B TO CB3-4B TO CB3-5A TO CB3-5B TO CB3-6A TO CB3-5B TO CB3-6A TO CB3-6B TO CB3-6B TO CB3-7A TO CB3-7B TO CB3-7B TO CB3-8A TO CB3-8A TO CB3-8B TO CB3-8A TO CB3-8B TO CB3-7B TO CB3-8A TO CB3-1A TO CB3-1A TO CB3-1B TO CB3-2A TO CB3-2B TO CB3-2B TO CB3-3A TO CB3-3B TO CB3-3B TO CB3-4A TO CB3-4A TO CB3-4B TO CB3-5A TO CB3-5B TO CB3-5B TO CB3-6A TO CB3-6B TO CB3-6B TO CB3-7A TO CB3-7A TO CB3-2A BC3-1A-1 BC3-1A-2 BC3-1A-3 BC3-1A-4 BC3-1A-5 BC3-1A-6 BC3-1A-7 BC3-1A-8 BC3-1A-9 BC3-1A-10 BC3-1A-11 BC3-1A-12 BC3-1B-1 BC3-1B-2 BC3-1B-3 BC3-1B-4 BC3-1B-5 BC3-1B-6 BC3-1B-7 BC3-1B-8 BC3-1B-9 BC3-1B-10 BC3-2A-1 BC3-2A-2 BC3-2A-3 BC3-2A-4 BC3-2A-5 BC3-2A-6 BC3-2A-7 BC3-2A-8 BC3-2B-1 BC3-2B-2 BC3-2B-3 BC3-2B-4 BC3-2B-9 BC3-2B-10 BC3-2B-5 BC3-2B-6 BC3-2B-7 BC3-2B-8 BC3-2B-9 BC3-2B-10 BC3-2B-11 BC3-2B-12 BC3-3A-1 BC3-3A-2 BC3-3A-3 BC3-3A-4 BC3-3A-5 BC3-3A-6 BC3-3A-7 BC3-3A-8 BC3-3A-9 BC3-3A-10 BC3-3B-1 BC3-3B-2 BC3-3B-3 BC3-3B-4 BC3-3B-5 BC3-3B-6 BC3-3B-7 BC3-3B-8 BC3-3B-9 BC3-3B-10 BC3-3B-11 BC3-3B-12 BC3-4A-1 BC3-4A-2 BC3-4A-3 BC3-4A-4 BC3-4A-5 BC3-4A-6 BC3-4A-7 BC3-4A-8 BC3-4A-9 BC3-4A-10 BC3-4A-11 BC3-4A-12 BC3-4B-1 BC3-4B-2 BC3-4B-3 BC3-4B-4 BC3-4B-5 BC3-4B-6 BC3-4B-7 BC3-4B-8 BC3-4B-9 BC3-4B-10 BC3-5A-1 BC3-5A-2 BC3-5A-3 BC3-5A-4 BC3-5A-5 BC3-5A-6 BC3-5A-7 BC3-5A-8 BC3-5B-1 BC3-5B-2 BC3-5B-3 BC3-5B-4 BC3-5B-5 BC3-5B-6 BC3-5B-7 BC3-5B-8 BC3-6A-1 BC3-6A-2 BC3-6A-3 BC3-6A-4 BC3-6A-5 BC3-6A-6 BC3-6A-7 BC3-6A-8 BC3-6A-9 BC3-6A-10 BC3-6B-1 BC3-6B-2 BC3-6B-3 BC3-6B-4 BC3-6B-5 BC3-6B-6 BC3-6B-7 BC3-6B-8 BC3-6B-9 BC3-6B-10 BC3-6B-11 BC3-6B-12 BC3-7A-1 BC3-7A-2 BC3-7A-3 BC3-7A-4 BC3-7A-5 BC3-7A-6 BC3-7A-7 BC3-7A-8 BC3-7A-9 BC3-7B-1 (4 SC's) BC3-7B-2 BC3-7B-3 BC3-7B-4 (4 SC's) BC3-7B-5 (4 SC's) BC3-7B-6 (4 SC's) BC3-7B-7 (4 SC's) BC3-7B-8 BC3-7B-9 BC3-8A-4 BC3-8A-5 BC3-8A-1 (4 SC's) BC3-8A-2 (4 SC's) BC3-8A-3 (4 SC's) BC3-8A-6 (4 SC's) BC3-8A-7 BC3-8A-8 BC3-8A-9 BC3-8B-1 (4 SC's) BC3-8B-2 (4 SC's) BC3-8B-3 (4 SC's) BC3-8B-4 (4 SC's) BC3-8B-5 BC3-8B-6 (4 SC's) BC3-8B-7 (4 SC's) BC3-8B-8 (4 SC's) BC3-8B-9 BC3-8B-10 (4 SC's) BC3-8B-11 (2 SC's) BC3-8B-12 (3 SC's) BC3-5A-9 BC3-5A-10 BC3-5A-11 BC3-5A-12 BC3-5B-11 BC3-5B-12 TO CB3-5A CB3-8A N a a: 15.00° CCW 1 ZONE 2: BRANCH CIRCUIT LAYOUT, CB2-1A THRU 2-8B 0 30' 60' 2 ZONE 3: BRANCH CIRCUIT LAYOUT, CB3-1A THRU 3-8B 0 30' 60' DETAIL 1 DETAIL 2 CONT'D IN DETAIL 1 CONT'D IN DETAIL 2 "BC" = SOURCE CIRCUIT CORRESPONDING PV TRANSFORMER ID # COMBINER ID # FROM 1A THRU UP TO 8B RESET TO 1A AT NEXT XFMR WHERE APPLICABLE, LETTER ALTERNATES BETWEEN A & B BRANCH CIRCUIT ID #, STARTING AT 1. RESET TO 1, AT NEXT COMBINER BC1-2A-5 BRANCH CIRCUIT ID KEY EXCEPT WHERE OTHERWISE NOTED, EACH BRANCH CIRCUIT HAS 5 QTY SOURCE CIRCUITS OF 6 MODULES. DUE TO SOURCE CIRCUITS IN PARALLEL WITHIN EACH BRANCH CIRCUIT, DISSIMILAR SIZED BRANCH CIRCUITS MAY BE PARALLELED IN THE SAME COMBINER, AS LONG AS THEY ALL HAVE 6 QTY MODULES IN SERIES. EXAMPLE EXPLAINED: BRANCH CIRCUIT SC1-2A-5 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 5TH SOURCE CIRCUIT CONNECTED TO COMBINER CB1-2A, WHICH IS CONNECTED TO INVERTER 1-2. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BRANCH CIRCUIT LAYOUT: ZONES 4 & 5 PV206 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 13 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N C CB4-1B CB4-2A CB4-4B CB4-5A CB4-5B CB4-6A CB4-6B CB4-2B CB4-8A CB4-8B CB4-7A CB4-7B CB4-3A CB4-3B CB4-4A TO CB4-1A TO CB4-1B TO CB4-1B TO CB4-2A TO CB4-2A TO CB4-2B TO CB4-2B TO CB4-3A TO CB4-3A TO CB4-3B TO CB4-4A TO CB4-4A TO CB4-4B TO CB4-5B TO CB4-6A TO CB4-5A TO CB4-5B TO CB4-6B TO CB4-7A TO CB4-7A TO CB4-7B TO CB4-7B TO CB4-8A TO CB4-8A TO CB4-8B TO CB4-6A TO CB4-5A TO CB4-4B TO CB4-8B TO CB4-1B TO CB4-2A TO CB4-2A TO CB4-2B TO CB4-3A TO CB4-3A TO CB4-3B TO CB4-4A TO CB4-4B TO CB4-6A TO CB4-5A TO CB4-5B TO CB4-6B TO CB4-7A TO CB4-7B TO CB4-7B TO CB4-8A TO CB4-8B TO CB4-6A TO CB4-5A TO CB4-4B TO CB4-8B TO CB4-1A TO CB4-1B TO CB4-3B BC4-1A-1 (2 SC's) BC4-1A-2 (2 SC's) BC4-1A-3 BC4-1A-4 BC4-1A-5 (4 SC's) BC4-1A-6 BC4-1A-7 BC4-1A-8 BC4-1A-9 BC4-1A-10 BC4-1A-11 BC4-1A-12 BC4-1B-1 BC4-1B-2 BC4-1B-3 BC4-1B-4 BC4-1B-5 BC4-1B-6 (4 SC's) BC4-1B-7 BC4-1B-8 BC4-1B-9 BC4-1B-10 BC4-2A-1 (4 SC's) BC4-2A-2 BC4-2A-3 BC4-2A-4 BC4-2A-5 BC4-2A-6 BC4-2A-7 (4 SC's) BC4-2A-8 BC4-2A-9 BC4-2A-10 BC4-2A-11 BC4-2A-12 BC4-2B-1 (4 SC's) BC4-2B-2 BC4-2B-3 BC4-2B-4 BC4-2B-5 BC4-2B-6 BC4-2B-7 (4 SC's) BC4-2B-8 BC4-2B-9 BC4-2B-10 BC4-2B-11 BC4-3A-1 BC4-3A-7 BC4-3A-2 (4 SC's) BC4-3A-3 BC4-3A-4 BC4-3A-5 BC4-3A-6 BC4-3A-8 (4 SC's) BC4-3A-9 BC4-3A-10 BC4-3A-12 BC4-3A-11 BC4-3A-13 BC4-3B-1 (4 SC's) BC4-3B-2 BC4-3B-3 BC4-3B-4 BC4-3B-5 BC4-3B-6 BC4-3B-7 BC4-3B-8 BC4-3B-9 BC4-4A-1 (4 SC's) BC4-4A-2 BC4-4A-3 BC4-4A-4 (4 SC's) BC4-4A-5 BC4-4A-6 BC4-4A-7 BC4-4A-8 BC4-4A-9 BC4-4B-1 (4 SC's) BC4-4B-2 BC4-4B-3 BC4-4B-4 BC4-4B-5 BC4-4B-6 BC4-4B-7 (4 SC's) BC4-4B-8 BC4-4B-9 BC4-4B-10 BC4-4B-11 BC4-4B-12 BC4-5A-1 (4 SC's) BC4-5A-2 BC4-5A-3 BC4-5A-4 BC4-5A-5 BC4-5A-6 BC4-5A-7 (4 SC's) BC4-5A-8 BC4-5A-9 BC4-5A-10 BC4-5A-11 BC4-5A-12 BC4-5B-1 (4 SC's) BC4-5B-2 BC4-5B-3 BC4-5B-4 BC4-5B-5 BC4-5B-6 BC4-5B-7 (4 SC's) BC4-5B-8 BC4-5B-9 BC4-5B-10 BC4-5B-11 BC4-6A-1 BC4-6A-7 BC4-6A-2 (4 SC's) BC4-6A-3 BC4-6A-4 BC4-6A-5 BC4-6A-6 BC4-6A-8 (4 SC's) BC4-6A-9 BC4-6A-10 BC4-6A-12 BC4-6A-11 BC4-6A-13 BC4-6B-1 (4 SC's) BC4-6B-2 BC4-6B-3 BC4-6B-4 BC4-6B-5 BC4-6B-6 BC4-6B-10 BC4-6B-11 BC4-6B-12 TO CB4-6B BC4-7A-1 (4 SC's) BC4-7A-2 BC4-7A-3 BC4-7A-4 (4 SC's) BC4-7A-5 BC4-7A-6 BC4-7A-7 BC4-7A-8 BC4-7A-9 BC4-7B-1 (4 SC's) BC4-7B-2 BC4-7B-3 BC4-7B-4 BC4-7B-5 BC4-7B-6 BC4-7B-7 (4 SC's) BC4-7B-8 BC4-7B-9 BC4-7B-10 BC4-7B-11 BC4-7B-12 BC4-7B-13 BC4-8A-1 (4 SC's) BC4-8A-2 BC4-8A-3 BC4-8A-7 BC4-8A-8 BC4-8A-9 BC4-8A-10 BC4-8A-4 BC4-8A-5 BC4-8A-6 (4 SC's) BC4-8A-11 BC4-8B-1 (4 SC's) BC4-8B-2 BC4-8B-3 BC4-8B-4 BC4-8B-5 BC4-8B-6 BC4-8B-7 (4 SC's) BC4-8B-8 BC4-8B-9 BC4-8B-10 BC4-8B-11 BC4-8B-12 C CB4-1A CB5-1B CB5-2A CB5-3A CB3-3B CB5-6A CB5-7A CB5-7B CB5-8A CB5-2B CB5-6B CB5-1A CB5-4A CB5-4B CB5-5B CB5-5A TO CB5-1A TO CB5-1A TO CB5-1B TO CB5-1B TO CB5-2A TO CB5-2B TO CB5-2B TO CB5-3A TO CB5-3A TO CB5-3B TO CB5-3B TO CB5-4A TO CB5-5B TO CB5-4B TO CB5-5A TO CB5-6A TO CB5-6B TO CB5-7A TO CB5-7B TO CB5-7B TO CB5-8A TO CB5-8A TO CB5-8B TO CB5-5B TO CB5-6A TO CB5-4B TO CB5-4A TO CB5-6B TO CB5-1A TO CB5-1A TO CB5-1B TO CB5-2A TO CB5-2B TO CB5-2B TO CB5-3A TO CB5-3B TO CB5-4A TO CB5-5B TO CB5-5A TO CB5-5A TO CB5-6A TO CB5-7A TO CB5-7B TO CB5-7B TO CB5-8A TO CB5-8A TO CB5-8B TO CB5-5B TO CB5-6A TO CB5-4B TO CB5-4A TO CB5-6B BC5-1A-1 (4 SC's) BC5-1A-2 BC5-1A-3 BC5-1A-4 BC5-1A-5 BC5-1A-6 BC5-1A-7 (4 SC's) BC5-1A-8 BC5-1A-9 BC5-1A-10 BC5-1A-11 BC5-1A-12 BC5-1B-1 (4 SC's) BC5-1B-2 BC5-1B-3 BC5-1B-4 BC5-1B-5 BC5-1B-6 BC5-1B-7 (4 SC's) BC5-1B-8 BC5-1B-9 BC5-2A-1 BC5-2A-2 BC5-2A-3 BC5-2A-4 (4 SC's) BC5-2A-5 BC5-2A-6 BC5-2A-7 BC5-2A-8 BC5-2A-9 BC5-2B-1 (4 SC's) BC5-2B-2 BC5-2B-3 BC5-2B-4 BC5-2B-5 BC5-2B-6 BC5-2B-7 (4 SC's) BC5-2B-8 BC5-2B-9 BC5-2B-10 BC5-2B-11 BC5-2B-12 BC5-2B-13 BC5-3A-1 (4 SC's) BC5-3A-2 BC5-3A-3 BC5-3A-4 BC5-3A-5 BC5-3A-6 (4 SC's) BC5-3A-7 BC5-3A-8 BC5-3A-9 BC5-3A-10 BC5-3A-11 BC5-3B-1 (4 SC's) BC5-3B-2 BC5-3B-3 BC5-3B-4 BC5-3B-5 BC5-3B-6 BC5-3B-7 (4 SC's) BC5-3B-8 BC5-3B-9 BC5-3B-10 BC5-3B-11 BC5-4A-1 BC5-4A-7 BC5-4A-2 (4 SC's) BC5-4A-3 BC5-4A-4 BC5-4A-5 BC5-4A-6 BC5-4A-8 (4 SC's) BC5-4A-9 BC5-4A-10 BC5-4A-12 BC5-4A-11 BC5-4A-13 BC5-4B-1 (4 SC's) BC5-4B-2 BC5-4B-3 BC5-4B-4 BC5-4B-5 BC5-4B-6 BC5-4B-7 (4 SC's) BC5-4B-8 BC5-4B-9 BC5-5A-1 BC5-5A-2 BC5-5A-3 BC5-2A-4 (4 SC's) BC5-2A-5 BC5-2A-6 BC5-5A-7 BC5-5A-8 BC5-5A-9 BC5-5B-1 (4 SC's) BC5-5B-2 BC5-5B-3 BC5-5B-4 BC5-5B-5 BC5-5B-6 BC5-5B-7 (4 SC's) BC5-5B-8 BC5-5B-9 BC5-5B-10 BC5-5B-11 BC5-5B-12 BC5-6A-1 (4 SC's) BC5-6A-2 BC5-6A-3 BC5-6A-4 BC5-6A-5 BC5-6A-6 BC5-6A-7 (4 SC's) BC5-6A-8 BC5-6A-9 BC5-6A-10 BC5-6A-11 BC5-6A-12 BC5-6B-1 (4 SC's) BC5-6B-2 BC5-6B-3 BC5-6B-4 BC5-6B-5 BC5-6B-6 BC5-6B-7 (4 SC's) BC5-5B-8 BC5-6B-9 TO CB5-7A BC5-7A-1 BC5-7A-2 BC5-7A-3 BC5-7A-4 (4 SC's) BC5-7A-5 BC5-7A-6 BC5-7A-7 BC5-7A-8 BC5-7A-9 BC5-7B-1 (4 SC's) BC5-7B-2 BC5-7B-3 BC5-7B-4 BC5-7B-5 BC5-7B-6 BC5-7B-7 (4 SC's) BC5-7B-8 (4 SC's) BC5-7B-9 BC5-7B-10 BC5-7B-11 BC5-7B-12 BC5-8A-1 (4 SC's) BC5-8A-2 BC5-8A-3 BC5-8A-4 BC5-8A-5 BC5-8A-6 (4 SC's) BC5-8A-7 (4 SC's) BC5-5A-8 (4 SC's) BC5-8A-9 (4 SC's) BC5-8A-10 BC5-8B-1 BC5-8B-2 BC5-8B-3 (4 SC's) BC5-8B-4 (4 SC's) BC5-8B-5 BC5-8B-6 BC5-8B-7 BC5-8B-8 (4 SC's) BC5-8B-9 (4 SC's) BC5-8B-10 (3 SC's) BC5-8B-11 (4 SC's) BC5-8B-12 (4 SC's) BC5-8B-13 BC5-8B-14 (2 SC's) TO CB5-2A CB5-8B N a a: 15.00° CCW 1 ZONE 4: BRANCH CIRCUIT LAYOUT, CB4-1A THRU 4-8B 0 30' 60' 2 ZONE 5: BRANCH CIRCUIT LAYOUT, CB5-1A THRU 5-8B 0 30' 60' DETAIL 1 DETAIL 2 CONT'D IN DETAIL 1 CONT'D IN DETAIL 2 "BC" = SOURCE CIRCUIT CORRESPONDING PV TRANSFORMER ID # COMBINER ID # FROM 1A THRU UP TO 8B RESET TO 1A AT NEXT XFMR WHERE APPLICABLE, LETTER ALTERNATES BETWEEN A & B BRANCH CIRCUIT ID #, STARTING AT 1. RESET TO 1, AT NEXT COMBINER BC1-2A-5 BRANCH CIRCUIT ID KEY EXCEPT WHERE OTHERWISE NOTED, EACH BRANCH CIRCUIT HAS 5 QTY SOURCE CIRCUITS OF 6 MODULES. DUE TO SOURCE CIRCUITS IN PARALLEL WITHIN EACH BRANCH CIRCUIT, DISSIMILAR SIZED BRANCH CIRCUITS MAY BE PARALLELED IN THE SAME COMBINER, AS LONG AS THEY ALL HAVE 6 QTY MODULES IN SERIES. EXAMPLE EXPLAINED: BRANCH CIRCUIT SC1-2A-5 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 5TH SOURCE CIRCUIT CONNECTED TO COMBINER CB1-2A, WHICH IS CONNECTED TO INVERTER 1-2. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BRANCH CIRCUIT LAYOUT: ZONES 6 & 7 PV207 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 14 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CB6-2A CB6-4B CB6-5A CB6-5B CB6-6A CB6-6B CB6-2B CB6-8A CB6-8B CB6-7A CB6-7B CB6-3A CB6-3B CB6-4A TO CB6-1A TO CB6-1B TO CB6-1B TO CB6-2A TO CB6-2A TO CB6-2B TO CB6-2B TO CB6-3A TO CB6-3A TO CB6-3B TO CB6-4A TO CB6-4A TO CB6-4B TO CB6-5B TO CB6-6A TO CB6-5A TO CB6-5B TO CB6-6B TO CB6-7A TO CB6-7A TO CB6-7B TO CB6-7B TO CB6-8A TO CB6-8B TO CB6-6B TO CB6-5A TO CB6-4B TO CB6-8B TO CB6-1A TO CB6-1B TO CB6-1B TO CB6-2A TO CB6-2A TO CB6-2B TO CB6-3A TO CB6-3A TO CB6-3B TO CB6-3B TO CB6-4A TO CB6-4B TO CB6-6A TO CB6-5A TO CB6-5B TO CB6-6B TO CB6-7A TO CB6-7A TO CB6-7B TO CB6-7B TO CB6-8A TO CB6-8B TO CB6-6B TO CB6-5A TO CB6-4B TO CB6-8B TO CB6-6A BC6-8B-1 BC6-8B-2 BC6-8B-3 BC6-8B-4 BC6-8B-5 BC6-8B-6 BC6-8B-7 BC6-8B-8 BC6-8B-9 BC6-8B-10 BC6-8B-11 BC6-8B-12 BC6-8A-1 BC6-8A-2 BC6-8A-3 BC6-8A-4 BC6-8A-5 BC6-8A-6 BC6-8A-7 BC6-8A-8 BC6-7B-1 BC6-7B-2 BC6-7B-3 BC6-7B-4 BC6-7B-5 BC6-7B-6 BC6-7B-7 BC6-7B-8 BC6-7B-9 BC6-7B-10 BC6-7A-1 BC6-7A-2 BC6-7A-3 BC6-7A-4 BC6-7A-5 BC6-7A-6 BC6-7A-7 BC6-7A-8 BC6-7A-9 BC6-7A-10 BC6-7A-11 BC6-7A-12 BC6-6B-1 BC6-6B-2 BC6-6B-3 BC6-6B-4 BC6-6B-5 BC6-6B-6 BC6-6B-7 BC6-6B-8 BC6-6B-9 BC6-6B-10 BC6-6B-11 BC6-6B-12 BC6-6A-1 BC6-6A-2 BC6-6A-3 BC6-6A-4 BC6-6A-5 BC6-6A-6 BC6-6A-7 BC6-6A-8 BC6-5B-1 BC6-5B-2 BC6-5B-3 BC6-5B-4 BC6-5B-5 BC6-5B-6 BC6-5B-7 BC6-5B-8 BC6-5B-9 BC6-5B-10 BC6-5A-1 BC6-5A-2 BC6-5A-3 BC6-5A-4 BC6-5A-5 BC6-5A-6 BC6-5A-7 BC6-5A-8 BC6-5A-9 BC6-5A-10 BC6-5A-11 BC6-5A-12 BC6-4B-1 BC6-4B-2 BC6-4B-3 BC6-4B-4 BC6-4B-5 BC6-4B-6 BC6-4B-7 BC6-4B-8 BC6-4B-9 BC6-4B-10 BC6-4B-11 BC6-4B-12 BC6-3B-1 BC6-3B-2 BC6-3B-3 BC6-3B-4 BC6-3B-5 BC6-3B-6 BC6-3B-7 BC6-3B-8 BC6-4A-1 BC6-4A-2 BC6-4A-3 BC6-4A-4 BC6-4A-7 BC6-4A-8 BC6-4A-9 BC6-4A-10 BC6-4A-5 BC6-4A-6 BC6-3A-1 BC6-3A-2 BC6-3A-3 BC6-3A-4 BC6-3A-5 BC6-3A-6 BC6-3A-7 BC6-3A-8 BC6-3A-9 BC6-3A-10 BC6-3A-11 BC6-3A-12 BC6-2B-1 BC6-2B-2 BC6-2B-3 BC6-2B-4 BC6-2B-5 BC6-2B-6 BC6-2B-7 BC6-2B-8 BC6-2B-9 BC6-2B-10 BC6-2A-1 (2 SC's) BC6-2A-2 (4 SC's) BC6-2A-3 (4 SC's) BC6-2A-4 (4 SC's) BC6-2A-5 (4 SC's) BC6-2A-6 (4 SC's) BC6-2A-7 BC6-2A-8 BC6-2A-9 BC6-2A-10 BC6-2A-11 BC6-2A-12 BC6-2A-13 BC6-1B-1 (4 SC's) BC6-1B-2 BC6-1B-3 BC6-1B-5 BC6-1B-6 BC6-1B-4 BC6-1B-7 (4 SC's) BC6-1B-8 (4 SC's) BC6-1B-9 BC6-1B-10 BC6-1A-1 (3 SC's) BC6-1A-2 (4 SC's) BC6-1A-3 BC6-1A-4 BC6-1A-5 BC6-1A-6 (3 SC's) BC6-1A-7 (4 SC's) BC6-1A-8 (4 SC's) BC6-1A-9 (4 SC's) BC6-1A-10 (4 SC's) BC6-1A-11 (4 SC's) BC6-1A-12 (4 SC's) BC6-1A-13 (4 SC's) BC6-1A-14 (4 SC's) BC6-3B-9 BC6-3B-10 CB6-1B CB6-1A CB7-7B CB7-1B CB7-2A CB7-3A CB7-3B CB7-6A CB7-7A CB7-2B CB7-6B CB7-1A CB7-4A CB7-4B CB7-5B CB7-5A TO CB7-5B TO CB7-6A TO CB7-5A TO CB7-5B TO CB7-6B TO CB7-7A TO CB7-7B TO CB7-7B TO CB7-8A TO CB7-8A TO CB7-8B TO CB7-6A TO CB7-6B TO CB7-4B TO CB7-1A TO CB7-1A TO CB7-1B TO CB7-1B TO CB7-2A TO CB7-2A TO CB7-2B TO CB7-3A TO CB7-3A TO CB7-3B TO CB7-3B TO CB7-4A TO CB7-4A TO CB7-4B TO CB7-5B TO CB7-6A TO CB7-5A TO CB7-5B TO CB7-7A TO CB7-7B TO CB7-7B TO CB7-8A TO CB7-8A TO CB7-8B TO CB7-6A TO CB7-6B TO CB7-1A TO CB7-1A TO CB7-1B TO CB7-2A TO CB7-2A TO CB7-2B TO CB7-3A TO CB7-3B TO CB7-3B TO CB7-4A TO CB7-4A TO CB7-4B TO CB7-2B TO CB7-5A BC7-1A-1 BC7-1A-2 BC7-1A-3 BC7-1A-4 BC7-1A-5 BC7-1A-6 BC7-1A-7 BC7-1A-8 BC7-1A-9 BC7-1A-10 BC7-1A-11 BC7-1A-12 BC7-3B-1 BC7-3B-2 BC7-3B-3 BC7-3B-4 BC7-3B-5 BC7-3B-6 BC7-3B-7 BC7-3B-8 BC7-3B-9 BC7-3B-10 BC7-3B-11 BC7-3B-12 BC7-4B-1 BC7-4B-2 BC7-4B-3 BC7-4B-4 BC7-4B-5 BC7-4B-6 BC7-4B-7 BC7-4B-8 BC7-4B-9 BC7-4B-10 BC7-5B-1 BC7-5B-2 BC7-5B-3 BC7-5B-4 BC7-5B-5 BC7-5B-6 BC7-5B-7 BC7-5B-8 BC7-5B-9 BC7-5B-10 BC7-5B-11 BC7-5B-12 BC7-6A-1 BC7-6A-2 BC7-6A-3 BC7-6A-4 BC7-6A-5 BC7-6A-6 BC7-6A-7 BC7-6A-8 BC7-6A-9 BC7-6A-10 BC7-6A-11 BC7-6A-12 BC7-6B-1 BC7-6B-2 BC7-6B-3 BC7-6B-4 BC7-6B-5 BC7-6B-6 BC7-6B-7 BC7-6B-8 BC7-7B-1 BC7-7B-2 BC7-7B-3 BC7-7B-4 BC7-7B-5 BC7-7B-6 BC7-7B-7 BC7-7B-8 BC7-7B-9 BC7-7B-10 BC7-7B-11 BC7-7B-12 BC7-5A-1 BC7-5A-2 BC7-5A-3 BC7-5A-4 BC7-5A-5 BC7-5A-6 BC7-5A-7 BC7-5A-8 BC7-4A-1 BC7-4A-2 BC7-4A-3 BC7-4A-4 BC7-4A-5 BC7-4A-6 BC7-4A-7 BC7-4A-8 BC7-4A-9 BC7-4A-10 BC7-4A-11 BC7-4A-12 BC7-1B-1 BC7-1B-2 BC7-1B-3 BC7-1B-4 BC7-1B-5 BC7-1B-6 BC7-1B-7 BC7-1B-8 BC7-1B-9 BC7-1B-10 BC7-2A-1 BC7-2A-2 BC7-2A-3 BC7-2A-4 BC7-2A-5 BC7-2A-6 BC7-2A-7 BC7-2A-8 BC7-2A-9 BC7-2A-10 BC7-2A-11 BC7-2A-12 BC7-2B-1 BC7-2B-2 BC7-2B-3 BC7-2B-4 BC7-2B-5 BC7-2B-6 BC7-2B-7 BC7-2B-8 BC7-3A-1 BC7-3A-2 BC7-3A-3 BC7-3A-4 BC7-3A-7 BC7-3A-8 BC7-3A-9 BC7-3A-10 BC7-3A-5 BC7-3A-6 BC7-7A-2 BC7-7A-1 BC7-7A-8 BC7-7A-7 BC7-7A-6 BC7-7A-5 BC7-7A-4 BC7-8A-1 BC7-8A-2 BC7-8A-3 BC7-8A-4 BC7-8A-5 (4 SC's) BC7-8A-1 (4 SC's) BC7-8A-2 (4 SC's) BC7-8A-8 (4 SC's) BC7-8A-9 (4 SC's) BC7-8A-10 BC7-8B-1 BC7-8B-2 BC7-8B-3 (4 SC's) BC7-8B-4 (4 SC's) BC7-8B-5 BC7-8B-6 BC7-8B-7 (4 SC's) BC7-8B-8 (4 SC's) BC7-8B-9 (4 SC's) BC7-8B-10 (3 SC's) BC7-8B-11 (4 SC's) BC7-8B-12 (4 SC's) BC7-8B-13 BC7-7A-3 BC7-7A-10 BC7-7A-9 TO CB7-6B BC7-2B-9 BC7-2B-10 CB5-8A CB5-8B N a a: 15.00° CCW 1 ZONE 6: BRANCH CIRCUIT LAYOUT, CB6-1A THRU 6-8B 0 30' 60' 2 ZONE 7: BRANCH CIRCUIT LAYOUT, CB7-1A THRU 7-8B 0 30' 60' CONT'D IN DETAIL 1 DETAIL 1 DETAIL 2 CONT'D IN DETAIL 2 "BC" = SOURCE CIRCUIT CORRESPONDING PV TRANSFORMER ID # COMBINER ID # FROM 1A THRU UP TO 8B RESET TO 1A AT NEXT XFMR WHERE APPLICABLE, LETTER ALTERNATES BETWEEN A & B BRANCH CIRCUIT ID #, STARTING AT 1. RESET TO 1, AT NEXT COMBINER BC1-2A-5 BRANCH CIRCUIT ID KEY EXCEPT WHERE OTHERWISE NOTED, EACH BRANCH CIRCUIT HAS 5 QTY SOURCE CIRCUITS OF 6 MODULES. DUE TO SOURCE CIRCUITS IN PARALLEL WITHIN EACH BRANCH CIRCUIT, DISSIMILAR SIZED BRANCH CIRCUITS MAY BE PARALLELED IN THE SAME COMBINER, AS LONG AS THEY ALL HAVE 6 QTY MODULES IN SERIES. EXAMPLE EXPLAINED: BRANCH CIRCUIT SC1-2A-5 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 5TH SOURCE CIRCUIT CONNECTED TO COMBINER CB1-2A, WHICH IS CONNECTED TO INVERTER 1-2. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BRANCH CIRCUIT LAYOUT: ZONES 8 & 9 PV208 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 15 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N "BC" = SOURCE CIRCUIT CORRESPONDING PV TRANSFORMER ID # COMBINER ID # FROM 1A THRU UP TO 8B RESET TO 1A AT NEXT XFMR WHERE APPLICABLE, LETTER ALTERNATES BETWEEN A & B BRANCH CIRCUIT ID #, STARTING AT 1. RESET TO 1, AT NEXT COMBINER BC1-2A-5 BRANCH CIRCUIT ID KEY EXCEPT WHERE OTHERWISE NOTED, EACH BRANCH CIRCUIT HAS 5 QTY SOURCE CIRCUITS OF 6 MODULES. DUE TO SOURCE CIRCUITS IN PARALLEL WITHIN EACH BRANCH CIRCUIT, DISSIMILAR SIZED BRANCH CIRCUITS MAY BE PARALLELED IN THE SAME COMBINER, AS LONG AS THEY ALL HAVE 6 QTY MODULES IN SERIES. EXAMPLE EXPLAINED: BRANCH CIRCUIT SC1-2A-5 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 5TH SOURCE CIRCUIT CONNECTED TO COMBINER CB1-2A, WHICH IS CONNECTED TO INVERTER 1-2. CB8-1B CB8-2A CB8-2B CB8-3A CB8-3B CB8-4A CB8-4B CB8-5A CB8-5B CB8-6 CB8-7 CB8-8 TO CB8-1A TO CB8-1B TO CB8-1B TO CB8-2A TO CB8-2B TO CB8-3A TO CB8-3B TO CB8-4A TO CB8-4B TO CB8-5B TO CB8-5A TO CB8-7 TO CB8-8 TO CB8-6 TO CB8-6 TO CB8-7 TO CB8-8 BC8-1A-2 BC8-1A-3 BC8-1A-4 BC8-1A-6 BC8-1A-8 (4 SC's) BC8-1A-9 (4 SC's) BC8-1A-10 (4 SC's) BC8-1B-1 BC8-1B-2 BC8-1B-3 BC8-1B-4 BC8-1B-5 BC8-1B-6 BC8-1B-7 BC8-2A-1 BC8-2A-2 BC8-2A-3 BC8-2A-4 BC8-2A-5 BC8-2A-6 BC8-2A-9 (4 SC's) BC8-2A-7 (4 SC's) BC8-2A-8 (4 SC's) BC8-2B-1 BC8-2B-2 BC8-2B-3 BC8-2B-4 BC8-2B-5 BC8-2B-6 BC8-2B-9 (4 SC's) BC8-2B-7 (4 SC's) BC8-2B-8 (4 SC's) BC8-3A-1 BC8-3A-2 BC8-3A-3 BC8-3A-4 BC8-3A-5 BC8-3A-6 BC8-3A-9 (4 SC's) BC8-3A-7 (4 SC's) BC8-3A-8 (4 SC's) BC8-3B-1 BC8-3B-2 BC8-3B-3 BC8-3B-4 BC8-3B-5 BC8-3B-6 BC8-2A-9 (4 SC's) BC8-3B-7 BC8-3B-8 BC8-4A-1 BC8-4A-2 BC8-4A-3 BC8-4A-4 BC8-4A-5 BC8-4A-6 BC8-4A-9 (4 SC's) BC8-4A-7 BC8-4A-8 (4 SC's) BC8-4B-1 BC8-4B-2 BC8-4B-3 BC8-4B-4 BC8-4B-5 BC8-4B-6 BC8-4B-9 (4 SC's) BC8-4B-7 (4 SC's) BC8-4B-8 (4 SC's) BC8-5A-1 BC8-5A-2 BC8-5A-3 BC8-5A-4 BC8-5A-5 BC8-5A-6 (4 SC's) BC8-5A-9 (4 SC's) BC8-5A-7 (4 SC's) BC8-5A-8 (4 SC's) BC8-5B-1 BC8-5B-2 BC8-5B-3 BC8-5B-4 BC8-5B-5 BC8-5B-6 BC8-5B-7 BC8-5B-8 BC8-6-1 BC8-6-2 BC8-6-3 BC8-6-4 BC8-6-5 BC8-6-6 BC8-6-7 BC8-6-8 (4 SC's) BC8-6-9 BC8-6-10 BC8-6-11 BC8-6-12 BC8-6-13 BC8-6-14 BC8-6-15 (4 SC's) BC8-6-16 (4 SC's) BC8-7-1 BC8-7-2 BC8-7-3 BC8-7-4 BC8-7-5 BC8-7-6 (4 SC's) BC8-7-7 (4 SC's) BC8-7-8 (4 SC's) BC8-7-9 BC8-7-10 BC8-7-11 BC8-7-12 BC8-7-13 BC8-7-14 (4 SC's) BC8-7-15 (4 SC's) BC8-7-16 (4 SC's) BC8-8-1 BC8-8-2 BC8-8-3 BC8-8-4 BC8-8-5 (4 SC's) BC8-8-6 (4 SC's) BC8-8-9 BC8-8-10 BC8-8-11 BC8-8-12 BC8-6-13 BC8-6-14 BC8-8-7 (4 SC's) BC8-8-8 (4 SC's) BC8-6-15 CB8-1A BC8-1A-5 BC8-1A-7 (4 SC's) BC8-1A-1 (2 SC's) CB9-1A CB9-1B CB9-2A CB9-2B CB9-3A CB9-3B CB9-4 CB9-5 TO CB9-1A TO CB9-1B TO CB9-1B TO CB9-2A TO CB9-2B TO CB9-3A TO CB9-3B TO CB9-3B TO CB9-4 TO CB9-4 TO CB9-5 TO CB9-5 TO CB9-2B BC9-1A-1 BC9-1A-2 BC9-1A-3 BC9-1A-4 BC9-1A-5 BC9-1A-6 BC9-1A-7 (4 SC's) BC9-1B-1 BC9-1B-2 BC9-1B-3 BC9-1B-4 BC9-1B-5 BC9-1B-6 (4 SC's) BC9-1B-7 (4 SC's) BC9-1B-8 BC9-1B-9 BC9-1B-10 BC9-1B-11 BC9-1B-12 (4 SC's) BC9-1B-13 (4 SC's) BC9-1B-14 (4 SC's) BC9-2A-1 BC9-2A-2 BC9-2A-3 BC9-2A-4 (4 SC's) BC9-2A-5 (4 SC's) BC9-2A-6 (4 SC's) BC9-2A-7 (4 SC's) BC9-2B-1 BC9-2B-2 BC9-2B-3 BC9-2B-4 BC9-2B-5 BC9-2B-6 BC9-2B-7 BC9-2B-8 BC9-2B-9 BC9-2B-10 BC9-2B-11 BC9-2B-12 (4 SC's) BC9-3A-1 BC9-3A-2 BC9-3A-3 BC9-3A-4 BC9-3A-5 (4 SC's) BC9-3A-6 (4 SC's) BC9-3B-1 BC9-3B-2 BC9-3B-3 BC9-3B-4 BC9-3B-5 (4 SC's) BC9-3B-6 (4 SC's) BC9-3B-7 BC9-3B-8 BC9-3B-9 BC9-3B-10 (4 SC's) BC9-3B-11 (4 SC's) BC9-3B-12 (4 SC's) BC9-4-1 BC9-4-2 BC9-4-3 (4 SC's) BC9-4-4 (4 SC's) BC9-4-5 (4 SC's) BC9-4-6 (4 SC's) BC9-4-7 BC9-4-8 BC9-4-9 BC9-4-10 BC9-4-11 BC9-4-12 BC9-4-13 BC9-4-14 BC9-4-15 BC9-4-16 (4 SC's) BC9-5-1 BC9-5-2 BC9-5-3 BC9-5-4 (4 SC's) BC9-5-5 (4 SC's) BC9-5-6 BC9-5-7 BC9-5-8 (4 SC's) BC9-5-9 (4 SC's) BC9-5-10 (4 SC's) BC9-5-11 BC9-5-12 (4 SC's) BC9-5-13 (4 SC's) BC9-5-14 (4 SC's) BC9-5-15 (4 SC's) CB9-6 CB9-7A CB9-7B CB9-8A CB9-8B TO CB9-7B TO CB9-8A TO CB9-8A TO CB9-8B TO CB9-6 TO CB9-6 TO CB9-7A TO CB9-7A TO CB9-7B BC9-6-1 BC9-6-2 BC9-6-3 BC9-6-4 BC9-6-5 BC9-6-6 BC9-6-7 BC9-6-8 (4 SC's) BC9-6-9 BC9-6-10 BC9-6-11 (4 SC's) BC9-6-12 (4 SC's) BC9-6-13 BC9-6-14 BC9-6-15 (4 SC's) BC9-6-16 (4 SC's) BC9-7A-1 BC9-7A-2 (4 SC's) BC9-7A-3 (4 SC's) BC9-7A-4 (4 SC's) BC9-7A-5 (4 SC's) BC9-7A-6 (4 SC's) BC9-7A-7 (4 SC's) BC9-7A-8 (4 SC's) BC9-7A-9 BC9-7A-10 BC9-7A-11 BC9-7B-1 BC9-7B-2 BC9-7B-3 (4 SC's) BC9-7B-4 BC9-7B-5 (4 SC's) BC9-7B-6 (4 SC's) BC9-7B-8 (4 SC's) BC9-7B-9 (4 SC's) BC9-7B-7 (4 SC's) BC9-8A-1 (4 SC's) BC9-8A-2 (4 SC's) BC9-8A-3 BC9-8A-4 BC9-8A-5 BC9-8A-6 BC9-8A-7 (4 SC's) BC9-8A-8 BC9-8A-9 (4 SC's) BC9-8B-1 (4 SC's) BC9-8B-2 (4 SC's) BC9-8B-3 (4 SC's) BC9-8B-4 BC9-8B-5 (4 SC's) BC9-8B-6 BC9-8B-7 BC9-8B-8 (4 SC's) BC9-8B-9 (3 SC's) BC9-8B-10 (2 SC's) BC9-8B-11 (2 SC's) N a a: 15.00° CCW 1 ZONE 8: BRANCH CIRCUIT LAYOUT, CB8-1A THRU 8-8 0 30' 60' 2 ZONE 9: BRANCH CIRCUIT LAYOUT, CB9-1A THRU 9-5 0 30' 60' 3 ZONE 9: BRANCH CIRCUIT LAYOUT, CB9-6 THRU 9-8B 0 30' 60' CONT'D TO DETAIL 2 DETAIL 1 DETAIL 2 DETAIL 3 CONT'D TO DETAIL 3 CONT'D TO DETAIL 2 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION WIRING DETAILS PV209 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 16 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 5A FUSES ON POSITIVE POLARITY TO COMBINER BRANCH CIRCUIT BCXX-X BRANCH CIRCUIT BCXX-Y NOTE: POLARITIES SHOWN ARE ARBITRARY. DETERMINE WHICH POLARITY IS WHICH, IN THE FIELD BASED ON THE ACTUAL LAYOUT OF THE MODULES TO COMBINER BRANCH CIRCUIT BCXX-X BRANCH CIRCUIT BCXX-Y SCX-XX-X-2 SCX-XX-X-1 SCX-XX-X-4 SCX-XX-X-3 SCX-XX-X-5 SCX-XX-Y-2 SCX-XX-Y-1 SCX-XX-Y-4 SCX-XX-Y-3 SCX-XX-Y-5 #10 CU PV WIRE 2KV FOR BRANCH CIRCUIT HOME RUN WIRING TO COMBINERS. BUILT-IN WIRE IN WIRE HARNESSES #12 OR #10 CU PV WIRE 2KV REPLACE THESE PLACEHOLDERS W/ CORRESPONDING BRANCH CIRCUIT ID, WHILE LABELING WIRES IN FIELD #12 OR #10 CU JUMPER TO CONNECT BETWEEN ROWS SEQUENTIAL PATH OF MODULE SERIES CONNECTIONS BOTTOM ROW OF MODULES FOR 2-ROW STRING TO BE ROTATED 180° FROM TOP MODULES 5A FUSES ON POSITIVE POLARITY TO COMBINER SCX-XX-X-2 SCX-XX-X-1 SCX-XX-X-4 SCX-XX-X-3 SCX-XX-X-5 #10 CU PV WIRE FOR BRANCH CIRCUIT HOME RUN WIRING TO COMBINERS BUILT-IN WIRE IN WIRE HARNESSES #12 OR #10 CU PV WIRE 2KV "SC" = SOURCE CIRCUIT COMPOSITE ID OF CORRESPONDING BRANCH CIRCUIT LETTER FROM 1 THRU 5, TO IDENTIFY SOURCE CIRCUIT WITHIN BRANCH CIRCUIT SC1-2A-5-1 SOURCE CIRCUIT ID KEY EXAMPLE EXPLAINED: SOURCE CIRCUIT SC1-2A-5-1 IS CONNECTED TO COMBINER 1-2A, WHICH ITSELF CONNECTS TO INVERTER 1-2. INVERTER 1-2 IS ULTIMATELY CONNECTED TO TRANSFORMER PV1. IT IS THE 1ST SOURCE CIRCUIT IN THE 5TH BRANCH CIRCUIT CONNECTED TO COMBINER CB1-2, WHICH IS CONNECTED TO INVERTER 1-2. IT HAS 6 MODULES WIRED IN SERIES SCX-XX-X-2 5A FUSES ON POSITIVE POLARITY SCX-XX-X-1 SCX-XX-X-4 SCX-XX-X-3 #10 CU PV WIRE 2KV FOR BRANCH CIRCUIT HOME RUN WIRING TO COMBINERS SEE SOURCE CIRCUIT LAYOUT & DC WIRE SCHEDULE FOR DETAILS BUILT-IN WIRE IN WIRE HARNESSES #12 OR #10 CU PV WIRE 2KV #12 CU JUMPER TO CONNECT BETWEEN ROWS SEQUENTIAL PATH OF MODULE SERIES CONNECTIONS BOTTOM ROW OF MODULES FOR 2-ROW STRING TO BE ROTATED 180° FROM TOP MODULES SCX-XX-X-1 5A FUSES ON POSITIVE POLARITY TO COMBINER SCX-XX-X-2 SCX-XX-X-3 #10 CU FOR BRANCH CIRCUIT HOME RUN WIRING TO COMBINERS. LABEL BULKHEAD NEGATIVE BLOCK POSITIVE CONNECTOR POSITIVE 733 MM [28"] LEAD 2 QTY HEYCO SUNBUNDLERS, TO BE HUNG FROM WIRING HOLE ON MODULE FRAME WILEY ACC-F1-270 (90 DEG ) WIRE CLIP FOR POSITIVE END OF SOURCE CIRCUIT NEGATIVE WIRE TO BRANCH CONNECTOR POSITIVE WIRE TO BRANCH CONNECTOR, ROUTE THRU Z-PURLIN HEYCO SUNBUNDLER, TO BE HUNG FROM WIRING HOLE ON MODULE FRAME HEYCO SUNBUNDLER, TO BE HUNG FROM WIRING HOLE ON MODULE FRAME + - - + POSITIVE-MOST MODULE NEGATIVE-MOST MODULE AS-INSTALLED W E DO NOT USE PLASTIC ZIP TIES AS THE SOLE MEANS OF WIRE MANAGEMENT. HEYCO SUNBUNDLERS ARE SPECIFIED FOR A MORE ROBUST SOLUTION. EQUIVALENT PRODUCTS TO SUNBUNDLERS MAY ALSO BE USED. SCX-XX-X-1 SCX-XX-X-2 TO COMBINER 5A FUSES ON POSITIVE POLARITY #10 CU FOR BRANCH CIRCUIT HOME RUN WIRING TO COMBINERS. 1 MOST COMMON CASE OF 5-STRING BRANCH CIRCUITS (2 SHOWN) 0 4' 8' 16' 2 5-STRING BRANCH CIRCUITS - W/ 1 JUMPER CIRCUIT 0 4' 8' 16' 4 4-STRING BRANCH CIRCUITS 0 4' 8' 16' 5 3-STRING BRANCH CIRCUIT - SPECIAL CASE 0 4' 8' 16' 7 MODULE WIRING DETAILS - MOST COMMON SETUP 0 6'' 12'' 18'' 6 2-STRING BC - SPECIAL CASE 0 4' 8' 16' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION WIRE HARNESS DETAILS PV210 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 17 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 25' 25' 25' 25' 25' 25' 2'-0" 2'-0" 2'-0" 2'-0" 1'-4" 1'-4" 1'-4" 1'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 27' 27' POSITIVE NEGATIVE 25' 6" 25' 25' 6" 6" 2'-0" 8'-0" 2'-0" 8'-0" 1'-4" 1'-4" 7'-4" 7'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 8'-0" 7'-4" POSITIVE NEGATIVE 25' 6" 25' 6" 2'-0" 2'-0" 2'-0" 1'-4" 7'-4" 1'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 7'-4" 8'-0" POSITIVE NEGATIVE 25' 25' 25' 25' 2'-0" 2'-0" 2'-0" 1'-4" 1'-4" 1'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 27' 27' POSITIVE NEGATIVE 25' 2'-0" 8' 2'-0" 2'-0" 1'-4" 1'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 7'-4" POSITIVE NEGATIVE 2'-0" 1'-4" OVERMOLD T-JUNCTION 5A IN-LINE FUSES, TYP OF ALL POSITIVE CIRCUITS METAL MALE / PLASTIC FEMALE CONNECTOR METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL FEMALE / PLASTIC MALE CONNECTOR MC4 METAL MALE / PLASTIC FEMALE CONNECTOR OVERMOLD T-JUNCTION 8'-0" 7'-4" POSITIVE NEGATIVE 1 WIRE HARNESS DETAIL - 5-STRING LINEAR BRANCH CIRCUITS (MOST COMMON) 2 WIRE HARNESS DETAIL - 5-STRING/2-ROW BRANCH CIRCUITS 4 WIRE HARNESS DETAILS - 4-STRING/2-ROW BRANCH CIRCUITS 3 WIRE HARNESS DETAIL - 4-STRING LINEAR BRANCH CIRCUITS 5 WIRE HARNESS DETAIL - 3-STRING BRANCH CIRCUITS 6 WIRE HARNESS DETAIL - 2-STRING BRANCH CIRCUITS QTY: 1016 QTY: 236 QTY: 11 QTY: 12 QTY: 115 QTY: 114 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MODULE DETAILS PV211 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 18 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-4 1/4" 3'-11 1/4" 1'-4 1/8" 4'-1" LABEL POSITIVE 733 MM [28"] LEAD BULKHEAD NEGATIVE BLOCK CENTER CROSS BRACE MOUNTING SLOTS TO BE SECURED TO PURLINS (BRACKETS BY APA SOLAR) END CROSS BRACE END CROSS BRACE MOUNTING SLOTS WIRE MANAGEMENT SLOTS + - LABEL LABEL LABEL NEGATIVE-MOST MODULE ON TOP ROW NEGATIVE-MOST MODULE ON TOP ROW LABEL LABEL LABEL JUMPER BETWEEN ROWS, ESTIMATED LENGTH: 6'-7" (CONFIRM IN FIELD) MIN SIZE #12 CU PV WIRE POSITIVE-MOST MODULE OF STRING NEGATIVE-MOST MODULE OF STRING 2 QTY WILEY ACC-F1-270 (90 DEG) WIRE CLIP FOR JUMPER ROUTED ACROSS END FRAMES CONNECTION TO STRING'S POSITIVE HOME RUN CONNECTION TO STRING'S POSITIVE HOME RUN + - + - + - + - + - + - BOTTOM ROW OF MODULES ROTATED 180 DEGREES FROM TOP ROW, FOR SPECIAL CASES OF 2-ROW STRINGS W E TO PARALLELING BRANCH CONNECTOR 1 MODULE DETAILS - FIRST SOLAR SERIES 6 0 6'' 12'' 18'' 2 MODULE DETAILS - FIRST SOLAR SERIES 6 0 6'' 12'' 18'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION E-W WIRING & GAP DETAILS PV212 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 19 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 2' FINISHED GRADE W E EAST-WEST GAP IN ARRAY DIRECT-BURIAL LAY-IN-LUG, TO CONNECT EQPT GROUNDING CONDUCTOR TO RACKING SYSTEM ON BOTH SIDES ARRAY GAP. ATTACH VIA STAINLESS PAN- HEAD SCREW, STAR WASHER, & KEPS NUT SOURCE CIRCUIT WIRING ROUTED ACROSS ARRAY GAP E-W SOURCE CIRCUIT WIRE TYPICALLY ROUTED ALONG PURLINS & SECURED TO PURLINS VIA HEYCO SUNBUNDLERS, TWICE PER MODULE RESUME ROUTING ALONG PURLIN PVC END BELL SCH 80 PVC CONDUIT TO SPAN ACROSS GAP. SEE MESSENGER CABLE LAYOUTS FOR SPECIFIC SIZES STAINLESS CONDUIT HANGER CLAMP, FASTENED TO PURLIN ON BOTH ENDS W/ 1/4"-20 STAINLESS FASTENERS #6 CU BARE CONDUCTOR, ROUTE THRU CONDUIT SLEEVING. BOND TO PURLIN ON BOTH ENDS HEYCO SUNBUNDLER, TO SECURE WIRE TO PURLIN, TYP 2 PER MODULE LENGTH WHERE REQ'D TO ROUTE WIRE ACROSS PURLIN LIP, APPLY METAL CORE PLASTIC EDGE TRIM TO PURLIN EDGE, TO MITIGATE ABRASION HEYCO SUNBUNDLER CRIMP HOLE THRU Z-PURLIN FOR SUNBUNDLER. DRILLED & COLD-GALVANIZED 5 SAMPLE PHOTO OF EDGE TRIM SCALE: NOT TO SCALE 4 SAMPLE PHOTO OF WIRE MGMT FOR 1 OR 2 WIRES SCALE: NOT TO SCALE 1 GAP CROSSING CONDUIT DETAILS 0 6'' 1' 2' 2 E-W WIRING DETAILS 0 1/2'' 1'' 2'' METAL CORE PLASTIC EDGE TRIM ALONG SHARP EDGE OF PURLIN AT WIRE CROSSING, TO PROTECT WIRING, 6" [150 MM] MODULE WIRE CLIP ALONG PURLIN EDGE, TYP ~2 PER MODULE solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION CONDUIT LAYOUT (OVERVIEW) PV301 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 20 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MV POWER CONDUIT AMONG EACH BESS EQPT PAD. DATA CONDUIT BETW. CONTAINERS & BETW. EQPT PADS & AC POWER CONDUIT BETW. EACH PAIR OF TRANSFORMERS AS SPARE (SHOWN ON CLOSE-UP CONDUIT PLAN) HANDHOLE ADJACENT TO BESS CONTAINER #8 W/ POWER CONDUIT & DATA CONDUIT AS PROVISION FOR HONEYWELL CTRL ROOM MV HANDHOLE AS PROVISION FOR POWERING HONEYWELL CTRL ROOM, DRAWING POWER FROM END TRANSFORMER PV9 MV HANDHOLE FOR FUTURE SYSTEM EXPANSION MV CONDUITS FOR EXPANDING BESS & PV SYSTEMS IN PHASE 2 MV POWER CONDUIT, DAISY-CHAINED AMONG EACH PV TRANSFORMER, W/ DATA CONDUITS FOLLOWING ALONG SIDE, DAISY-CHAINED AMONG DAS ENCLOSURES PV EQPT PAD FOR INVERTER STATION #1 PV EQPT PAD FOR INVERTER STATIONS #2 & #3 PV EQPT PAD FOR INVERTER STATIONS #4 & #5 PV EQPT PAD FOR INVERTER STATIONS #6 & #7 PV EQPT PAD FOR INVERTER STATIONS #8 & #9 SITE'S MV SWITCHGEAR PAD UTILITY-OWNED PRIMARY METERING PAD SPACE KEPT CLEAR FOR HONEYWELL CTRL ROOM TRANSFORMER SPACE KEPT CLEAR FOR HONEYWELL CTRL ROOM TO INTERCONNECTION TYP EACH PV EQPT PAD: 2 QTY DC CONDUIT TRENCHES FROM BOTH ROWS IMMEDIATELY SOUTH OF EACH INVERTER PAD. 1 QTY 4" CONDUIT PER INVERTER, ROUTED TO CORRESPONDING INVERTER AT INVETER STATION NEW UTILITY-OWNED POLE, POINT OF INTERCONNECTION, COORDINATE EXACT LOCATION W/ WAPA UTILITY-OWNED MV & COMS HANDHOLES AS PROVISION FOR UNDERGROUND SERVICE CONDUIT ROUTING NOTES: 1. CONDUIT TO BE PVC SCHEDULE 40 UNDERGROUND, AND SCHEDULE 80 FOR THE BENDS & ALL PORTIONS ABOVE GRADE. 2. CONDUIT AT THE RISER POLE TO TRANSITION TO RMC FOR THE PORTION ABOVE GRADE. 3. CONDUIT ROUTING SHOWN IS DIAGRAMMATIC. ACTUAL ROUTING TO BE DETERMINED IN THE FIELD 4. DO NOT EXCEED THE EQUIVALENT OF 4x 90 DEGREE BENDS TOTAL, BETWEEN PULLING POINTS, AS REQ'D BY NEC352.26 OR OTHER APPLICABLE SECTION. INSTALL HANDHOLES WHERE MORE THAN THE EQUIVALENT OF 2x 90-DEGREE BENDS OCCUR BELOW GRADE IN PLAN VIEW. THIS IS DUE TO THE FACT THAT 2 MORE 90-DEGREE BENDS ARE REQ'D FOR STUB-UPS. 5. CONTRACTOR TO DETERMINE FACTORY LENGTHS OF WIRE, AND PLAN HANDHOLES WHERE NEEDED FOR SPLICING 6. ALL CONDUIT TERMINATING ON THE BOTTOM OF ENCLOSURES SHALL USE EXPANSION FITTINGS, TO ALLOW GROUND MOVEMENT PER 300.5(J). ALL CONDUIT PASSING THRU CONCRETE SLABS SHALL BE WRAPPED IN A FOAM SHEET TO ALLOW IT TO MOVE VERTICALLY. 7. ALL CONDUIT TERMINATIONS TO BE EQUIPPED WITH BUSHINGS OR END BELLS, TO MITIGATE WIRE ABRASION. 8. WHERE APPLICABLE, CONDUIT SHALL BE BONDED TO THE EQPT GROUNDING CONDUCTOR. N a a: 15.00° CCW 1 CONDUIT OVERVIEW solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION CONDUIT LAYOUT - BESS & MV EQPT PADS PV302 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 21 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3 PV304 1 PV304 3 PV304 4 PV304 HANDHOLE AS PROVISION FOR HONEYWELL CTRL ROOM & TENSION RELIEF FOR DATA CONDUIT, 3'x3' INSIDE WIDTH 8 PV304 3 QTY 6" MV CONDUITS (2 ACTIVE/1 SPARE) BETW. UTILITY-OWNED PRIMARY METER PAD & INTERCONNECTION 2" DATA CONDUIT FROM PRIMARY METERING PAD TO UTILITY 2" DATA CONDUIT FROM PRI. METER PAD TO BESS#8 3 QTY 6" MV CONDUIT BETW. UTILITY-OWNED PRIMARY METER PAD & SWITCHGEAR, THEN TO INTERCONNECTION, 2 ACTIVE/1 SPARE 6" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. BESS TRANSFORMERS, TYP OF ALL BESS TRANSFORMERS AFTER XFMR B5 5" MV CONDUITS (CYAN, 1 ACTIVE / 1 SPARE) BETW. BESS TRANSFORMERS, SIZE 5" UP TO TRANSFORMER PV4'S OUTPUT 3" SPARE AC CONDUITS (BLUE), DAISY-CHAINED AMONG BESS TRANSFORMER SECONDARY SECTIONS, AS PROVISIONS FOR AUXILIARY LOADS IN THE EVENT AN MV XFMR IS OUT OF SERVICE 3" AC CONDUIT FROM BESS PAD#7 AS PROVISION OF 480V POWER FOR HONEYWELL CONTROL ROOM 2" DATA CONDUIT FROM BESS CONTAINER #8 CONTROLLER SECTION AS PROVISION FOR HONEYWELL CONTROL ROOM CONDUITS BETW. EACH BESS EQPT PAD & CORRESPONDING CONTAINER, SEE SHEET PV518 UTILITY-OWNED RISER POLE MV HANDHOLE, 4'x3' INSIDE WIDTH COMMUNICATIONS HANDHOLE, MIN 2'x2' INSIDE WIDTH 1" DATA CONDUIT, DAISY-CHAINED AMONG BESS DAS STATIONS 2" DATA CONDUIT FROM PRIMARY METERING PAD TO SWITCHGEAR PAD 3" & 1" DATA CONDUITS BETW. BESS #8 & SWITCHGEAR PAD CONDUITS TRANSITION TO RMC BELOW GRADE, AND RISE UP ALONG SIDE OF RISER POLE DATA CONDUIT BETW. DAS #5 & DAS#6 TO USE HANDHOLE AS WAYPOINT, TO AVOID EXCEEDING 360° OF BENDS ROUTE DATA CONDUIT FROM PV DAS #5 TO SHARED HANDHOLE, AS TENSION REILEF ACCESS POINT 1" AC POWER CONDUIT BETW. SWGR & PRI. METER PADS 1" DATA CONDUIT, DAISY-CHAINED AMONG BESS DAS STATIONS 1" DATA CONDUIT, DAISY-CHAINED AMONG BESS DAS STATIONS 2" DATA CONDUIT FROM BESS CONTAINER #8 DATA SECTION TO HANDHOLE, FOR COMS TO FUTURE BESS CONTAINERS 1 1/2" DATA CONDUIT, DAISY-CHAINED AMONG BESS CONTAINERS UTILITY-OWNED HANDHOLES AS PROVISION FOR UNDERGROUND SERVICE UPGRADE UTL PV#2 BESS PV#1 CONDUIT ROUTING NOTES: 1. CONDUIT TO BE PVC SCHEDULE 40 UNDERGROUND, AND SCHEDULE 80 FOR THE BENDS & ALL PORTIONS ABOVE GRADE. 2. CONDUIT AT THE RISER POLE TO TRANSITION TO RMC FOR THE PORTION ABOVE GRADE. 3. CONDUIT ROUTING SHOWN IS DIAGRAMMATIC. ACTUAL ROUTING TO BE DETERMINED IN THE FIELD 4. DO NOT EXCEED THE EQUIVALENT OF 4x 90 DEGREE BENDS TOTAL, BETWEEN PULLING POINTS, AS REQ'D BY NEC352.26 OR OTHER APPLICABLE SECTION. INSTALL HANDHOLES WHERE MORE THAN THE EQUIVALENT OF 2x 90-DEGREE BENDS OCCUR BELOW GRADE IN PLAN VIEW. THIS IS DUE TO THE FACT THAT 2 MORE 90-DEGREE BENDS ARE REQ'D FOR STUB-UPS. 5. CONTRACTOR TO DETERMINE FACTORY LENGTHS OF WIRE, AND PLAN HANDHOLES WHERE NEEDED FOR SPLICING 6. ALL CONDUIT TERMINATING ON THE BOTTOM OF ENCLOSURES SHALL USE EXPANSION FITTINGS, TO ALLOW GROUND MOVEMENT PER 300.5(J). ALL CONDUIT PASSING THRU CONCRETE SLABS SHALL BE WRAPPED IN A FOAM SHEET TO ALLOW IT TO MOVE VERTICALLY. 7. ALL CONDUIT TERMINATIONS TO BE EQUIPPED WITH BUSHINGS OR END BELLS, TO MITIGATE WIRE ABRASION. 8. WHERE APPLICABLE, CONDUIT SHALL BE BONDED TO THE EQPT GROUNDING CONDUCTOR. N a a: 15.00° CCW 2 CONDUIT LAYOUT - CLOSE-UP OF EQPT PADS 0 5' 10' 20' CONT'D ON SHEET PV303 CYAN: MEDIUM VOLTAGE (MV) AC CONDUIT VIOLET: DATA CONDUIT CONDUIT LAYOUT LEGEND BLUE: AC CONDUIT (600V & LESS) BURGUNDY: DC CONDUIT HOLLOW CIRCLE: CONDUIT TURNS UPWARD SOLID CIRCLE: CONDUIT TURNS DOWNWARD ARROW: CONDUIT TERMINATES TO EQPT ON PAD, SEE PAD LAYOUTS FOR SPECIFICS SINGLE SLASH: OVERHEAD WIRING DOT & ARC: MV POLE W/ GUY WIRE (ICON SIZES ARE EXAGGERAGED) SOLID RED CIRCLE: MV POLE (POLE SIZE IS EXAGGERAGED) CONDUIT RUNS SHOWN, MAY IMPLY MULTIPLE CONDUITS. SEE CALLOUTS FOR SPECIFICS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION CONDUIT LAYOUT - PV PADS PV303 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 22 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 2 PV304 2 PV305 5" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. TRANSFORMER PV1 & PV2 1 1/2" DATA CONDUIT BETW. DAS AT STATION 1 & DAS AT STATION 2 8 QTY 4" DC CONDUITS IN 2 TRENCHES FROM INVERTER STATION 1 TO ADJACENT ARRAY TYP OF EACH INVERTER STATION: 8 QTY CONDUITS W/ 2 DC FEEDERS IN EACH ONE. ROUTE AS REQ'D TO ADJACENT ROW. LOCATE AS REQ'D ALONG INV STATION PAD INV. STATION 1 XFMR PV1 2 PV304 2 PV304 1 PV305 2 PV305 5" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. TRANSFORMER PV3 & PV4 5" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. XFMR PV2 & PV3 5" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. XFMR PV1 & PV2 1 1/2" DATA CONDUIT BETW. DAS AT EACH INVERTER STATION 8 QTY 4" DC CONDUITS FROM INVERTER STATION 3 TO ADJACENT ARRAY, INSTALLED IN UPPER LAYER 8 QTY 4" DC CONDUITS FROM INVERTER STATION 2 INSTALLED IN LOWER LAYER 2 QTY TRENCHES FROM BOTH ROWS IMMEDIATELY SOUTH OF INVERTER STATION INV. STATION 2 INV. STATION 3 XFMR PV2 XFMR PV3 2 PV304 3 PV304 1 1/2" DATA CONDUITS BETW. DAS AT EACH INVERTER STATION 1 PV305 2 PV305 6" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. XFMR PV5 & SWITCHGEAR 5" MV CONDUITS (1 ACTIVE / 1 SPARE) BETW. PV TRANSFORMERS, FROM XFMR PV1 THRU PV4 MV CONDUIT SIZE INCREASES TO 6" AFTER XFMR PV4 4 QTY 4" DC CONDUITS FROM INV. STATION 4 TO ADJACENT ARRAY 4 QTY 4" DC CONDUITS FROM INV. STATION 5 TO NEXT ARRAY SOUTH 2 QTY DC TRENCHES FROM BOTH ROWS IMMEDIATELY SOUTH OF EQPT PAD INV.STATION 4 INV. STATION 5 XFMR PV4 XFMR PV5 7 PV304 4 PV304 2 PV304 6 PV304 5 PV304 1 PV305 2 PV305 2 PV305 1 PV305 4 QTY 6" FUTURE MEDIUM-VOLTAGE CONDUITS (2 FOR PV, 1 FOR BESS, 1 SPARE) 2" DATA CONDUIT FOR FUTURE BESS: FROM BESS #8 CONTAINER 1 1/2" FUTURE DATA CONDUIT FROM DAS AT PV INVERTER STATION #9 5" CONDUIT FROM XFMR PV9, AS PROVISION FOR POWERING HONEYWELL CTRL ROOM 1" DATA CONDUIT BETW. DAS #6 & BESS DAS #7 1" DATA CONDUIT BETW. DAS #6 & BESS CONTAINER #8 1" DATA CONDUIT BETW. DAS #6 & SEL RELAY 2" DATA CONDUIT FOR FUTURE BESS CONNECTIONS MV CONDUIT SIZE INCREASES TO 6" FOR OUTPUT OF XFMR PV6, 1 ACTIVE/1 SPARE 5" MV CONDUITS AMONG XFMR'S PV6 THRU PV9, 1 ACTIVE/1 SPARE HANDHOLE AS PROVISION FOR POWERING HONEYWELL CTRL ROOM MIN 3'-6" x 3' INSIDE WIDTH 1 1/2" DATA CONDUIT BETW. DAS#7 & DAS #9 1" DATA CONDUIT FOR WEATHER STATION FROM ADJACENT ARRAY 2 QTY 6" MV CONDUITS FOR OUTPUT OF XFMR PV6, 1 ACTIVE/1 SPARE 6" MV CONDUITS FUTURE PV & BESS CONSTRUCTION (3 ACTIVE, 2 SPARE) 1 1/2" DATA CONDUIT BETW. DAS #5 & DAS #6 WEATHER STATION ON ADJACENT ARRAY 1" AC POWER CONDUIT BETW. LOAD CENTERS OF DAS #6 & SEL RELAY 2 QTY 4" DC CONDUITS FROM INVERTER STATION 7 TO ADJACENT ARRAY, IN UPPER LAYER 8 QTY 4" DC CONDUITS FROM INVERTER STATION 6 TO NEXT ARRAY SOUTH, IN LOWER LAYER 2 QTY TRENCHES FROM BOTH ROWS IMMEDIATELY SOUTH OF EQPT PAD 2 QTY TRENCHES FROM BOTH ROWS IMMEDIATELY SOUTH OF EQPT PAD 4" DC CONDUIT FOR EACH INVERTER. TOTAL 16, BETW. 2 TRENCHES. CONDUITS FOR FUTURE EXPANSION: (EQUIP ALL W/ PULL STRING) INVERTER STATION 6 INVERTER STATION 7 INVERTER STATION 8 INVERTER STATION 9 XFMR PV6 XFMR PV7 XFMR PV8 XFMR PV9 7 PV304 HANDHOLE FOR MEDIUM-VOLTAGE CONDUITS OF FUTURE PHASE 2 SYSTEM, MIN 2'x2' INSIDE WIDTH HANDHOLE FOR DATA CONDUITS OF FUTURE PHASE 2 SYSTEM, 4'x3' INSIDE WIDTH CONDUIT ROUTING NOTES: 1. CONDUIT TO BE PVC SCHEDULE 40 UNDERGROUND, AND SCHEDULE 80 FOR THE BENDS & ALL PORTIONS ABOVE GRADE. 2. CONDUIT AT THE RISER POLE TO TRANSITION TO RMC FOR THE PORTION ABOVE GRADE. 3. CONDUIT ROUTING SHOWN IS DIAGRAMMATIC. ACTUAL ROUTING TO BE DETERMINED IN THE FIELD 4. DO NOT EXCEED THE EQUIVALENT OF 4x 90 DEGREE BENDS TOTAL, BETWEEN PULLING POINTS, AS REQ'D BY NEC352.26 OR OTHER APPLICABLE SECTION. INSTALL HANDHOLES WHERE MORE THAN THE EQUIVALENT OF 2x 90-DEGREE BENDS OCCUR BELOW GRADE IN PLAN VIEW. THIS IS DUE TO THE FACT THAT 2 MORE 90-DEGREE BENDS ARE REQ'D FOR STUB-UPS. 5. CONTRACTOR TO DETERMINE FACTORY LENGTHS OF WIRE, AND PLAN HANDHOLES WHERE NEEDED FOR SPLICING 6. ALL CONDUIT TERMINATING ON THE BOTTOM OF ENCLOSURES SHALL USE EXPANSION FITTINGS, TO ALLOW GROUND MOVEMENT PER 300.5(J). ALL CONDUIT PASSING THRU CONCRETE SLABS SHALL BE WRAPPED IN A FOAM SHEET TO ALLOW IT TO MOVE VERTICALLY. 7. ALL CONDUIT TERMINATIONS TO BE EQUIPPED WITH BUSHINGS OR END BELLS, TO MITIGATE WIRE ABRASION. 8. WHERE APPLICABLE, CONDUIT SHALL BE BONDED TO THE EQPT GROUNDING CONDUCTOR. N a a: 15.00° CCW 1 CONDUIT LAYOUT - ZONE 1 0 10' 20' 40' 2 CONDUIT LAYOUT - ZONES 2 & 3 0 10' 20' 40' 3 CONDUIT LAYOUT - ZONES 4 & 5 0 10' 20' 40' 4 CONDUIT LAYOUT - ZONES 6 THRU 9 0 5' 10' 20' 5 PHASE 2 HANDHOLES 0 5' 10' 20' CONT'D IN DETAIL 2 DETAIL 1 DETAIL 4 DETAIL 5 CONT'D IN DETAIL 1 CONT'D IN DETAIL 3 CONT'D IN DETAIL 2 CONT'D IN DETAIL 4 CONT'D IN DETAIL 6 CONT'D IN DETAIL 5 DETAIL 2 DETAIL 3 TYP OF ALL: COORDINATE TRENCHES TO AVOID CONFLICT WITH RACKING SYSTEM POSTS CYAN: MEDIUM VOLTAGE (MV) AC CONDUIT VIOLET: DATA CONDUIT CONDUIT LAYOUT LEGEND BLUE: AC CONDUIT (600V & LESS) BURGUNDY: DC CONDUIT HOLLOW CIRCLE: CONDUIT TURNS UPWARD SOLID CIRCLE: CONDUIT TURNS DOWNWARD ARROW: CONDUIT TERMINATES TO EQPT ON PAD, SEE PAD LAYOUTS FOR SPECIFICS SINGLE SLASH: OVERHEAD WIRING DOT & ARC: MV POLE W/ GUY WIRE (ICON SIZES ARE EXAGGERAGED) SOLID RED CIRCLE: MV POLE (POLE SIZE IS EXAGGERAGED) CONDUIT RUNS SHOWN, MAY IMPLY MULTIPLE CONDUITS. SEE CALLOUTS FOR SPECIFICS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TRENCH PROFILES - SHEET 1 PV304 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 23 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MIN 2' 1' 1' 4' 1'-4" 2'-10" 6" MEDIUM VOLTAGE CONDUITS TO INTERCONNECTION GRADE ACTIVE SPARE ACTIVE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 3 QTY WARNING TAPES @ 1'-4" SPACING ALONG TRENCH WIDTH, MIDDLE TAPE CENTERED TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 2" DATA CONDUITS TO UTILITY, 1 FROM RELAY PAD, 1 FROM PRIMARY METER PAD WHERE NOT UNDER DRIVEWAY, SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS START TRENCH DEPTH BENEATH BOTTOM OF DRIVEWAY LAYERS DRIVEWAY, WHERE APPLICABLE MIN 2' 1' 1' 3' 1'-4" 2'-9" 5" MEDIUM VOLTAGE CONDUITS BETW. PV XFMRS FINISHED GRADE ACTIVE SPARE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 2 QTY WARNING TAPES @ 1'-4" SPACING ALONG TRENCH WIDTH, MIDDLE TAPE CENTERED TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS SYSTEMS SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS MIN 2' 1' 1' 3' 1'-4" 2'-10" FINISHED GRADE ACTIVE SPARE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 6" MEDIUM VOLTAGE CONDUITS BETW. PV XFMRS 3 QTY WARNING TAPES @ 1'-6" O.C. AT APPROXIMATE QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS SYSTEMS SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS FUTURE MIN 2'-0" 1' 1' 4'-6" 1'-4" 2'-7" 3'-4" 3'-7" 2" TYP ACTIVE SPARE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 6" MEDIUM VOLTAGE CONDUITS BETW. PV XFMRS FUTURE FUTURE 6" SPARE PV PV 6" BESS 6" PV 6" PV 6" MEDIUM VOLTAGE CONDUITS FOR FUTURE CONSTRUCTION TO HANDHOLE FINISHED GRADE 3 QTY WARNING TAPES @ 1'-6" O.C. AT APPROXIMATE QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS #5 & DAS #6 SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS 2" DATA CONDUIT FROM CONTAINER #8 TO HANDHOLE FOR FUTURE BESS 1" DATA CONDUIT BETW. DAS #6 & DAS OF BESS #7 1" DATA CONDUIT BETW. DAS #6 & SEL RELAYS AT MV SWGR 1" DATA CONDUIT BETW. DAS #6 & HONEYWELL CTRL'R IN BESS CONTAINER #8 2 LAYERS OF MEDIUM VOLTAGE CONDUITS. XFMR PV6 CONDUITS TO BE LOCATED ON UPPER LAYER SEED TO MATCH SURROUNDING SURFACE 1" POWER CONDUIT BETW. DAS #6 & LOAD CENTER @ MV SWGR 1' 1' 4'-6" 1'-4" 2'-7" 3'-4" 3'-7" 2" TYP FINISHED GRADE PROVISION SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 5" MEDIUM VOLTAGE CONDUIT FROM XFMR PV9 TO HANDHOLE FOR HONEYWELL CTRL ROOM SPARE FUTURE FUTURE FUTURE 6" 5" H. CTRL 6" MEDIUM VOLTAGE CONDUITS FOR FUTURE CONSTRUCTION TO HANDHOLE 6" BESS 6" PV 6" PV MIN 2'-0" 3 QTY WARNING TAPES @ 1'-6" O.C. AT CENTER & APPROX. QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS #5 & DAS #6 SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS 2" DATA CONDUIT FROM CONTAINER #8 TO HANDHOLE FOR FUTURE BESS TAKE VACANT POSITION OF CONDUIT FOR XFMR PV6 MIN 2'-0" 1' 5' 1'-4" 2'-7" 2'-10" 1' 2" TYP SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS SPARE FUTURE FUTURE FUTURE 6" PV 6" MEDIUM VOLTAGE CONDUITS FOR FUTURE CONSTRUCTION TO HANDHOLE 6" BESS 6" PV GRADE 3 QTY WARNING TAPES @ 1'-8" O.C. AT CENTER & APPROX. QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS #9 & FUTURE DAS SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS 2" DATA CONDUIT FROM CONTAINER #8 TO HANDHOLE FOR FUTURE BESS FLATTEN TO A SINGLE LAYER WHERE NOT UNDER DRIVEWAY, SEED TO MATCH SURROUNDING SURFACE START TRENCH DEPTH BENEATH BOTTOM OF DRIVEWAY LAYERS DRIVEWAY, WHERE APPLICABLE MIN 2'-0" 1' 1' 4' 1'-4" 2'-7" 2'-10" 2" ACTIVE SPARE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 6" MEDIUM VOLTAGE CONDUITS BETW. XFMR B7 & SWGR 6" BESS FINISHED GRADE 6" BESS 3 QTY WARNING TAPES @ 1'-4" O.C. AT CENTER & APPROX. QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. PV DAS #5 & PV DAS #6 SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS SEED TO MATCH SURROUNDING SURFACE 3" & 1" DATA CONDUITS BETW. BESS CONTAINER #8 & SEL RELAY 2" DATA CONDUIT BETW. BESS#8 & FUTURE EXPANSION HANDHOLE 1" DATA CONDUIT BETW. CONTAINER #8 & PV DAS #6 1" DATA CONDUIT BETW. PV DAS #6 & BESS DAS #7 MIN 2'-0" 1' 1' 3'-6" 1'-4" 2'-7" 2'-10" 2" TYP ACTIVE SPARE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 6" MEDIUM VOLTAGE CONDUITS BETW. PV XFMRS PV PV FINISHED GRADE CONDUITS EMERGE FROM LOWER LAYER IN MAIN TRENCH. ANTICIPATE INCREASING DEPTH TO 3'-7", OR MIGRATE TO UPPER LAYER 2 QTY WARNING TAPES @ 1'-6" O.C. AT APPROXIMATE QUARTER POINTS ALONG TRENCH WIDTH TYP MINIMUM DEPTH OF ALL MEDIUM VOLTAGE CONDUITS GAP BETWEEN MV CONDUITS & OTHER CONDUITS 1 1/2" DATA CONDUIT BETW. DAS #5 & DAS #6 SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS 1" DATA CONDUIT BETW. DAS #6 & DAS OF BESS #7 1" DATA CONDUIT BETW. DAS #6 & SEL RELAYS AT MV SWGR 1" DATA CONDUIT BETW. DAS #6 & HONEYWELL CTRL'R IN BESS CONTAINER #8 SEED TO MATCH SURROUNDING SURFACE 1" POWER CONDUIT BETW. DAS #6 & LOAD CENTER @ MV SWGR 1 MV TRENCH TO INTERCONNECTION 0 6'' 12'' 18'' 2 TYP MV TRENCH BETW PV PADS 0 6'' 12'' 18'' 3 MV TRENCH, PV5 TO SWGR 0 6'' 12'' 18'' 4 MV TRENCH, PV6 TO SWGR W/ FUTURE CONDUITS 0 6'' 12'' 18'' 6 MV: FUTURE & H.W. CTRL ROOM POWER 0 6'' 12'' 18'' 7 MV TRENCH, FUTURE CONDUITS 0 6'' 12'' 18'' 8 MV TRENCH, BESS TO SWGR PAD & MISC COMS 0 6'' 12'' 18'' 5 MV TRENCH, TO XFMR PV6 0 6'' 12'' 18'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TRENCH PROFILES - SHEET 2 PV305 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 24 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-4" 1'-10 1/2" 2'-5" 2'-8" MIN 1'-6" 1' 2" 3' 2" 2" FINISHED GRADE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 2 WARNING TAPES FOR TRENCHES ≤ 4 FT WIDE, AT MAX 1'-6" APART 1 WARNING TAPE, CENTERED IN A TRENCH ≤ 2 FT WIDE WHERE ROUTING DOESN'T PERMIT, DATA & AC POWER CONDUITS TO BE IN SEPARATE TRENCH. 2 QTY WARNING TAPES @ QUARTER POINTS ALONG TRENCH WIDTH 1" DATA, BETW. BESS CONTAINER & BESS INVERTER TYPICAL SPACING BETWEEN CONDUITS IN GENERAL BURIAL DEPTH REQ'D FOR CONDUIT IN GENERAL SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS TYP 8 QTY 4" DC CONDUITS BETW. BESS INVERTER & BESS CONTAINER 3" AUX POWER CONDUIT BETW. BESS CONTAINER & AUX TRANSFORMER 1" DATA, BETW. BESS PADS, AS APPLICABLE, WHERE ROUTING PERMITS 1'-4" 1'-11" 2'-6" 2'-9" MIN 1'-6" 1' 4' ~2" 5" EQ. EQ. 5" FINISHED GRADE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 2 QTY WARNING TAPES, 9" FROM CETNTER OF TRENCH WIDTH EXTRA SPACE BETWEEN CONDUITS, IN ORDER TO ALLOW LOWER LAYER TO CROSS UPPER LAYER BURIAL DEPTH REQ'D FOR CONDUIT IN GENERAL SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS CONDUITS FOR SOUTH INVERTER STATION IN UPPER LAYER CONDUITS FOR NORTH INVERTER STATION IN LOWER LAYER TYP OF ALL: 4" DC CONDUITS FROM ADJACENT ARRAY. DC COMBINERS TYPICALLY GROUPED 2:1 & ROUTED TO EACH INVERTER 1" DATA CONDUIT TO WEATHER STATION (WHERE APPLICABLE) STAGGER CONDUITS BETW. LAYERS, SO LOWER ROW CAN CROSS UPPER ROW 5" 1'-4" 1'-11" 2'-2" MIN 1'-6" 1' 3'-4" FINISHED GRADE SIFTED EARTH BACKFILL OR BACKFILL FREE OF ROCKS & ROOTS 2 QTY WARNING TAPES, 9" FROM CETNTER OF TRENCH WIDTH EXTRA SPACE BETWEEN CONDUITS, CONTINUED FROM PREVIOUS ROW BURIAL DEPTH REQ'D FOR CONDUIT IN GENERAL SEED TO MATCH SURROUNDING SURFACE SAND BACKFILL OR EARTH BACKFILL FREE OF ROCKS & ROOTS TO SURROUND CONDUITS CONDUITS FOR SOUTH INVERTER STATION IN UPPER LAYER, CONTINUING TO NEXT ROW SOUTH TYP OF ALL: 4" DC CONDUITS FROM ADJACENT ARRAY. DC COMBINERS TYPICALLY GROUPED 2:1 & ROUTED TO EACH INVERTER 3 TYPICAL BESS DC CONDUIT TRENCH 0 6'' 12'' 18'' 1 TYPICAL PV DC CONDUIT TRENCH 0 6'' 12'' 18'' 2 PV DC CONDUIT TRENCH W/ SINGLE LAYER 0 6'' 12'' 18'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MSGR. CABLE LAYOUT - SHEET 1 (ZONE 1) PV306 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 25 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MESSENGER WIRE PATH GUY WIRE ANCHOR AT END OF MESSENGER CABLE RUN, OR MAJOR DIRECTION CHANGE. ICON SIZE IS EXAGGERATED. MESSENGER CABLE LAYOUT LEGEND MESSENGER CABLES FOLLOW THE PATH OF RACKING SYSTEM POSTS, AND ARE ATTACHED TO NORTH SIDE POSTS ON EVERY ROW SIDE-BY-SIDE MESSENGER CABLES ON OPPOSITE SIDES OF POSTS DC COMBINER BOX SINGLE CHAMBER HANGERS ON MESSENGER CABLE AT 1'-0" O.C., CARRYING ONLY BRANCH CIRCUIT WIRING TO COMBINER 3-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING A MIX OF BRANCH CIRCUIT WIRING & COMBINER OUTPUTS 2-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING ONLY COMBINER OUTPUT WIRING TO CB1-1A TO CB1-1B TO CB1-2A TO CB1-2B TO CB1-3A TO CB1-3B TO CB1-4A TO CB1-4B TO CB1-5A CB1-1B CB1-2A CB1-3A CB1-3B CB1-4A CB1-4B CB1-5A CB1-2B CB1-1A GUY WIRE AT END OF MESSENGER CABLE REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB1-4B ZONE 1 CB OUTPUT ROUTED TO STUB-UPS IN ROW SOUTH OF EQPT PAD TYP OF ZONES 1, 2, & 4: GUY WIRE @ 25° FROM E-W AXIS OF RACKING POSTS FOR NORTH-MOST E-W ROUTING, IN ORDER TO BALANCE TENSION (BALANCE VECTOR SUM OF MESSENGER CABLE TENSION) SINGLE CHAMBER HANGERS 2-CHAMBER HANGERS ON BOTH CABLES 3 CHAMBER HANGERS TYP U N O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION TO CB1-4A TO CB1-4B TO CB1-5A TO CB1-5B TO CB1-6B TO CB1-6A TO CB1-7A TO CB1-7B TO CB1-8A TO CB1-8B CB1-4A CB1-4B CB1-5A CB1-5B CB1-6A CB1-6B CB1-7A CB1-7B CB1-8A CB1-8B GUY WIRE AT END OF MESSENGER CABLE REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB1-4B MESSENGER CABLE TO SOUTH-MOST ROWS ROUTE BC HOME-RUN WIRING ALONG PURLIN TO COMBINER SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 3-CHAMBER HANGERS, TYP U.N.O GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION N a a: 15.00° CCW 1 MESSENGER CABLE LAYOUT - ZONE 1 (NORTH HALF) 0 30' 60' 2 MESSENGER CABLE LAYOUT - ZONE 1 (SOUTH HALF) 0 30' 60' DETAIL 1 DETAIL 2 TYP OF ALL GUY WIRE ANCHORS: 1. LOCATE AT END OF MESSENGER CABLE RUN OR MAJOR CHANGE IN DIRECTION TO BALANCE TENSION. 2. WHERE CABLE TERMINATES, GUY ANCHOR IS OPPOSITE MESSENGER CABLE. 3. WHERE SAME QTY OF MESSENGER CABLES CHANGES DIRECTION, BISECT THE REFLEX ANGLE OF THE DIRECTION CHANGE. E.G. A 90° TURN WILL BISECT THE 270° ANGLE, AND BE 135° FROM BOTH RUNS. 4. IN GENERAL, THE ANCHOR IS OPPOSITE THE VECTOR SUM OF TENSIONS ASSUMING EQUAL TENSIONS IN EACH CABLE. WHERE NOT BISECTING A REFLEX ANGLE OR OPPOSITE A TERMINATION, THE ANGLE WILL BE SPECIFIED AS A SPECIAL CASE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MSGR. CABLE LAYOUT - SHEET 2 (ZONES 2 & 3) PV307 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 26 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TO CB3-1A TO CB2-1A TO CB2-1B TO CB2-2A TO CB2-2B TO CB2-3A TO CB2-3B TO CB2-4A TO CB2-4B TO CB2-5A TO CB2-5B TO CB2-6B TO CB2-6A TO CB2-7A TO CB2-7B TO CB2-8A TO CB2-8B CB2-1B CB2-2A CB2-3A CB2-3B CB2-4A CB2-4B CB2-5A CB2-5B CB2-6A CB2-6B CB2-7A CB2-7B CB2-8A CB2-8B CB2-2B CB3-1A CB2-1A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB2-4B MIGRATE ZONE 3 MESSENGER CABLE TO ADJACENT RACKING POSTS GUY WIRE AT END OF MESSENGER CABLE GUY WIRE AT END OF MESSENGER CABLE ZONE 3 CB OUTPUT ROUTED TO STUB-UPS IN NEXT ROW SOUTH ZONE 2 CB OUTPUT ROUTED TO STUB-UPS IN ROW SOUTH OF EQPT PAD TYP OF ZONES 1, 2, & 4: GUY WIRE @ 25° FROM E-W AXIS OF RACKING POSTS FOR NORTH-MOST E-W ROUTING, IN ORDER TO BALANCE TENSION (BALANCING VECTOR SUM OF MESSENGER CABLE TENSION) 2-CHAMBER HANGERS 2-CHAMBER HANGERS, BOTH CABLES SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 2-CHAMBER HANGERS 2-CHAMBER HANGERS ON BOTH CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION SINGLE MESSENGER CABLE TO CB3-1A TO CB3-1B TO CB3-2A TO CB3-2B TO CB3-3A TO CB3-3B TO CB3-4A TO CB3-4B TO CB3-5A TO CB3-5B TO CB3-6A TO CB3-6B TO CB3-7A TO CB3-7B TO CB3-8A TO CB3-8B TO CB2-8B C CB2-8B CB3-1B CB3-2A CB3-3A CB3-3B CB3-4A CB3-4B CB3-5A CB3-5B CB3-6B CB3-7A CB3-7B CB3-8B CB3-2B CB3-6A CB3-1A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB3-4B MIGRATE ZONE 3 MESSENGER CABLE TO ADJACENT RACKING POSTS GUY WIRE AT END OF MESSENGER CABLE MESSENGER CABLE TO SOUTH-MOST ROWS GUY WIRE AT END OF MESSENGER CABLE ROUTE BC HOME-RUN WIRING ALONG PURLIN TO COMBINER GUY WIRE TO BISECT REFLEX ANGLE SINGLE CHAMBER HANGERS 2-CHAMBER HANGERS, BOTH CABLES 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES MAJOR ANGLE CHANGE W/ MSGR. WIRES TERMINATING ON RACKING POSTS GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION CB3-8A MESSENGER WIRE PATH GUY WIRE ANCHOR AT END OF MESSENGER CABLE RUN, OR MAJOR DIRECTION CHANGE. ICON SIZE IS EXAGGERATED. MESSENGER CABLE LAYOUT LEGEND MESSENGER CABLES FOLLOW THE PATH OF RACKING SYSTEM POSTS, AND ARE ATTACHED TO NORTH SIDE POSTS ON EVERY ROW SIDE-BY-SIDE MESSENGER CABLES ON OPPOSITE SIDES OF POSTS DC COMBINER BOX SINGLE CHAMBER HANGERS ON MESSENGER CABLE AT 1'-0" O.C., CARRYING ONLY BRANCH CIRCUIT WIRING TO COMBINER 3-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING A MIX OF BRANCH CIRCUIT WIRING & COMBINER OUTPUTS 2-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING ONLY COMBINER OUTPUT WIRING N a a: 15.00° CCW 1 MSGR. CABLE LAYOUT - ZONE 2 0 30' 60' 2 MSGR. CABLE LAYOUT - ZONE 3 0 30' 60' CONT'D IN ZONE 6 ON SHEET PV307 CONT'D IN ZONE 2 - DETAIL 1 CONT'D IN ZONE 3 - DETAIL 2 DETAIL 1 DETAIL 2 TYP OF ALL GUY WIRE ANCHORS: 1. LOCATE AT END OF MESSENGER CABLE RUN OR MAJOR CHANGE IN DIRECTION TO BALANCE TENSION. 2. WHERE CABLE TERMINATES, GUY ANCHOR IS OPPOSITE MESSENGER CABLE. 3. WHERE SAME QTY OF MESSENGER CABLES CHANGES DIRECTION, BISECT THE REFLEX ANGLE OF THE DIRECTION CHANGE. E.G. A 90° TURN WILL BISECT THE 270° ANGLE, AND BE 135° FROM BOTH RUNS. 4. IN GENERAL, THE ANCHOR IS OPPOSITE THE VECTOR SUM OF TENSIONS ASSUMING EQUAL TENSIONS IN EACH CABLE. WHERE NOT BISECTING A REFLEX ANGLE OR OPPOSITE A TERMINATION, THE ANGLE WILL BE SPECIFIED AS A SPECIAL CASE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MSGR. CABLE LAYOUT - SHEET 3 (ZONES 4 & 5) PV308 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 27 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TO CB4-1A TO CB4-1B TO CB4-2A TO CB4-2B TO CB4-3A TO CB4-3B TO CB4-4B TO CB4-5A TO CB4-5B TO CB4-6B TO CB4-6A TO CB4-7A TO CB4-7B TO CB4-8A TO CB4-8B TO CB5-1A CB5-1A CB4-1B CB4-2A CB4-4B CB4-5A CB4-5B CB4-6A CB4-6B CB4-2B CB4-8A CB4-8B CB4-7A CB4-7B CB4-3A CB4-3B CB4-4A TO CB4-4A CB4-1A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB4-4B MIGRATE ZONE 5 MESSENGER CABLE TO RACKING POST #4 FROM EAST END OF ARRAY GUY WIRE AT END OF MESSENGER CABLE GUY WIRE AT END OF MESSENGER CABLE ZONE 5 CB OUTPUT ROUTED TO STUB-UPS IN NEXT ROW SOUTH ZONE 4 CB OUTPUT ROUTED TO STUB-UPS IN ROW SOUTH OF EQPT PAD TYP OF ZONES 1, 2, & 4: GUY WIRE @ 25° FROM E-W AXIS OF RACKING POSTS FOR NORTH-MOST E-W ROUTING, IN ORDER TO BALANCE TENSION (BALANCE VECTOR SUM OF MESSENGER CABLE TENSION) 2-CHAMBER HANGERS 2-CHAMBER HANGERS ON BOTH CABLES 2-CHAMBER HANGERS SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 2-CHAMBER HANGERS 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION SINGLE MESSENGER CABLE TO CB4-8A TO CB4-8B TO CB5-1A TO CB5-1B TO CB5-2A TO CB5-2B TO CB5-3A TO CB5-3B TO CB5-4A TO CB5-4B TO CB5-5A TO CB5-5B TO CB5-6B TO CB5-6A TO CB5-7A TO CB5-7B TO CB5-8A TO CB5-8B CB5-1B CB5-2A CB5-3A CB3-3B CB5-6A CB5-7A CB5-7B CB5-8A CB5-2B CB5-6B CB5-1A CB4-8A CB4-8B CB5-4A CB5-4B CB5-5B CB5-5A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB5-4B MIGRATE ZONE 5 MESSENGER CABLE TO RACKING POST #4 FROM EAST END OF ARRAY GUY WIRE AT END OF MESSENGER CABLE ROUTE BC HOME-RUN WIRING ALONG PURLIN TO COMBINER MESSENGER CABLE ROUTED AMONG ROWS AT DIAGONAL PATH BETW. RACKING SYSTEM POSTS SINGLE CHAMBER HANGERS 2-CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES MAJOR ANGLE CHANGE W/ MSGR. WIRES TERMINATING ON RACKING POSTS GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION GUY WIRE TO BISECT REFLEX ANGLE SINGLE MESSENGER CABLE CB5-8B MESSENGER WIRE PATH GUY WIRE ANCHOR AT END OF MESSENGER CABLE RUN, OR MAJOR DIRECTION CHANGE. ICON SIZE IS EXAGGERATED. MESSENGER CABLE LAYOUT LEGEND MESSENGER CABLES FOLLOW THE PATH OF RACKING SYSTEM POSTS, AND ARE ATTACHED TO NORTH SIDE POSTS ON EVERY ROW SIDE-BY-SIDE MESSENGER CABLES ON OPPOSITE SIDES OF POSTS DC COMBINER BOX SINGLE CHAMBER HANGERS ON MESSENGER CABLE AT 1'-0" O.C., CARRYING ONLY BRANCH CIRCUIT WIRING TO COMBINER 3-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING A MIX OF BRANCH CIRCUIT WIRING & COMBINER OUTPUTS 2-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING ONLY COMBINER OUTPUT WIRING N a a: 15.00° CCW 1 MSGR. CABLE LAYOUT - ZONE 4 0 30' 60' 2 MSGR. CABLE LAYOUT - ZONE 5 0 30' 60' CONT'D IN ZONE 4 - DETAIL 1 CONT'D IN ZONE 5 - DETAIL 2 DETAIL 1 DETAIL 2 TYP OF ALL GUY WIRE ANCHORS: 1. LOCATE AT END OF MESSENGER CABLE RUN OR MAJOR CHANGE IN DIRECTION TO BALANCE TENSION. 2. WHERE CABLE TERMINATES, GUY ANCHOR IS OPPOSITE MESSENGER CABLE. 3. WHERE SAME QTY OF MESSENGER CABLES CHANGES DIRECTION, BISECT THE REFLEX ANGLE OF THE DIRECTION CHANGE. E.G. A 90° TURN WILL BISECT THE 270° ANGLE, AND BE 135° FROM BOTH RUNS. 4. IN GENERAL, THE ANCHOR IS OPPOSITE THE VECTOR SUM OF TENSIONS ASSUMING EQUAL TENSIONS IN EACH CABLE. WHERE NOT BISECTING A REFLEX ANGLE OR OPPOSITE A TERMINATION, THE ANGLE WILL BE SPECIFIED AS A SPECIAL CASE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MSGR. CABLE LAYOUT - SHEET 4 (ZONES 6 & 7) PV309 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 28 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TO CB6-1A TO CB6-1B TO CB6-2A TO CB6-2B TO CB6-3A TO CB6-3B TO CB6-4A TO CB6-4B TO CB6-5A TO CB6-5B TO CB6-6B TO CB6-6A TO CB6-7A TO CB6-7B TO CB6-8A TO CB6-8B TO CB7-1A CB6-2A CB6-4B CB6-5A CB6-5B CB6-6A CB6-6B CB6-2B CB6-8A CB6-8B CB6-7A CB6-7B CB6-3A CB6-3B CB6-4A B CB7-1A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB6-4B GUY WIRE AT END OF MESSENGER CABLE MIGRATE ZONE 7 MESSENGER CABLE TO RACKING POST #4 FROM EAST END OF ARRAY GUY WIRE AT END OF MSGR. CABLE GUY WIRE AT END OF MSGR. CABLE MESSENGER CABLE TO ISOLATED ROWS ROUTE BRANCH CIRCUIT HOME-RUN WIRING ALONG PURLIN TO COMBINER MESSENGER CABLE TO ISOLATED ROW ZONE 7 CB OUTPUT ROUTED TO STUB-UPS IN NEXT ROW SOUTH ZONE 6 CB OUTPUT ROUTED TO STUB-UPS IN ROW SOUTH OF EQPT PAD SINGLE CHAMBER HANGERS SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 2-CHAMBER HANGERS ON BOTH CABLES 2-CHAMBER HANGERS ON BOTH CABLES 2-CHAMBER HANGERS ON BOTH CABLES 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION SPECIAL CASE: GUY WIRE 30° SOUTH OF E-W RACKING POST AXIS SINGLE MESSENGER CABLE CB6-1B CB6-1A CB7-7B TO CB6-8B TO CB7-1A TO CB7-1B TO CB7-2A TO CB7-2B TO CB7-3A TO CB7-3B TO CB7-4A TO CB7-4B TO CB7-5A TO CB7-5B TO CB7-6B TO CB7-6A TO CB7-7A TO CB7-7B TO CB7-8A TO CB7-8B CB6-8B CB7-1B CB7-2A CB7-3A CB7-3B CB7-6A CB7-7A CB7-2B CB7-6B CB7-1A CB7-4A CB7-4B CB7-5B CB7-5A REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB7-4B GUY WIRE AT END OF MESSENGER CABLE MIGRATE ZONE 7 MESSENGER CABLE TO RACKING POST #4 FROM EAST END OF ARRAY ROUTE BC HOME-RUN WIRING ALONG PURLIN TO COMBINER GUY WIRE TO BISECT REFLEX ANGLE, FOR MAJOR CHANGES IN DIRECTION SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 2-CHAMBER HANGERS ON BOTH CABLES MAJOR ANGLE CHANGE W/ MSGR. WIRES TERMINATING ON RACKING POSTS GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION SINGLE MESSENGER CABLE CB5-8A CB5-8B MESSENGER WIRE PATH GUY WIRE ANCHOR AT END OF MESSENGER CABLE RUN, OR MAJOR DIRECTION CHANGE. ICON SIZE IS EXAGGERATED. MESSENGER CABLE LAYOUT LEGEND MESSENGER CABLES FOLLOW THE PATH OF RACKING SYSTEM POSTS, AND ARE ATTACHED TO NORTH SIDE POSTS ON EVERY ROW SIDE-BY-SIDE MESSENGER CABLES ON OPPOSITE SIDES OF POSTS DC COMBINER BOX SINGLE CHAMBER HANGERS ON MESSENGER CABLE AT 1'-0" O.C., CARRYING ONLY BRANCH CIRCUIT WIRING TO COMBINER 3-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING A MIX OF BRANCH CIRCUIT WIRING & COMBINER OUTPUTS 2-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING ONLY COMBINER OUTPUT WIRING N a a: 15.00° CCW 1 MSGR. CABLE LAYOUT - ZONE 6 0 30' 60' 2 MSGR. CABLE LAYOUT - ZONE 7 0 30' 60' CONT'D IN ZONE 4 - DETAIL 1 CONT'D IN ZONE 7 - DETAIL 2 DETAIL 1 DETAIL 2 GUY WIRE ANCHOR NOTES: 1. LOCATE AT END OF MESSENGER CABLE RUN OR MAJOR CHANGE IN DIRECTION TO BALANCE TENSION. 2. WHERE CABLE TERMINATES, GUY ANCHOR IS OPPOSITE MESSENGER CABLE. 3. WHERE SAME QTY OF MESSENGER CABLES CHANGES DIRECTION, BISECT THE REFLEX ANGLE OF THE DIRECTION CHANGE. E.G. A 90° TURN WILL BISECT THE 270° ANGLE, AND BE 135° FROM BOTH RUNS. 4. IN GENERAL, THE ANCHOR IS OPPOSITE THE VECTOR SUM OF TENSIONS ASSUMING EQUAL TENSIONS IN EACH CABLE. WHERE NOT BISECTING A REFLEX ANGLE OR OPPOSITE A TERMINATION, THE ANGLE WILL BE SPECIFIED AS A SPECIAL CASE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MSGR. CABLE LAYOUT - SHEET 5 (ZONES 8 & 9) PV310 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 29 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TO CB8-1A TO CB8-1B TO CB8-2A TO CB8-2B TO CB8-3A TO CB8-3B TO CB8-4A TO CB8-4B TO CB8-5A TO CB8-5B TO CB8-6 TO CB8-8 TO CB8-7 TO CB9-1A TO CB9-1B CB8-1B CB8-2A CB8-2B CB8-3A CB8-3B CB8-4A CB8-4B CB8-5A CB8-5B CB8-6 CB8-7 CB8-8 CB9-1A CB9-1B CB8-1A REDUCE TO SINGLE MESSENGER CABLE, @ ROW OF CB8-4B GUY WIRE AT END OF MESSENGER CABLE MESSENGER CABLE TO ISOLATED ROW GUY WIRE AT END OF MESSENGER CABLE MIGRATE ZONE 9 MESSENGER CABLE TO RACKING POST #4 FROM WEST END ZONE 9 CB OUTPUT ROUTED TO STUB-UPS IN NEXT ROW SOUTH ZONE 8 CB OUTPUT ROUTED TO STUB-UPS IN ROW SOUTH OF EQPT PAD GUY WIRE AT END OF MESSENGER CABLE SPECIAL CASE: GUY WIRE 30° SOUTH OF E-W RACKING POST AXIS 1 1/2" CONDUIT SLEEVE ACROSS GAP (IF GAP IS REQ'D) SINGLE CHAMBER HANGERS 2-CHAMBER HANGERS, BOTH CABLES 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 2-CHAMBER HANGERS ON BOTH CABLES 2-CHAMBER HANGERS ON BOTH CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION TO CB9-1A TO CB9-1B TO CB9-2A TO CB9-2B TO CB9-3A TO CB9-3B TO CB9-4 TO CB9-5 TO CB9-6 TO CB9-7A TO CB9-7B TO CB9-8A TO CB9-8B CB9-1A CB9-1B CB9-2A CB9-2B CB9-3A CB9-3B CB9-4 CB9-5 CB9-6 CB9-7A CB9-7B CB9-8A CB9-8B REDUCE TO SINGLE MESSENGER CABLE, @ SOUTH-MOST ROW OF REGION FEEDING CB9-4 GUY WIRE AT END OF MESSENGER CABLE MIGRATE ZONE 9 MESSENGER CABLE TO RACKING POST #4 FROM WEST END SINGLE CHAMBER HANGERS 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS, TYP U.N.O 3-CHAMBER HANGERS & 2-CHAMBER HANGERS ON ADJACENT MSGR. CABLES GUY WIRE ANCHOR @ MESSENGER CABLE TERMINATION MESSENGER WIRE PATH GUY WIRE ANCHOR AT END OF MESSENGER CABLE RUN, OR MAJOR DIRECTION CHANGE. ICON SIZE IS EXAGGERATED. MESSENGER CABLE LAYOUT LEGEND MESSENGER CABLES FOLLOW THE PATH OF RACKING SYSTEM POSTS, AND ARE ATTACHED TO NORTH SIDE POSTS ON EVERY ROW SIDE-BY-SIDE MESSENGER CABLES ON OPPOSITE SIDES OF POSTS DC COMBINER BOX SINGLE CHAMBER HANGERS ON MESSENGER CABLE AT 1'-0" O.C., CARRYING ONLY BRANCH CIRCUIT WIRING TO COMBINER 3-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING A MIX OF BRANCH CIRCUIT WIRING & COMBINER OUTPUTS 2-CHAMBER CAB HANGERS ON MESSENGER CABLE AT 2'-0" O.C., CARRYING ONLY COMBINER OUTPUT WIRING N a a: 15.00° CCW 1 MSGR. CABLE LAYOUT - ZONE 8 0 30' 60' 2 MSGR. CABLE LAYOUT - ZONE 9 0 30' 60' CONT'D IN ZONE 8 - DETAIL 1 CONT'D IN ZONE 9 - DETAIL 2 DETAIL 1 DETAIL 2 GUY WIRE ANCHOR NOTES: 1. LOCATE AT END OF MESSENGER CABLE RUN OR MAJOR CHANGE IN DIRECTION TO BALANCE TENSION. 2. WHERE CABLE TERMINATES, GUY ANCHOR IS OPPOSITE MESSENGER CABLE. 3. WHERE SAME QTY OF MESSENGER CABLES CHANGES DIRECTION, BISECT THE REFLEX ANGLE OF THE DIRECTION CHANGE. E.G. A 90° TURN WILL BISECT THE 270° ANGLE, AND BE 135° FROM BOTH RUNS. 4. IN GENERAL, THE ANCHOR IS OPPOSITE THE VECTOR SUM OF TENSIONS ASSUMING EQUAL TENSIONS IN EACH CABLE. WHERE NOT BISECTING A REFLEX ANGLE OR OPPOSITE A TERMINATION, THE ANGLE WILL BE SPECIFIED AS A SPECIAL CASE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MESSENGER CABLE DETAILS - SHEET 1 PV311 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 30 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3 1/2" 8 1/2" MESSENGER WIRE CAB 9714 CLAMP KIT 3/8" BOLT KIT 3/8" NUT, TORQUE: 20 FT-LBS STAR WASHER SPLIT-LOCK WASHER 1/2"-13x4" HOT DIP GALV THRU BOLT, CARRIAGE HEAD, W/ 9/16" HOLE DRILLED THRU THE MOUNTING SYSTEM POSTS METAL CORE PLASTIC EDGE TRIM W/ OPENING FOR 0.109" SHEET METAL. MCMASTER PART #8451A47, OR EQUIVALENT WIRE BUNDLE ROUTED ALONG C-PURLIN, AND SECURED AT MAX 2'-0" O.C. WHILE ROUTING TO CORRESPONDING PURLIN CAB 9577 MOUNTING BRACKET CAB 9303 WIRE HANGER DC FEEDER WIRE FROM COMBINER OUTPUTS ARRANGE TO DISTRIBUTE WEIGHT AS EQUALLY AS POSSIBLE ON BOTH SIDES. MISCELLANEOUS STRING WIRE WHERE NECESSARY TO ROUTE BETWEEN ADJACENT ROWS 1/2"-13 HEX NUT, LOCKWASHER & FLAT WASHER, HOT DIP GALV LOWER BOLT NOT USED L-BRACKET TO BE FREE TO SWING TO BE APPROX. PERPENDICULAR TO PREVAILING SLOPE W E CAB BRACKET REQUIRES 900 LBS OF WORKING LOAD, THUS 9577 IS SELECTED CAB BRACKET REQUIRES 900 LBS OF WORKING LOAD, THUS 9577 IS SELECTED 1' 8 1/2" 3 1/2" MESSENGER WIRE CAB 9714 CLAMP KIT 3/8" BOLT KIT 3/8" NUT, TORQUE: 20 FT-LBS STAR WASHER SPLIT-LOCK WASHER 1/2"-13x5" HOT DIP GALV THRU BOLT, CARRIAGE HEAD, W/ 9/16" HOLE DRILLED THRU THE MOUNTING SYSTEM POSTS METAL CORE PLASTIC EDGE TRIM W/ OPENING FOR 0.109" SHEET METAL. MCMASTER PART #8451A47, OR EQUIVALENT WIRE BUNDLE ROUTED ALONG C-PURLIN, AND SECURED AT MAX 2'-0" O.C. WHILE ROUTING TO CORRESPONDING PURLIN CAB 9267 MOUNTING BRACKET CAB 9303 WIRE HANGER DC FEEDER WIRE FROM COMBINER OUTPUTS ARRANGE TO DISTRIBUTE WEIGHT AS EQUALLY AS POSSIBLE ON BOTH SIDES. MISCELLANEOUS STRING WIRE WHERE NECESSARY TO ROUTE BETWEEN ADJACENT ROWS 1/2"-13 HEX NUT, LOCKWASHER & FLAT WASHER, HOT DIP GALV FEEDERS FROM FARTHEST HALF OF COMBINERS CAB 9332 WIRE HANGER LOWER BOLT NOT USED L-BRACKET TO BE FREE TO SWING TO BE APPROX. PERPENDICULAR TO PREVAILING SLOPE W E CAB BRACKET REQUIRES 900 LBS OF WORKING LOAD, THUS 9577 IS SELECTED 1' AS REQ'D FOR PATH 1/2"-13 THRU BOLT, DRILLED THRU THE MOUNTING SYSTEM POSTS BRACKET FOR MOUNTING MESSENGER CABLE E/W AXIS OF RACKING SYSTEM CL CL CAB BOLT HOLE CAB BOLT HOLE BOLT HOLE FOR CAB MOUNTING TO BE PERPENDICULAR TO PATH OF MESSENGER CABLE E/W AXIS OF RACKING SYSTEM W E N S TYPICAL CASE BRACKET FOR TERMINATING MESSENGER CABLE AS REQ'D FOR CABLE PATH 5/8" THRU BOLT, DRILLED THRU THE MOUNTING SYSTEM POSTS ANGLED THIMBLE-EYE FOR GUY WIRE CONNECTION GUY WIRE CONNECTION DEAD END GUY GRIP FOR MESSENGER WIRE E/W AXIS OF RACKING SYSTEM CL CAB BOLT HOLE BOLT HOLE FOR END CONDITION TO BE PARALLEL TO PATH OF MESSENGER CABLE E/W AXIS OF RACKING SYSTEM W E N S TYPICAL CASE AS REQ'D FOR PATH 1/2"-13 PAIR OF THRU BOLTS, DRILLED THRU THE MOUNTING SYSTEM POSTS BRACKET FOR MOUNTING MESSENGER CABLE E/W AXIS OF RACKING SYSTEM CL CL CAB BOLT HOLE CAB BOLT HOLE BOLT HOLE FOR CAB MOUNTING TO BE PERPENDICULAR TO PATH OF MESSENGER CABLE E/W AXIS OF RACKING SYSTEM W E N S TYPICAL CASE 1 MESSENGER CABLE MOUNTING DETAILS 0 1'' 2'' 4'' 2 MESSENGER CABLE DETAILS - DOUBLE CABLE 0 1'' 2'' 4'' 3 MESSENGER CABLE MOUNT - PLAN VIEW 0 1'' 2'' 4'' 5 MESSENGER CABLE TERMINATION 0 1'' 2'' 4'' 4 DOUBLE MESSENGER CABLE MOUNT - PLAN VIEW 0 1'' 2'' 4'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MESSENGER CABLE DETAILS - SHEET 2 PV312 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 31 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N CAB Products - EHS and Copperweld® CCS Messenger Wire Evaluation HDR Project No: 164-274775 / 10106792 4 CCS Messenger Wire Evaluation The following tables summarize the results of the CCS messenger wire evaluation. Table 1 and Table 2 provide the tension and sag values at typical installation temperatures. Either table can be used by the installation contractor as they will result in the same condition of the messenger wire. Note that the temperature is of the messenger wire proper and not the air temperature. Note: Tension values in Table 5 are what the CCS messenger wire shall be pulled to before any electrical cables or cable supports are hung from the CCS messenger wire (i.e. only the bare CCS messenger wire). Note: Mid-span sag of the CCS messenger wire shall be per Table 6. This sag occurs before any electrical cables or cable supports are hung from the CCS messenger wire (i.e. only the bare CCS messenger wire). Table 5: CCS Messenger Wire Stringing Tension Chart Span Temperature (Degrees F) -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 Longitudinal Tension (lbs) 0ft – 15ft 578 516 454 390 327 263 201 142 94 65 50 41 36 32 29 27 25 15ft – 20ft 489 426 365 301 240 180 130 93 71 58 50 44 40 37 34 32 30 20ft – 25ft 376 314 254 197 147 111 87 72 62 55 50 46 43 40 38 36 34 25ft – 30ft 244 191 147 115 94 81 71 63 58 54 50 47 45 42 41 39 37 30ft - 35ft 136 112 95 84 75 69 64 59 56 53 50 48 46 44 42 41 40 35ft – 40ft 93 84 77 71 67 63 59 57 54 52 50 48 47 45 44 43 42 Table 6: CCS Messenger Wire Stringing Sag Chart Span Temperature (Degrees F) -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 Sag (inches) 0ft – 15ft 0.12 0.12 0.12 0.12 0.24 0.24 0.36 0.48 0.72 1.08 1.32 1.68 1.92 2.16 2.28 2.52 2.64 15ft – 20ft 0.24 0.24 0.36 0.36 0.48 0.72 0.96 1.32 1.68 2.04 2.40 2.76 3.00 3.24 3.48 3.72 3.96 20ft – 25ft 0.48 0.60 0.72 0.96 1.32 1.68 2.16 2.64 3.00 3.36 3.72 4.08 4.32 4.68 4.92 5.16 5.40 25ft – 30ft 1.08 1.44 1.80 2.28 2.88 3.36 3.84 4.20 4.68 5.04 5.40 5.76 6.00 6.36 6.60 6.96 7.20 30ft - 35ft 2.64 3.24 3.84 4.32 4.92 5.28 5.76 6.24 6.60 6.96 7.32 7.68 8.04 8.28 8.64 8.88 9.24 35ft – 40ft 5.16 5.76 6.24 6.72 7.20 7.68 8.04 8.40 8.88 9.24 9.60 9.96 10.2 10.6 10.9 11.2 11.5 CAB Products - EHS and Copperweld® CCS Messenger Wire Evaluation HDR Project No: 164-274775 / 10106792 Table 7 provides the maximum sag that is expected in the CCS messenger wire system after the hangers and cables have been hung. Three temperature ranges have been provided since there is not a large difference in sag when the temperature changes by 10 F. This sag only occurs when the maximum vertical load is as listed in the table and is not of just the CCS messenger wire self-weight. Note: Reported sag values include initial sag when no load is hanging from the CCS messenger wire + the sag that will occur when the reported Maximum Vertical ASD Load is hung from the CCS messenger wire. Table 8 provides the Allowable Strength Design (ASD) level design loads that are expected to occur in each principle direction at the dead end pier. Note that these values can also be used to determine the expected loads on the mid-support piers. However, to do this the reported loads shall be multiplied by two in the transverse and vertical direction. Longitudinal loads at the mid-support piers are considered negligible. Table 7: CCS Messenger Wire Sag with Maximum Vertical ASD Load Temperature (Degrees F) Span Maximum Vertical ASD Load (lb/ft) 1 2 5 10 15 20 25 30 Sag (inches) 0 0ft – 15ft 0.8 1.4 2.4 3.4 4.0 4.4 4.9 5.4 15ft – 20ft 1.7 2.5 3.8 5.2 6.1 6.8 7.6 8.2 20ft – 25ft 2.9 3.8 5.6 7.3 8.5 9.6 10.6 11.4 25ft – 30ft 4.3 5.5 7.6 9.7 11.3 12.7 13.9 15.1 30ft - 35ft 6.2 7.4 9.8 12.5 14.3 16.1 17.6 19.1 35ft – 40ft 8.4 9.7 12.4 15.4 17.6 19.7 21.6 23.5 60 0ft – 15ft 1.9 2.3 3.0 3.8 4.4 4.9 5.3 5.6 15ft – 20ft 3.0 3.6 4.7 5.8 6.6 7.3 7.9 8.5 20ft – 25ft 4.4 5.2 6.5 8.0 9.1 10.1 11.0 11.9 25ft – 30ft 6.1 7.0 8.6 10.6 12.0 13.2 14.4 15.5 30ft - 35ft 8.0 9.0 10.9 13.3 15.0 16.7 18.1 19.6 35ft – 40ft 10.3 11.3 13.6 16.3 18.4 20.3 22.2 24.0 120 0ft – 15ft 3.0 3.2 3.7 4.4 4.9 5.3 5.6 6.0 15ft – 20ft 4.3 4.7 5.5 6.5 7.2 7.9 8.4 8.9 20ft – 25ft 5.9 6.4 7.4 8.8 9.8 10.8 11.5 12.2 25ft – 30ft 7.7 8.3 9.7 11.4 12.7 13.9 14.9 16.0 30ft - 35ft 9.7 10.4 12.1 14.3 15.8 17.4 18.7 20.0 35ft – 40ft 12.0 12.8 14.8 17.3 19.3 21.1 22.8 24.5 3'-3" 20° TILT GROUND SCREW FOOTING VERTICAL POSTS MESSENGER WIRE FOR CAB CABLE ROUTING OF DC WIRING & INTEGRATED GROUNDING. 7-STRAND (3 CU + 4 CU-CLAD STEEL), 0.2955" OD COPPERWELD PART# 55C7X0985D STRAIGHT LINE PATH BETW. MSGR. CABLE SUPPORT POINTS ONCE PER CONTINUOUS RUN, OR PER SPLICE: INSERT 1/2"-13 GALVANIZED TURNBUCKLE TO ASSIST W/ PRETENSIONING. FINISHED GRADE (SHOWN AT TYPICAL SLOPE ON SITE) N S SPECS FOR UNLOADED MESSENGER CABLE SAG FOR TYPICAL 20 TO 25 FT SPANS: HOT WEATHER (~104F, ~40C): 5" SAG, 37 LBS OF TENSION, 6.3 SEC TIME FOR 10 WAVES IN RETURN WAVE TEST COLD WEATHER (~60F, ~15C): 3" SAG, 50 LBS OF TENSION, 5.6 SEC TIME FOR 10 WAVES IN RETURN WAVE TEST LINEARLY INTERPOLATE BASED ON THE TEMPERATURE AT TIME OF INSTALLATION QUADRATICALLY (PROPORTIONAL TO SPAN^2) ADJUST UNLOADED SAG FOR SMALLER SPANS (E.G. 1/2 SPAN = 1/4 UNLOADED SAG) PERFORM RETURN WAVE TEST TO CONFIRM MEASURE SAG FROM STRAIGHT LINE BETWEEN MOUNTING POINTS AT CENTER OF SPAN SAG MEASUREMENT #6 CU BARE GROUNDING WIRE INTER-ROW WIRING (WHERE REQ'D) TO ROUTE UP ONTO CHORD, INSIDE C-PURLIN. PROTECT FROM ABRASION BY USING METAL CORE PLASTIC EDGE TRIM ALONG PURLIN LIP TIN-COATED-COPPER DIRECT-BURIAL LAY-IN-LUG, MOUNTED AND BONDED TO C-PURLIN FOR GROUNDING EQUIP PURLIN LIP WITH METAL CORE PLASTIC EDGE TRIM WHERE WIRE ROUTES ACROSS IT EAST-WEST WIRE TO BE ROUTED ALONG PURLINS. USE MULTIPLE PURLINS WHERE REQ'D FOR WIRE CAPACITY. SECURE WIRE TWICE PER MODULE WIDTH WITH HEYCO SUNBUNDLERS LOCATION FROM TOP OF POST TO INSTALL BOTTOM OF MESSENGER CABLE MOUNTS, TYP OF ALL INCREASE WHERE NECESSARY TIN-COATED COPPER SPLIT BOLT W/ SEPARATOR BAR WIRES SECURED TO MESSENGER WIRE HANGERS AT 4'-0" O.C. ALONG LENGTH MESSENGER CABLE HANGERS AT TYP 2'-0" SPACING TYP: ~5" UNLOADED, 9" LOADED DIRECT BURIAL RATED GROUNDING LUG, TIN PLATED Cu, GREAVES BTL 4-DBP OR EQUIV. #10-32 x 3/4" SS PAN-HEAD SCREW #10 SS STAR WASHER C-PURLIN OR Z-PURLIN OF RACKING SYSTEM #10-32 STAINLESS KEPS NUT TORQUE TO MANUFACTURER SPECS EGC, #6 Cu WIRE (OR #4 Cu WHERE APPLICABLE TO COMBINER OUTPUTS) 4 SAMPLE PHOTO OF EDGE TRIM SCALE: NOT TO SCALE 3 SAMPLE PHOTO OF WIRE MGMT FOR 1 OR 2 WIRES SCALE: NOT TO SCALE 1 MESSENGER CABLE SYSTEM - TYPICAL SECTION VIEW 0 6'' 1' 2' 2 GROUND LUG DETAIL TYPICAL WEIGHT PER FOOT OF CABLING TYPICAL SPANS ARE 25 FT METAL CORE PLASTIC EDGE TRIM ALONG SHARP EDGE OF PURLIN AT WIRE CROSSING, TO PROTECT WIRING, 6" [150 MM] MODULE WIRE CLIP ALONG PURLIN EDGE, TYP ~2 PER MODULE solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MESSENGER CABLE DETAILS - SHEET 3 PV313 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 32 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TYP ~65°, TBD IN FIELD EQUAL EQUAL RACKING SYSTEM POST GUY WIRE ANCHOR TO BISECT REFLEX ANGLE ANGLED THIMBLE EYE & HARDWARE FOR GUY ANCHOR TIN-COAT-CU SPLIT BOLT W/ SEPARATOR, TO CONNECT EGC TO MESSENGER CABLE THRU-BOLT FASTENERS AT STAGGERED HEIGHTS ON RACKING SYSTEM POST AT MIN 2.5" O.C. SPACING MESSENGER CABLE FROM ADJACENT ROW, FOLLOWING PATH BETWEEN RACKING SYSTEM POSTS MESSENGER CABLE ROUTING HORIZONTALLY, ROUTING TO PRIMARY JOIN MESSENGER CABLE ROUTE #4 CU EGC, TO BOND ACROSS DISCONTINUOUS MESSENGER CABLE E/W AXIS OF RACKING SYSTEM E/W AXIS OF RACKING SYSTEM AXIS OF GUY WIRE AXIS OF GUY WIRE 8" EQUAL 8" EQUAL 1'-8" TYP OF 2/U-BOLT: 3/8" HOT DIP GALV FLAT WASHER 3/8" HOT DIP GALV LOCK WASHER 3/8"-16 HOT DIP GALV HEX NUT 3/8"-16 HOT DIP GALV U-BOLT TO ATTACH STRUT TO RACKING SYSTEM POST COORDINATE SIZE TO MATCH POSTS RACKING SYSTEM POST FOR PAIR OF MESSENGER CABLES: 20" LENGTH HDG STRUTS TO SUPPORT MESSENGER CABLE TERMINATIONS AT MAJOR CHANGES IN DIRECTION, SECURED AT CENTER GUY WIRE ANCHOR AT REFLEX ANGLE ANGLED THIMBLE EYE & HARDWARE FOR GUY ANCHOR, THRU-BOLT TO RACKING SYSTEM POST #4 CU BARE EGC, TO BOND MESSENGER CABLES TOGETHER TIN-COAT-CU SPLIT BOLT W/ SEPARATOR, TO CONNECT EGC TO MESSENGER CABLE STRUT FOR N-S CABLE TERMINATIONS TO BE ON TOP E/W AXIS OF RACKING SYSTEM E/W AXIS OF RACKING SYSTEM DEAD END GUY GRIP 5/8"-16 STRUT NUT 5/8"-16 HEX BOLT 8" EQUAL 8" EQUAL 1'-8" 45° GUY WIRE AT ANGLE REQ'D TO BALANCE TENSION ON RACKING SYSTEM POST MESSENGER CABLE TO CONTINUE BETWEEN ROWS SUPPORT BRACKET FOR MSGR. CABLE CONTINUING NORTH STAGGER HEIGHTS OF ASSEMBLIES ATTACHED TO POST, TO AVOID CONFLICTS 3/8"-16 HOT DIP GALV U-BOLT TO ATTACH STRUT TO RACKING SYSTEM POST COORDINATE SIZE TO MATCH POSTS FOR PAIR OF MESSENGER CABLES: 20" LENGTH STRUTS TO SUPPORT MESSENGER CABLE TERMINATIONS AT MAJOR CHANGES IN DIRECTION, SECURED AT CENTER #4 CU BARE EGC, TO BOND MESSENGER CABLES TOGETHER E/W AXIS OF RACKING SYSTEM DEAD END GRIP ON OPPOSITE SIDE OF GUY ANCHOR N-S MESSENGER CABLE, TERMINATING AT 90° TURNING POSITION TIN-COAT-CU SPLIT BOLT W/ SEPARATOR, TO CONNECT EGC TO MESSENGER CABLE 1 MSGR CABLE DETAILS - MAJOR ANGLE CHANGE (TYP OF SOUTH END ARRAY) 0 1'' 2'' 4'' 2 SIDE-BY-SIDE MSGR. CABLES - 90 DEG ANGLE CHANGE 0 1'' 2'' 4'' 3 SIDE-BY-SIDE MESSENGER CABLES - 90 DEG ANGLE CHANGE 0 1'' 2'' 4'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION CONDUIT BETW RACK & INV. STATIONS PV314 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 33 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 5/8"-11 HOT DIP GALV THREADED ROD, BOLTED THRU POLES 5/8"-11 HOT DIP GALV HEX NUT GUY WIRE & CONNECTION TO ANCHOR END PIER ATTACHMENT KIT CAB9607 RACKING POST AT END OF CABLE RUN LOCKTITE IN THIS THREAD, SO THREADED ROD DOESN'T ROTATE DURING INSTALLATION 3/4" THRU HOLE ANGLED THIMBLE EYE DEAD END GUY GRIP THIMBLEYE 5/8"-11 HOT DIP GALV THREADED ROD, BOLTED THRU POLES 5/8"-11 HOT DIP GALV HEX NUT GUY WIRE & CONNECTION TO ANCHOR RACKING POST 3/4" THRU HOLE ANGLED THIMBLE EYE 1' MIN 1-PIECE PVC EXPANSION FITTINGS ON CONDUIT STUB-UPS, PER NEC300.5(J) STRUT SPANNING ACROSS RACKING POSTS, TO SUPPORT CONDUITS. LOCATE ABOVE EXPANSION JOINTS CONDUIT WEATHERHEADS TIN-COAT-CU SPLIT BOLT W/ SEPARATOR, TO CONNECT EGC & MSGR. CABLE, TYP EA. CONDUIT END BOT UPPER LAYER TO NEXT ROW CONTINUE PAST NEXT POST & TERMINATE ON NEXT POST BEYOND TRENCH MIN RAW STUB-UP HEIGHT LOWER LAYER TO PASS BETWEEN UPPER CONDUIT LAYER, TO TERMINATE ON ROW IMMEDIATELY SOUTH OF INVERTER PAD MESSENGER CABLE SUPPORT BRACKET TO SPREAD CABLE OUT AWAY FROM POSTS WEATHERHEAD FOR WEATHER STATION CONDUIT (WHERE APPLICABLE) ROUTE AS REQ'D TO WEATHER STATION WEATHER STATION CONDUIT (WHERE APPLICABLE) 2 SETS OF MESSENGER CABLE, ROUTED E-W ACROSS RACKING ROW #4 CU BARE EGC, TYP EA. CONDUIT TYP OF ALL: 4" CONDUITS, ROUTED TO EA. INVERTER 3/8"-16 U-BOLTS TO SECURE STRUT TO RACK POST END TERMINATION KIT FOR BOTH MESSENGER WIRES GUY WIRE, ANCHOR, & TURNBUCKLE AT END OF MESSENGER CABLE SYSTEM 3 GUY WIRE & CABLE TERMINATION 0 1'' 2'' 4'' 2 GUY WIRE CONNECTION 0 1'' 2'' 4'' 1 DC CONDUIT FROM MSGR. CABLE TO INVERTER STATIONS 0 6'' 12'' 18'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION MESSENGER CABLE CUTSHEETS PV315 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 34 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N Description 5/8 in. x 36 in. Earth Ground Anchor with 6" auger. 4000 pounds product failure load. Pull-Out load will be lower and depend on soil type. Hot dipped galvanized for additional corrosion resistance over painted models. Product Manual and CertiØcations  Earth Ground Anchor Guide Dimensions are in inches unless otherwise noted. Diameter x Length Auger Diameter Breaking Load (lbs) Weight (lbs) Product Family SpeciØcations 1/2" x 15" 4" 800 1.58 1/2" x 30" 4" 2400 2.42 5/8" x 36" 6" 3000 5.00 https://e-rigging.com/products/ground-eye-anchors?variant=39745763049545 5141 Virginia Way, Suite 410• Brentwood, TN 37027 • USA http://www.copperweld.com Office: +1.615.377.4200 Fax: +1.615.377.4167 Cable Description COPPERWELD® COPPER CLAD STEEL 40% EHS 7X0985, (Equivalent fault current of 3 AWG copper at 30 cycles) Cable Specifications ASTM B227 – Standard Specification for Hard-Drawn Copper-Clad Steel Wire ASTM B228 – Standard Specification for Concentric-Lay-Stranded Copper-Clad Steel Conductors Catalog Number 55C7X0985D PHYSICAL DATA Diameter of Individual Wires 0.0985 inch Number of Wires 7 Overall diameter 0.2955 inch Cross Section of Area 67.92 Kcmil Linear Weight 192.33 lb/1000 ft Minimum Break Load 7,489 lbf ELECTRICAL DATA Max. Conductor DC Resistance at 20oC 0.4013 Ω/1000 ft Conductivity – CCS wire 40 % IACS Fusing current @ 30 cycles 10 kA All materials contained in this document are the intellectual property of Copperweld Bimetallics, LLC., and protected by copyright laws. None of its content may not be reproduced, republished, distributed, transmitted, displayed, broadcast or otherwise exploited in any manner without the express prior written permission of Copperweld Bimetallics, LLC. For more information, contact engineering@copperweld.com. Note: Min Tensile 40% CCS EHS = 156,000 psi (ASTM B227) CAB 10011 Covered by one or more U.S. Patents listed at www.cabproducts.com/patents. Other patent(s) pending. Consent to make any representation regarding reproduction of these diagrams/files in any document is contingent upon "CAB Products", "CAB Solar", or “CAB”, being identified as the source. This confidential information is provided under terms of a non-disclosure agreement. This does not create any license beyond this content. MESSENGER WIRE DATASHEET MESSENGER WIRE MANAGEMENT INSTALLATION NOTES: 1. TYPICALLY SUPPORT ON EVERY POST FOR THE MOUNTING SYSTEM. MAX 30 FT SPANS BETWEEN POSTS 2. INSTALL GUY WIRES WHERE THE WIRE RUN TERMINATES, TURNS, OR FORMS A T-JUNCTION 3. TIGHTEN UNLOADED MESSENGER WIRE PER CHART, BASED ON AMBIENT TEMPERATURE. 4. END SUPPORTS TO BE INSTALLED WHERE MESSENGER WIRE TERMINATES. 5. MESSENGER WIRE TO BE SPLICED WITH CAB PART NUMBER 9754, MESSENGER WIRE SPLICE KIT. INSTALL 2 QTY SPLIT BOLTS & #4 CU BONDING JUMPER TO ESTABLISH ELECTRICAL CONTINUITY. 6. CAB MESSENGER CABLE HANGERS TO BE INSTALLED AT TYP 1 FT INTERVALS 7. INSTALLED SETTLING POSITION OF ASSEMBLY MUST CLEAR THE LOW END OF THE MODULE FRAMES FOR CARRYING ONLY SOURCE CIRCUIT WIRING FOR ALL MESSENGER CABLE RUNS, CARRYING BOTH DC COMBINER OUTPUTS & SOME HOME RUN WIRING MESSENGER WIRE WITH INTEGRATED GROUNDING, TYP OF ALL FOR SUPPORTING AT INTERMEDIATE RACKING SYSTEM POSTS LOOK FOR 900 LB WORKING LOAD FOR SUPPORTING AT TERMINAL RACKING SYSTEM POST ALONG PATH OF MESSENGER WIRE CABLE FOR MESSENGER CABLE RUNS, CARRYING ONLY DC COMBINER OUTPUTS. TYP OF ALL MESSENGER CABLE RUNS TO THE INVERTER STATIONS GUY WIRE ANCHORS FOR MESSENGER WIRE TERMINATION & INVERTER STATIONS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DC COMBINER STATION PV316 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 35 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 9" ~2'-0" E W MOST COMMON CASE (MIRRORED FOR ZONES 6 & 7) HORIZONTAL 2.375" O.D. PIPES (EITHER 2" RMC CONDUIT OR 2.375" O.D. GALV SS40 FENCE POST), TO LATERALLY BRACE COMBINER STRUCTURES TO PV SYSTEM RACK, FASTENED TO STRUT STRAPS STURT, PARALLEL TO ARRAY, TO SUPPORT LATERAL BRACING POSTS, FASTENED TO UNDERSIDE OF PURLINS HOLLAENDER SET-SCREW PIPE CONNECTOR, TYP 2 PER COMBINER, TO JOIN LATERAL BRACING TO COMBINER POSTS, #5 TEE FOR PIPE SIZE 2", W/ STAINLESS HARDWARE 1-HOLE CONDUIT STRAP, FASTENED TO FIELD-DRILLED THRU-HOLES IN STRUT SIDES STRUT TO SUPPORT WIRING METHODS HORIZONTAL STRUTS TO SUPPORT COMBINER, U-BOLTED ACROSS VERTICAL POSTS CORD GRIPS FOR WIRE ENTRY TERMINATE CONDUIT SLEEVES W/ END BELL ON BOTH ENDS VERTICAL STRUTS, THRU-BOLTED ACROSS RACKING SYSTEM POST W/ 2x 3/8"-16 FASTENERS, FOR SECURING PVC SLEEVING PVC SCH80 CONDUIT(S) AS SLEEVING TO CARRY DC CONDUCTORS FROM COMBINER TO MESSENGER CABLE SYSTEM THRU-BOLT CONDUIT STRAPS TO STRUT SIDE ROUTE DC CONDUCTORS & EGC AS REQ'D TO MESSENGER CABLE SYSTEM U-BOLT THE LATERAL POSTS TO TOP OF RACKING CHORD 20° ARRAY TILT FINISHED GRADE N S DC COMBINER COMBINERS W/ 2 1/2" HORIZONTAL CONDUIT FOR STRING WIRE SLEEVING FROM MESSENGER CABLE: CB1-1A, CB1-2A, CB1-4B, CB1-6B, CB1-7A, CB1-7B, CB1-8B, CB2-1A, CB2-1B, CB2-2A, CB3-8B, CB5-8B, CB6-1A, CB7-7A, CB7-8B, CB8-6, CB8-7, CB9-4, CB9-5, CB9-6, CB9-8B COMBINERS W/ NO HORIZONTAL CONDUIT NEEDED FOR STRING WIRE SLEEVING: (DUE TO ALL INPUTS COMING FROM SAME ROW) CB8-1B, CB8-2A, CB8-2B, CB8-3A, CB8-3B CB8-4A, CB8-4B, CB8-5A, CB8-5B, CB9-1A, CB9-2A, CB9-3A WIRE ENTRY CORD GRIPS (MATCH QTY & SIZE OF WIRES) #4 CU WIRE, SPLIT BOLT & STRUT GROUNDING CLAMP (HARGER SCBC158) TO BOND STRUT STRUCTURE TO #4 EGC (WHERE REQ'D) PVC SCH80 SLEEVING FOR DC WIRES FROM OTHER ROWS VIA MESSENGER CABLE SYSTEM MOST COMMON SIZE: 2" (TYP U.N.O.) WHERE QTY OF WIRES > 14, INCREASE TO 2 1/2" 3" SCH 80 PVC CONDUIT FOR ROUTING COMBINER OUTPUT WIRES & EGC TO MESSENGER CABLE SYSTEM STRUT CONDUIT STRAP PVC WEATHERHEAD CONDUIT HANGER CLAMP & 2" O.D. FENDER WASHER TO SUPPORT CONDUIT ON BEND 2" SCH80 PVC CONDUIT (TYP OF ALL) & 90° BEND, TO GUIDE WIRE FROM ARRAY TO BELOW COMBINER PVC END BELL OPEN-AIR WIRE BUNDLE, ROUTED TO CORD GRIP #4 CU WIRE, ROUTED W/ OUTPUT CONDUCTORS TO BE SPLICED TO MESSENGER CABLE DC WIRE FROM ARRAY ROW. APPLY EDGE TRIM TO PURLIN LIP & EDGE, AS WIRE DEPARTS PURLIN 1'-4" 4' 9" ~2 FT 3'-4" 4" 2'-8" DC COMBINER W E N S APPROXIMATE COMPASS, TYPICAL CASE FOR ZONES 8 & 9, MIRROR THIS ASSEMBLY TO INSTALL ON WEST SIDE OF ARRAY EAST-WEST AXIS OF RACKING SYSTEM POSTS COMBINER STATION SUPPORT POST COMBINER STATION SUPPORT POST, EITHER 2" RMC, OR 2 3/8" O.D. GALV STEEL FENCE POST MESSENGER WIRE PATHS POST OF RACKING SYSTEM CLOSEST TO COMBINER COMBINER STATION SUPPORT STRUTS APPROXIMATE FOOTPRINT OF ARRAY 2 3/8" O.D. PIPES FOR LATERAL BRACING (2" RMC OR 2 3/8" OD GALV STEEL FENCE POSTS) DIAGONAL STRUT FOR SECURING LATERAL BRACING, SECURED TO UNDERSIDE OF PURLINS HOLLAENDER SET-SCREW T-FITTING TO JOIN HORIZONTAL BRACE & VERTICAL POST, #5 TEE, STAINLESS HARDWARE HDG STRUT STRAPS TO SECURE LATERAL BRACING 2" PVC CONDUIT FROM LOCAL ROW LOCATE NE CORNER OF ARRAY (OR NW CORNER WHERE APPLICABLE) & USE AS A REFERENCE POINT TO LOCATE COMBINER STRUCTURE FENCE POST DOME CAP FENCE POST DOME CAP HDG U-BOLT (TYP OF 2) W/ 2X HEX NUTS, 2X LOCK WASHERS, & 2X USS FLAT WASHERS, TO BE FASTENED TO TOP OF RACKING SYSTEM CHORD DIAGONAL CHORD OF RACKING SYSTEM HDG U-BOLT (TYP OF 2) W/ NUTS & WASHERS TO FASTEN HORIZ. PIPE TO TOP OF RACKING CHORD STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 2 DC COMBINER STATION - VIEW FROM NORTH 0 6'' 12'' 18'' 1 DC COMBINER STATION (VIEW FROM AISLE) 0 6'' 12'' 18'' 3 DC COMBINER STATIONS - TOP DOWN VIEW 0 6'' 12'' 18'' NOTE: DO NOT DRILL MODULES. IF DRILLING NEAR MODULES OR OTHER EQUIPMENT, USE SACRIFICIAL LUMBER BEHIND WORKPIECE TO CATCH THE DRILL BIT AFTER FORMING HOLE. solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DC COMBINER STATION FRAMING PV317 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 36 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3'-4" 4" 2'-8" 4" 1'-1" 2'-1 1/4" 4'-9" 5'-2" 1'-4" VARIES UP TO 7'-0", TYP ~6': DETERMINE IN FIELD 4'-6" 4' 20° ARRAY TILT FINISHED GRADE N S ADJUST AS REQ'D HOLLAENDER SET-SCREW PIPE CONNECTOR, TYP 2 PER COMBINER, TO JOIN LATERAL BRACING TO COMBINER POSTS, #5 TEE FOR PIPE SIZE 2", W/ STAINLESS HARDWARE HOLLAENDER SET-SCREW PIPE CONNECTOR, TYP 2 PER COMBINER, TO JOIN LATERAL BRACING TO COMBINER POSTS, #5 TEE FOR PIPE SIZE 2", W/ STAINLESS HARDWARE LOCATE NORTH-MOST POST, RELATIVE TO CORNER OF ARRAY ON LOWER GRADE SLOPES, INCREASE HEIGHT OF TOP OF POST TO MATCH HEIGHT OF ARRAY (UP TO 5'-10" ABOVE GRADE), SO IT IS POSSIBLE TO CONNECT LATERAL BRACING 2'-8" AS REQ'D FOR COMBINER LATERAL BRACING TO CONNECT TO RACKING SYSTEM 2 QTY 2.375" O.D. VERTICAL POSTS TO SUPPORT COMBINERS, W/ DOME CAPS, EITHER FENCE POSTS OR RMC CONDUIT 3/8"-16 HOT DIP GALV U-BOLTS TO SECURE STRUTS TO VERTICAL POSTS 1-HOLE OR 2-HOLE CONDUIT STRAPS, TO SECURE CONDUITS TO TOP SURFACE OF STRUT HORIZONTAL HDG STRUTS, 2 FOR SUPPORTING COMBINERS, & 1 FOR SUPPORTING WIRING METHODS, LOCATE AS REQ'D TO MATCH COMBINER SUPPORTS THRU-BOLT FASTENERS TO SECURE CONDUIT STRAP, SIZE AS REQ'D 2" O.D. FENDER WASHER TO SUPPORT HANGER CLAMP, FOR SUPPORTING CONDUIT UPPER STRUT TO BE REDUCED IN LENGTH, DUE TO NOT NEEDING TO SUPPORT WIRING METHODS GROUND SCREWS FOR 2 3/8" O.D. POSTS ROUTE CONDUCTORS & EGC AS REQ'D TO MSGR. CABLE SYSTEM 20° ARRAY TILT HDG CONDUIT STRUT STRAP (NEAR) & U-BOLT TO RACKING CHORD (BEYOND) TO SECURE LATERAL BRACING LATERAL BRACING PIPE 3/8"-16 HOT DIP GALV FASTENERS TO THRU-BOLT ACROSS RACKING SYSTEM POST, AND FASTEN SLEEVING SUPPORT STRUTS TO RACKING POST PVC SCH80 CONDUIT FOR COMBINER OUTPUT SLEEVING PVC SCH80 CONDUIT SLEEVING FOR STRING WIRING FROM OTHER ROWS, ROUTED FROM POST W/ MSGR CABLE TO COMBINER 4'-6" LENGTH HDG STRUT ATTACHED TO RACKING PURLINS, OPEN CHANNEL TO FACE UPWARDS BRANCH CIRCUIT WIRING FROM OTHER ROWS #4 CU GROUND WIRE TO CONNECT COMBINER TO MESSENGER CABLE TIN-COAT-CU SPLIT BOLT W/ SEPARATOR BAR, TO JOIN GROUND WIRE & MESSENGER CABLE. SEPARATOR BAR TO BE BETWEEN MESSENGER CABLE & EGC DIRECT-BURIAL TIN-COATED COPPER LAY-IN-LUG, FASTENED TO RACKING SYSTEM #6 CU EGC, TO CONNECT RACKING TO MESSENGER CABLE TIN-COAT-CU SPLIT BOLT W/ SEPARATOR BAR, TO JOIN GROUND WIRE & MESSENGER CABLE COMBINER OUTPUT WIRING FROM SLEEVING TO MESSENGER WIRE SYSTEM 3/8"-16 x L2 1/2" HDG THRU-BOLT W/ MIN 1" O.D. FLAT WASHERS ON BOTH SIDES, TO SECURE STRUT TO PURLINS & FIT ACROSS OPEN SLOTS FINISHED GRADE N S 2 QTY 8" LENGTH STRUTS, THRU-BOLTED & SANDWICHED ACROSS RACKING SYSTEM POST, TO SUPPORT OPPOSITE END OF PVC SLEEVING 1 DC COMBINER FRAMING 0 6'' 12'' 18'' 2 DC COMBINER CONNECTIONS TO ARRAY 0 6'' 12'' 18'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION RACKING SECTION VIEW PV401 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 37 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N VARIES, DUE TO VARYING SLOPE 12'-6 3/4" 5'-1 3/8" 17'-8 1/8" 4'-9 1/8" 20° TILT GROUND SCREW FOOTING HORIZONTAL CHORD ALONG ARRAY LENGTH 2-HIGH MODULES IN PORTRAIT VERTICAL POSTS KNEE BRACE BRACKETS TO ATTACH MODULES TO PURLINS FINISHED GRADE VARIES FROM APPROXIMATELY FLAT TO ~20 DEGREES FINISHED GRADE HORIZONTAL PROJECTION OF ARRAY HORIZONTAL PROJECTION OF ROW SPACING HORIZONTAL PROJECTION OF REPEAT ROW SPACING N S APPROX COMPASS 2'-0" TO 2'-6" Z-PURLIN MOUNTING BRACKETS SLOPING ROLL-FORMED STEEL CHORD ALONG ARRAY LENGTH 1 RACKING DETAILS 0 6'' 1' 2' SEE APA DRAWING SET FOR FURTHER INFORMATION ON RACKING SYSTEM VERTICAL POST POSITIONS ARE ESTIMATES. COORDINATE W/ RACKING SYSTEM DRAWINGS FOR SPECIFICS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - INV. LAYOUT PV501 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 38 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 18'-2" MIN 5'-0" NEC WORKSPACE MIN 3'-0" 50'-8" 6" 5'-4" 6" 2" 6'-4" 4'-4" EGRESS PATH, UNOBSTRUCTED BY DOOR SWING WHILE 4'-0" IS REQ'D FOR NEC WORKSPACE, 5'-0" IS REQ'D TO ALLOW EGRESS W/ OPEN DOORS W APPROX COMPASS (MOST COMMON CASE) S N E ALIGN PAD WITH ARRAY AXIS, TYP OF ALL E APPROX COMPASS (SPECIAL CASE OF STATION #6 & #7) N S W INVERTER STATIONS: 2, 4, 7, & 8 INVERTER STATIONS: 3, 5, 6, & 9 INVERTER X-1 INVERTER X-2 INVERTER X-3 INVERTER X-4 INVERTER X-5 INVERTER X-6 INVERTER X-7 INVERTER X-8 INVERTER Y-1 INVERTER Y-2 INVERTER Y-3 INVERTER Y-4 INVERTER Y-5 INVERTER Y-6 INVERTER Y-7 INVERTER Y-8 XFMR & LOAD CTR. 2'-2" 2'-5 5/8" 8'-8 3/4" 2'-5 5/8" 2'-4" 1'-2" 5'-11 7/8" 11'-5 5/8" 12'-5 5/8" 17'-11 3/8" 23'-5 1/8" 23'-8" 28' 28'-8" 32'-3 5/8" 19'-3" 22'-8" 27' MIN 2'-0" MIN 5'-0" CLEAR X & Y ARE PLACEHOLDER FOR THE ID OF EACH INVERTER STATION, WHICH IS FOLLOWED BY THE INVERTER SUB-ID. E.G. THESE ARE INVERTERS 2-6 & 3-2 FOR THE PAD OF INVERTER STATIONS 2 & 3 CONCRETE CONTROL JOINT XFMR MONITORING CABINET 2 QTY 2 3/8" O.D. FENCE POSTS OR 2" RMC CONDUIT TO SUPPORT DAS RACK 2 QTY 2 3/8" O.D. FENCE POSTS OR 2" RMC CONDUIT TO SUPPORT DAS RACK 6'-4" STRUTS INVERTER RACK (BY SOLECTRIA) BASEPLATE & STRUT POST OF SOLECTRIA INVERTER RACK, TO BE WEDGE-ANCHORED TO SLAB TRANSFORMER & LOAD CENTER ARE SHARED FOR BOTH DAS ENCLOSURES ON THIS PAD 5'-0" STRUTS DC CONDUIT STUB-UP GFD GFD DAS ENCLOSURE DAS ENCLOSURE MULTIPLE OF 2" REQ'D FOR SLOT PATTERN ~3'-4" PLANNED MULTIPLE OF 2" REQ'D FOR SLOT PATTERN STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 TYPICAL DUAL INVERTER STATION PAD LAYOUT (INVERTER STATION SIDE) 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS MATCH LINE A MATCH LINE A CONT'D ON NEXT SHEET solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - XFMR LAYOUT PV502 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 39 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MIN 3'-0" 50'-8" 3' 15'-9" 6 5/8" 4'-2 1/2" 3'-3" 2'-1 5/8" 8'-0 1/8" 6" 5'-4" 6" 2" 6'-4" 18'-2" 4'-4" 7 3/4" 4'-10 1/4" TRANSFORMERS: PV2, PV4, PV7, & PV8 EGRESS PATH, UNOBSTRUCTED BY DOOR SWING WHILE 4'-0" IS REQ'D FOR NEC WORKSPACE, 5'-0" IS REQ'D TO ALLOW EGRESS W/ OPEN DOORS TRANSFORMERS: PV3, PV5, PV6, & PV9 INVERTER STATIONS: 2, 4, 7, & 8 INVERTER STATIONS: 3, 5, 6, & 9 INVERTER X-3 INVERTER X-4 INVERTER X-7 INVERTER X-8 INVERTER Y-3 INVERTER Y-4 INVERTER Y-7 INVERTER Y-8 ECB OF STATIONS 3, 5, 6, & 9 ECB OF STATIONS 2, 4, 7, & 8 XFMR & LOAD CTR. 12'-5 5/8" 17'-11 3/8" 23'-5 1/8" 23'-8" 28' 28'-8" 32'-3 5/8" 39'-2 1/2" 47'-2" 50'-2" 50'-8" 11'-5 1/2" 18'-4 3/8" 19'-3" 22'-8" 27' MIN 2'-0" MIN 5'-0" CLEAR X & Y ARE PLACEHOLDER FOR THE ID OF EACH INVERTER STATION, WHICH IS FOLLOWED BY THE INVERTER SUB-ID. E.G. THESE ARE INVERTERS 2-6 & 3-2 FOR THE PAD OF INVERTER STATIONS 2 & 3 CONCRETE CONTROL JOINT 10 FT CLEAR SPACE REQ'D FOR PRIMARY ENCLOSED CIRCUIT BREAKER, NESTED BEHIND TRANSFORMER SECONDARY XFMR MONITORING CABINET XFMR MONITORING CABINET ENCLOSED CIRCUIT BREAKER, NESTED BEHIND TRANSFORMER SECONDARY MIN 3'-6" NEC WORKSPACE MIN 3'-6" NEC WORKSPACE 2 QTY 2 3/8" O.D. FENCE POSTS OR 2" RMC CONDUIT TO SUPPORT DAS RACK 2 QTY 2 3/8" O.D. FENCE POSTS OR 2" RMC CONDUIT TO SUPPORT DAS RACK 6'-4" STRUTS 10 FT CLEAR SPACE REQ'D FOR PRIMARY TRANSFORMER & LOAD CENTER ARE SHARED FOR BOTH DAS ENCLOSURES ON THIS PAD TRANSFORMER SPACING PLANNED, SO DOORS CAN OPEN COMPLETELY 5'-0" STRUTS TRANSFORMER INVERTER ANCHOR PLATES (6 QTY 1"-8 HOT DIP GALV WEDGE ANCHORS, INSTALLED AFTER LANDING TRANSFORMER) GFD GFD DAS ENCLOSURE DAS ENCLOSURE MULTIPLE OF 2" REQ'D FOR SLOT PATTERN ~3'-4" PLANNED MULTIPLE OF 2" REQ'D FOR SLOT PATTERN W APPROX COMPASS (MOST COMMON CASE) S N E E APPROX COMPASS (SPECIAL CASE OF STATION #6 & #7) N S W STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 TYPICAL DUAL INVERTER STATION PAD LAYOUT (TRANSFORMER SIDE) 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS CONT'D ON PREVIOUS SHEET MATCH LINE A MATCH LINE A EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - DC CONNECTIONS PV503 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 40 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-1 3/8" 5'-8 1/4" 12'-3 3/4" 16'-10 5/8" 18'-2" 1'-8 5/8" 4'-10 3/4" 7'-5" 10'-7 1/8" 13'-1 3/8" 16'-3 1/2" 18'-9 3/4" 21'-11 7/8" W APPROX COMPASS (MOST COMMON CASE) S N E E APPROX COMPASS (SPECIAL CASE OF STATION #6 & #7) N S W INVERTER STATIONS: PV2, PV4, PV7, & PV8 TO 1ST & 2ND ARRAY ROWS SOUTH OF INVERTER STATIONS, ROUTE AS REQ'D CONDUITS ROUTED IN OPPOSITE DIRECTION FOR PAD OF INV STATIONS 6 & 7 TO 1ST & 2ND ARRAY ROWS SOUTH OF INVERTER STATIONS, ROUTE AS REQ'D " " 1 PV305 1 PV305 1 PV305 1 PV305 1 1/2" DATA CONDUIT FOR INVERTER DATA 1 1/2" DATA CONDUIT FOR INVERTER DATA 4" DC CONDUITS IN LOWER LAYER FOR NORTH-MOST INVERTER STATION 4" DC CONDUITS IN LOWER LAYER FOR NORTH-MOST INVERTER STATION 8 QTY 4" DC CONDUITS IN EACH TRENCH, STAGGERED IN TWO LAYERS. UPPER LAYER FOR SOUTH-MOST INVERTER STATION & LOWER LAYER FOR NORTH-MOST INVERTER STATION WHERE APPLICABLE: 1" DATA CONDUIT FOR WEATHER STATION AT INVERTER STATION 6 TYP EACH INVERTER: 4" DC CONDUIT, ROUTE FROM NEARBY ARRAY, W/ TYP 4 QTY DC CONDUCTORS + EGC IN EACH INVERTER STATIONS: PV3, PV5, PV6, & PV9 1 TYPICAL DUAL INVERTER STATIONS - DC MESSENGER CABLE ROUTE 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS CONT'D ON NEXT SHEET MATCH LINE A MATCH LINE A solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - AC & DATA CONDUIT PV504 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 41 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 2'-3" 2'-9" 3'-3" 3'-9" 4'-3" 6'-8" 7' 7'-3" 11' 11'-3" 11'-6" 13'-10" 14'-4" 14'-10" 15'-4" 15'-10" 18'-9 3/4" 21'-11 7/8" MEDIUM VOLTAGE FROM/TO OTHER TRANSFORMERS. TERMINATE ~5" ABOVE TOP OF CONCRETE, W/ END BELL 5 QTY 4" SECONDARY CONDUITS TERMINATE ~5" ABOVE TOP OF CONCRETE, W/ END BELL MEDIUM VOLTAGE CONDUITS BETW. XFMR'S AT SAME PAD, TYP SIZE: 5", SPECIAL CASE: 6" BETW. XFMR's PV4 & PV5 5 QTY 4" SECONDARY CONDUITS BETW. ECB & CORRESPONDING AC COMBINER 5 QTY 4" SECONDARY CONDUITS BETW. ECB & CORRESPONDING AC COMBINER, @ 6" O.C. 5 QTY 4" SECONDARY CONDUITS BETWEEN XFMR PV3 & ECB #3 5 QTY 4" SECONDARY CONDUITS BETW. XFMR & CORRESPONDING ECB 1 1/2" TRANSFORMER MONITORING DATA CONDUIT 1" XFMR MONITORING POWER CONDUIT FOR FAR XFMR 1" CT CONDUIT FOR DAS OF FAR XFMR 1" CT CONDUIT FOR DAS #3 6"x6"x5' NEMA 3R WIRE TROUGH TO COLLECT DAS CONDUITS (DAS #'S 3, 5, 6, & 9) 1" POWER & 1" DATA CONDUITS BETW. DAS ENCLOSURES @ 2-STATION PADS 6"x6"x4FT NEMA 3R WIRE TROUGH TO COLLECT DAS CONDUITS (DAS #'S 2, 4, 7, & 8) 1" SPARE DAS POWER CONDUIT 1" SPARE DAS POWER CONDUIT MEDIUM VOLTAGE CONDUITS TO NEXT PAD, TYP SIZE: 5", SPECIAL CASE: 6" OUTPUT FROM XFMRs PV5 & PV6 MEDIUM VOLTAGE CONDUITS FROM PREVIOUS PAD, TYP SIZE: 5" 2-LAYERS OF CONDUITS 2-LAYERS OF CONDUITS TO NEXT XFMR TO NEXT XFMR 1 1/2" DATA CONDUIT TO/FROM PREVIOUS DAS TO NEXT DAS INVERTER STATIONS: PV2, PV4, PV7, & PV8 ENCLOSED CIRCUIT BREAKER: ECB #3, #5, #6, & #9 TO 1ST & 2ND ARRAY ROWS SOUTH OF INVERTER STATIONS, ROUTE AS REQ'D 8" 1'-5" 1'-11" 2'-5" 3' 3'-3" 5'-8" 6'-3" 6'-10" 12'-7" 13'-2" 13'-9" 14'-5" 15'-1" 16'-5" 16'-11" 17'-5" 17'-11" 19'-7" 19'-9" 23'-2" 25'-10 1/4" 1'-8" 2' 2'-4" 4'-4" 4'-9" 4'-11" 5'-1" 5'-6" 11'-7" 13'-6" 13'-11" 15'-11" 18'-2" 1 PV305 1 PV305 1 1/2" TRANSFORMER PV3 MONITORING DATA CONDUIT 1" TRANSFORMER MONITORING POWER CONDUIT (SHARED FOR BOTH) 1 QTY 1 1/2" DATA CONDUIT TO NEXT DAS 1 QTY 1 1/2" DATA CONDUIT TO NEXT DAS 1 QTY 1" VOLTAGE TAP CONDUIT 1 QTY 1" VOLTAGE TAP & AUX POWER CONDUIT 1 QTY 1" WEATHER DATA CONDUIT WHERE APPLICABLE INVERTER STATIONS: PV3, PV5, PV6, & PV9 ENCLOSED CIRCUIT BREAKER: ECB #2, #4, #7, & #8 1 TYPICAL DUAL INVERTER STATION - CONDUIT LAYOUT 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS CONT'D ON PREVIOUS SHEET MATCH LINE A MATCH LINE A EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - REBAR WEST PV505 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 42 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3' 6'-3" 6'-8" 7" 5" 3" 1'-1" 7" 1' 10" #2/0 CU BARE GROUND RING AROUND EQPT PAD U U 6'-8" 13'-2" 15'-11" LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING SPLIT BOLT TO JOIN GROUND WIRES GROUND ROD #2, 3/4" X 10 FT CU-CLAD, MIN 6'-0" FROM GROUND ROD #1, CONNECT GROUND WIRE W/ ACORN CLAMP, STUB-UP ~3" ABOVE TOC, FOR CONNECTION TO TRANSFORMER GROUND TERMINAL SPLIT BOLT TO JOIN GROUND WIRES GROUND ROD #1, 3/4" X 10 FT CU-CLAD, CONNECT GROUND WIRE W/ ACORN CLAMP, STUB-UP ~3" ABOVE TOC, FOR CONNECTION TO TRANSFORMER GROUND TERMINAL LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP, FOR CONNECTION TO TRANSFORMER GROUNDING TERMINAL. PASS THRU MIN 1" PVC SLEEVE, AND STUB-UP TO SAME HEIGHT AS OTHER STUB-UPS. GROUND WIRE TO CONNECT TO REBAR W/ BONDING CLAMPS, GREAVES J32-DB OR EQUIVALENT, TYP OF BOTH RELAY LAYERS ATYPICAL REBAR SPACING TO ADAPT TO INVERTER STATION POSTS & DC CONDUIT MIN 3" MAX 6" REBAR COVER FROM EDGE OF SLAB RELOCATE REBAR TO ADAPT TO CONDUITS ATYPICAL REBAR POSITION TO ADAPT TO POST LOCATIONS SPLIT BOLT TO JOIN GROUND WIRES 2 LAYERS OF #4 REBAR AT TYP 12" O.C. U U W APPROX COMPASS (MOST COMMON CASE) S N E E APPROX COMPASS (SPECIAL CASE OF STATION #6 & #7) N S W 1 TYP. DUAL INVERTER STATION PAD - REBAR & GROUNDING (XFMR SIDE) 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS CONT'D ON NEXT SHEET MATCH LINE A MATCH LINE A EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION TYP INV. STATIONS - REBAR EAST PV506 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 43 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-1" 7" 1' 10" 8" 8" 8" #2/0 CU BARE GROUND RING AROUND EQPT PAD U U W APPROX COMPASS (MOST COMMON CASE) S N E E APPROX COMPASS (SPECIAL CASE OF STATION #6 & #7) N S W LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING 2 LAYERS OF #4 REBAR AT TYP 12" O.C. LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING LOCATIONS OF BASEPLATES OF INVERTER RACK (ABOVE) LOCATIONS OF BASEPLATES OF INVERTER RACK (ABOVE) ATYPICAL REBAR SPACING TO ADAPT TO INVERTER STATION POSTS & DC CONDUIT ATYPICAL REBAR POSITION TO ADAPT TO POST LOCATIONS ADDT'L LENGTH OF REBAR, AND OFFSET FROM STANDARD SPACING, TO ADAPT TO CONDUIT LOCATIONS CUTAWAY REBAR WHERE REQ'D TO FIT CONDUITS SPLIT BOLT TO JOIN GROUND WIRES U U 1 TYP. DUAL INVERTER STATION PAD - REBAR & GROUNDING (INVERTER SIDE) 0 1' 2' 3' INV. STATION PADS W/ 2 STATIONS CONT'D ON PREVIOUS SHEET MATCH LINE A MATCH LINE A solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. STATION SECTION VIEWS PV507 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 44 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MIN 3'-7" BETW. CTRs 8" 1'-4" 5'-6" 5'-10" 5" 1'-5" 4" 3" 6" 3" 1' TO GROUND RING REDUCE EXCAVATION DEPTH TO 4'-0", WHERE NOT REQ'D FOR 5 LAYERS OF CONDUIT FINISHED GRADE PVC EXPANSION JOINTS DAS ENCLOSURE TYP 5 KVA MINI TRANSFORMER (10 KVA @ STATION 6) AUX LOAD CENTER GROUND FAULT DETECTOR ENCLOSURE 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT TOP OF POST TO BE 6'-8" ABOVE T.O.C. 8 QTY TYP 6'-4" HDG STRUTS TO SPAN ACROSS POSTS 3/8" HDG U-BOLTS TO SECURE STRUTS TO POSTS NEMA 3R WIRE TROUGH TO COLLECT DAS CONDUITS DAS & METERING CONDUITS W/ MIN 8" RAW STUB-UP HEIGHT ABOVE T.O.C 5 QTY 4" CONDUITS WRAP ALL CONDUITS IN FOAM SHEET AS THEY PASS THRU SLAB 1-PIECE CONDUIT EXPANSION JOINTS MALE ADAPTERS TO TERMINATE ON BOTTOM OF EQPT PVC END BELL ON EQPT TERMINATING ON OPEN-BOTTOM EQPT DOME CAP RAW HEIGHT OF CONDUIT STUB-UPS RAW STUB-UP HEIGHT 1 QTY SHARED 1" CONDUIT FOR VOLTAGE TAP & AUX POWER DAS EQPT RACK, EXACT LOCATION VARIES BASED ON PAD CONFIGURATION 2 LAYERS OF #4 REBAR GRID @ TYP 12"O.C., MIN 3" COVER AC COMBINER AC ENCLOSED CIRCUIT BREAKER REQ'D TO COUPLE FACTORY BENDS U 3/4" CRUSHED STONE 4000 PSI CONCRETE SAND XFMR LOAD CTR 1'-11" 2'-5" 3' 5'-7 1/2" 6'-8" 1'-4" 6" 5'-4" 6" AUX LOAD CENTER TYP 6'-4" STRUTS FOR SUPPORTING EQPT, U-BOLTED TO POSTS. COORDINATE W/ EQPT SHOP DRAWINGS. SHARE STRUTS AS PRACTICAL. 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT TOP OF POST TO BE 6'-8" ABOVE T.O.C. WRAP ALL CONDUITS IN FOAM SLEEVING AS THEY PASS THRU THE CONCRETE, TO ENABLE VERTICAL MOVEMENT EMBED POSTS THRU CONCRETE SLAB NEMA3R WIRE TROUGH TO COLLECT DATA CONDUITS LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING, LOCATE BELOW CONCRETE EXPANSION JOINTS PER NEC300.5(J) MIN 8" RAW STUB-UP HEIGHT CONVENIENCE RECEPTACLE & ALUMINUM BACKPLATE, MOUNT & LOCATE AS REQ'D 1" DAS ENCLOSURE ~H32"xW32"xD12" 4 QTY 1" DATA CONDUITS 1" MINI XFMR 1" U U TO GROUND RING 6"x6"x5 FT NEMA3R WIRE TROUGH GFD ENCLOSURE 2x 1" 1" 1/2" 3.5" LENGTH BOLTS, FASTENED THRU STRUT CAB 9332 WIRE HANGER CAB SUPPORT BRACKET MESSENGER CABLE SYSTEM, ROUTED FROM ADJACENT RACKING MESSENGER CABLE SYSTEM, ROUTED FROM ADJACENT RACKING PULL BOX FOR DATA WIRING 1" WEATHER STATION DATA CONDUIT TO ADJACENT ARRAY (WHERE APPLICABLE) 1 1/2" DATA CONDUIT TO DAS ENCLOSURE PVC EXPANSION JOINTS FOAM WRAPPING AROUND CONDUIT STUB-UPS AC CABLE TRAYS (STANDARD WITH INVERTER RACK) 1'-11" 2'-5" 3' 5'-7 1/2" 6'-8" 1'-4" 4" 4'-4" 4" 5' TYP 5'-0" STRUTS FOR SUPPORTING EQPT, U-BOLTED TO POSTS, REDUCED LENGTH WHERE NOT REQ'D FOR AUX POWER XFMR & LOAD CENTER. COORDINATE W/ EQPT SHOP DRAWINGS. SHARE STRUTS AS PRACTICAL. 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT TOP OF POST TO BE 6'-8" ABOVE T.O.C. WRAP ALL CONDUITS IN FOAM SLEEVING AS THEY PASS THRU THE CONCRETE, TO ENABLE VERTICAL MOVEMENT EMBED POSTS THRU CONCRETE SLAB NEMA3R WIRE TROUGH TO COLLECT DATA CONDUITS LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING, LOCATE BELOW CONCRETE EXPANSION JOINTS PER NEC300.5(J) MIN 8" RAW STUB-UP HEIGHT DAS ENCLOSURE ~H32"xW32"xD12" 4 QTY 1" DATA CONDUITS U U TO GROUND RING 6"x6"x4 FT NEMA3R WIRE TROUGH GFD ENCLOSURE 2x 1" AUX TRANSFORMER & LOAD CENTER IS SHARED W/ OTHER DAS AT THIS PAD 1 SECTION VIEW: TYP AC COMBINER & ENCLOSED BREAKER 0 6'' 1' 2' 2 SECTION VIEW: CASE OF DAS#1, 3, 5, 6, & 9 0 6'' 1' 2' 3 SECTION VIEW - INVERTER STATION ARRAY SIDE 0 6'' 12'' 18'' 4 SECTION VIEW: CASE OF DAS#2, 4, 7, & 8 0 6'' 1' 2' INV. STATION PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INVERTER STATION ELEVATION VIEW PV508 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 45 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N TYP OF ONE INVERTER PER STATION: #4 CU WIRE & CORD GRIP TO JOIN STRUT GROUNDING CLAMP TO MESSENGER WIRE TYP OF EACH INVERTER: 4" DC CONDUIT STUB-UP FROM ARRAY FIELD, COORDINATED TO MATCH INVERTER LAYOUT EXPANSION JOINT & MALE ADAPTER TO TERMINATE TO INVERTER WRAP ALL CONDUIT STUB-UPS IN FOAM SLEEVING AS THEY PASS THRU CONCRETE INVERTER X-5 INVERTER X-6 INVERTER X-7 INVERTER X-8 #4 CU BARE WIRE, SPLIT BOLT & STRUT GROUNDING CLAMP (HARGER SCBC158) TO BOND STRUT STRUCTURE TO #4 EGC 8" 4" 1' 8" 4" 2'-2" 2'-9" 3'-3" 3'-9" 4' 8" 2'-8" 3" 6" 3" 3" #4 REBAR @ TYP 12" O.C. BOTH DIRECTIONS, 2 LAYERS WHERE NECESSARY FOR EQPT WORKING SPACE, TAPER FINISHED GRADE OR ADD CRUSHED STONE, TO MEET TOP OF SLAB 1" BEVELED EDGE MIN 3", MAX 6" CONCRETE COVER FROM REBAR EARTH CONDUIT LAYER 3 FINISHED GRADE GROUND RODS NOT SHOWN FOR SIMPLICITY CONDUIT LAYER 2 CONDUIT LAYER 4 (3" & SMALLER) 3/4" CRUSHED STONE CONDUIT LAYER 1 NOTE: EQUIPMENT NOT SHOWN FOR SIMPLICITY 4000 PSI CONCRETE SLAB SAND POSITION REBAR SO AS TO NOT CONFLICT WITH CONDUITS STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 INVERTER RACK ELEVATION VIEW 0 6'' 1' 2' 2 EQPT PAD - GENERAL DETAIL 0 6'' 1' 2' INV. STATION PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. STATION 1 - INVERTER LAYOUT PV509 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 46 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-5 5/8" 3'-8 1/4" 2' 3'-8 1/4" 2' 3'-8 1/4" 2' 3'-8 1/4" 12'-9" 1'-5" 7" 3' 2'-8 1/4" 3' 2'-0 3/4" 6" 8'-2 1/4" 12'-9" 6" COOLING FINS LOCATION OF PARTITION BETWEEN PRIMARY & SECONDARY CABINETS 6 QTY ANCHORING LOCATIONS, ACCESSIBLE AFTER TRANSFORMER IS LANDED. MATCH ANCHOR TO HOLE SIZE, ESTIMATED 1" FASTENERS FROM SHOP DRAWINGS (VERIFY W/ MFR OR IN FIELD) 6"x6"x5 FT NEMA3R WIRE TROUGH TO COLLECT CONDUITS W E N APPROX COMPASS 2 MVA MEDIUM-VOLTAGE TRANSFORMER PV1 AC COMBINER AC CIRCUIT BREAKER INVERTER 1-1 INVERTER 1-2 INVERTER 1-3 INVERTER 1-4 INVERTER 1-5 INVERTER 1-6 INVERTER 1-7 INVERTER 1-8 ALIGN PAD WITH ARRAY AXIS, TYP OF ALL S 7'-11 3/8" 2'-5 5/8" 2'-4" 1'-2" 5'-11 7/8" 11'-5 5/8" 12'-5 5/8" 17'-11 3/8" 22'-10" 23'-1" 23'-5 1/8" 27'-3 1/2" 28'-2" 29' 39'-3" 11'-1" 5'-4" 6" CONCRETE FOUNDATION DRAIN VALVE LOCATION, KEEP CONDUITS OUT OF SPACE NEEDED FOR DRAIN VALVE INVERTER RACKING FOOT & STRUT POST LOCATIONS, TYP OF 12 PRU-8 POWERRACK INVERTER RACKING 2 QTY 2 3/8" VERTICAL POSTS FOR DAS EQPT @ MULTIPLE OF 2" O.C. TO ALIGN W/ SLOT PATTERN STRUT RACK FOR AUX EQPT DATA WIRING ENCLOSURE 2'-0" CLEARANCE REQ'D PER MANUAL 10'-0" CLEARANCE REQ'D FOR PRIMARY CONCRETE CONTROL JOINT 4'-0" CLEARANCE REQ'D FOR SECONDARY REGION OF DEEPER EXCAVATION DEPTH FOR CONDUIT LAYERS DAS NOT TO BE INSTALLED HERE, TO AVOID ENCROACHING ON DOOR SWING GFD DAS ENCLOSURE XFMR & LOAD CTR. STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 TYPICAL DUAL INVERTER STATION PAD LAYOUT (TRANSFORMER SIDE) 0 1' 2' 3' INV. STATION 1 PAD EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. STATION 1 - CONDUIT PV510 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 47 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-5" 1'-8" 2' 2'-6" 4'-6" 8'-3" 10'-3" 11'-9" 12'-9" 6" 6" 6" 6" 6" 6" 6" 6" 11'-7" 13'-10" 14'-5 1/4" 2 QTY 5" MEDIUM VOLTAGE CONDUITS TO XFMR PV2 (1 ACTIVE/1 SPARE). TERMINATE ~5" ABOVE TOP OF CONCRETE, W/ END BELL 5 QTY 4" CONDUITS FROM AC BREAKER, TERMINATE ~5" ABOVE TOP OF CONCRETE, W/ END BELL 1" POWER CONDUIT FOR XFMR MONITORING 1 1/2" DATA CONDUIT FOR XFMR MONITORING 1" CONDUIT SHARED FOR DAS POWER & VOLTAGE FROM AC COMBINER TO DAS STATION DISTRIBUTE DATA CONDUITS AS REQ'D TO FIT W E N APPROX COMPASS TO NEXT PV XFMR S TO NEXT DAS TO ARRAY ROW SOUTH OF INVERTER STATION, ROUTE AS REQ'D TO ARRAY ROW SOUTH OF INVERTER STATION, ROUTE AS REQ'D 10" 1'-10" 2'-4" 2'-10" 3'-4 1/2" 5'-4" 5'-9" 6'-2" 38'-6 1/2" 3'-8" 12'-9" 2 PV305 2 PV305 2 PV305 2 PV305 UNDERGROUND AC CONDUIT, STACKED IN 5 LAYERS CONSOLIDATE TO 2 LAYERS FOR CONNECTION TO TRANSFORMER 1 1/2" DATA CONDUIT FOR INVERTER DATA 2 QTY 1" CONDUITS FOR DAS FROM TRANSFORMER, 1 QTY FOR CT'S, 1 QTY FOR VOLTAGE TAPS 6"x6"x5 FT NEMA 3R WIRE TROUGH ABOVE PAD TO COLLECT CONDUITS EXCAVATE TO A DEEPER DEPTH IN THIS REGION TO ALLOW FOR 5 LAYERS OF CONDUIT 1 QTY 1 1/2" DATA CONDUIT TO NEXT DAS 1" PVC CONDUIT SLEEVES FOR GROUND WIRE TO EACH TRANSFORMER CABINET TYP EACH INVERTER: 4" DC CONDUIT, ROUTE FROM NEARBY ARRAY, W/ TYP 4 QTY DC CONDUCTORS + EGC IN EACH 1 TYPICAL INVERTER STATION PAD - CONDUIT LAYOUT 0 1' 2' 3' INV. STATION 1 PAD EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION INV. STATION 1 - REBAR & GROUNDING PV511 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 48 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3" 12'-3" 3" 3" 38'-9" 3" 3" 3" 38'-9" 3" 1'-5" 3'-8" 1' 10" 10" 10" 9" 3" 1' 11" 10" SPLIT BOLT TO JOIN GROUND WIRES #2/0 CU GROUND RING AROUND EQPT PAD W E N APPROX COMPASS U U S MIN 3" MAX 6" REBAR COVER FROM EDGE OF SLAB ATYPICAL SPACING OF REBAR, TO ADAPT TO INVERTER STATION POSTS & CONDUIT MIN 3" MAX 6" REBAR COVER FROM EDGE OF SLAB CUT AWAY REBAR WHERE REQ'D FOR CONDUIT TO PASS CUT-AWAY AND RELOCATE REBAR, WHERE NECESSARY TO ADAPT TO CONDUIT, SUCH THAT MIN 2 QTY REBAR PIECES ARE ON EACH EDGE OF CONDUIT GROUP 2 LAYERS OF #4 REBAR AT TYP 12" O.C. GROUND WIRE TO CONNECT TO REBAR W/ BONDING CLAMPS, GREAVES J32-DB OR EQUIVALENT, TYP OF BOTH RELAY LAYERS LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING GROUND ROD #1, 3/4" X 10 FT CU-CLAD, CONNECT GROUND WIRE W/ ACORN CLAMP, STUB-UP ~3" ABOVE TOC, FOR CONNECTION TO TRANSFORMER GROUND TERMINAL GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP, FOR CONNECTION TO TRANSFORMER GROUNDING TERMINAL. PASS THRU MIN 1" PVC SLEEVE, AND STUB-UP TO SAME HEIGHT AS OTHER STUB-UPS. GROUND ROD #2, 3/4" X 8 FT CU-CLAD, MIN 6'-0" FROM GROUND ROD #1 CONNECT BOTH GROUND WIRES W/ ACORN CLAMP LOCATIONS OF BASEPLATES OF INVERTER RACK (ABOVE) RESUME STANDARD 12" O.C. SPACING OF REBAR RESUME STANDARD 12" O.C. SPACING OF REBAR ATYPICAL SPACING OF REBAR, TO ADAPT TO INVERTER STATION POSTS CUTAWAY REBAR WHERE REQ'D TO FIT CONDUITS 2 LAYERS OF #4 REBAR AT TYP 12" O.C. 1 TYPICAL INVERTER STATION - PAD GROUNDING 0 1' 2' 3' INV. STATION 1 PAD EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - LAYOUT PV512 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 49 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 18'-4" 14' 6'-0" MIN MIN 5'-0" 2'-5" 5'-1" 6'-6" 10'-6 1/4" 4'-10" 3'-1" 10'-3" 8" 6" 2'-11 5/8" 1'-6" 11" 4'-1" 10 1/2" 2'-2" 1'-5" 2'-1" 4'-2" 6'-7" 8'-3" 10'-8" 8" 8 3/8" 2'-9" 1 5/8" 3'-9" 1 5/8" 3/4" 2'-4" 3/4" 1' 7'-4 3/4" 6" 6'-2" 8'-3 1/4" CONCRETE PAD LEVEL, 4" ABOVE FINISHED GRADE (TOC) 5'-0" CLEAR SPACE REQ'D FOR INVERTER AC CABINET, PER INVERTER MANUAL 5'-0" CLEAR SPACE REQ'D FOR INVERTER DC CABINET, PER INVERTER MANUAL & NEC110.34 5'-0" CLEAR SPACE REQ'D PER INVERTER MANUAL 10'-0" CLEAR SPACE REQ'D FOR TRANSFORMER MV WORKING SPACE ADJACENT BESS CONTAINER PAD ADJACENT BESS CONTAINER NON-WORKING SIDE OF BESS INVERTER. PROVIDE MIN 2'-6" OF SLAB WIDTH TO ALLOW CONTINUOUS WALK-AISLE 400A AC DISCONNECT FOR AUX POWER TO BESS CONTAINER AUXILIARY EQPT: 30A DISCONNECT 5kVA XFMR GFD & METER BOX W E N S ODD-NUMBERED BESS PADS APPROX COMPASS FROM ADJACENT BESS CONTAINER PAD 225 KVA ISOLATION TRANSFORMER FOR BESS CONTAINER AUX POWER FRONT SIDE REAR SIDE W E N S EVEN-NUMBERED BESS PADS APPROX COMPASS (180° FROM OTHERS) CONDUIT BOX-OUT DIMENSIONS BESS INVERTER ANCHOR PLATES (5/8"-11 HDG WEDGE ANCHORS, INSTALLED AFTER LANDING INVERTER, 16 QTY PER BESS INVERTER) 1750 KVA TRANSFORMER FOR BESS SYSTEM MINIMUM CLEAR SPACE BETWEEN TRANSFORMER & BESS, AS REQ'D PER INVERTER MANUAL ANTICIPATE TRANSFORMER COOLING FINS WHEN PLANNING PAD BESS INVERTER OUTLINE OVERALL PAD DIMENSIONS REGION OF DC CONDUIT ENTRIES REGION OF AC CONDUIT ENTRIES 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT. MIN LENGTH: 8'-0". TOP OF POST TO BE 6'-9" ABOVE T.O.C. & FULLY EMBEDDED IN SLAB SLAB PERIMETER STRUT AS REQ'D FOR MOUNTING DISCONNECT & AUXILIARY EQPT REGION OF DATA CONDUIT ENTRY ADJACENT BESS CONTAINER PAD THIS PAD DIMENSION IS ONLY AN ESTIMATE. COORDINATE WITH SHOP DRAWINGS OF XFMR'S 3/8"-16 HDG U-BOLTS FOR SECURING STRUT CONDUIT BOX-OUT FORMING BOARDS CONDUIT BOX-OUT INTERIOR LOCATIONS CONDUIT BOX-OUT FORMING BOARDS CONDUIT BOX-OUT FORMING BOARDS HOLE PATTERN OF ANCHOR POINTS FOR 225 KVA TRANSFORMER. REQ'D TO BE INSTALLED IN ADVANCE. 1/2"-13 HDG WEDGE ANCHORS TRANSFORMER INVERTER ANCHOR PLATES (6 QTY 1"-8 HOT DIP GALV WEDGE ANCHORS, INSTALLED AFTER LANDING TRANSFORMER) ANTICIPATE DRAIN VALVE WHEN PLANNING CONDUITS AC AUX POWER CONDUIT ENTRY 1 BESS EQPT PADS W/ BESS INVERTER & BESS TRANSFORMER 0 6'' 1' 2' BESS INVERTER PADS EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS FOR BOTH TRANSFORMER TYPES solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - REBAR & GROUND PV513 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 50 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3" 3" 11" 1'-1" 10" 1'-4" 8" GROUND ROD #2, 3/4" X 8 FT CU-CLAD CONNECT BOTH GROUND WIRES W/ ACORN CLAMP GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP, FOR CONNECTION TO TRANSFORMER GROUNDING TERMINAL. PASS THRU MIN 1" PVC SLEEVE, AND STUB-UP TO SAME HEIGHT AS OTHER STUB-UPS. 2 LAYERS OF SIZE #4 REBAR @ 12" O.C. TIE TOGETHER WITH STEEL WIRE OR WELD TOGETHER FOR ELECTRICAL & MECHANICAL CONTINUINTY REBAR TO START BETWEEN 3" & 6" FROM SLAB BOUNDARY, TYP ALL 4 SIDES CUT-AWAY REBAR IN REGION OF CONDUIT STUB-UPS, WHERE NECESSARY TO FIT CONDUIT. GROUND ROD #1, 3/4" X 10 FT CU-CLAD, CONNECT GROUND WIRE W/ ACORN CLAMP, STUB-UP ~3" ABOVE TOC#1, FOR CONNECTION TO TRANSFORMER GROUND TERMINAL GROUND WIRE TO CONNECT TO REBAR W/ BONDING CLAMPS, GREAVES J32-DB OR EQUIVALENT 1" PVC SLEEVING FOR GROUND WIRE TO PASS THRU SLAB GROUND WIRE TO EMERGE ABOVE SLAB W/ 3' SERVICE LOOP #2/0 CU GROUND RING AROUND BESS EQPT PAD SPLIT BOLT TO JOIN GROUND WIRES RELOCATE A SECTION OF REBAR, WHERE REMOVED DUE TO CONDUIT BOXOUT #2/0 CU GROUND RING AROUND BESS EQPT PAD RELOCATE A SECTION OF REBAR, WHERE REMOVED DUE TO CONDUIT BOXOUT CONTINUE GROUND WIRE TO BESS CONTAINER LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING SPLIT BOLT TO JOIN GROUND WIRES GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 6FT SERVICE LOOP, FOR CONNECTION TO TRANSFORMER GROUNDING TERMINAL. PASS THRU MIN 1" PVC SLEEVE, AND STUB-UP TO SAME HEIGHT AS OTHER STUB-UPS. ATYPICAL REBAR POSITIONING, TO AVOID CONFLICT WITH BESS INVERTER ANCHOR POINTS ATYPICAL REBAR SPACINGS TO ADAPT TO BOXOUTS W E N S ODD-NUMBERED BESS PADS APPROX COMPASS U U W E N S EVEN-NUMBERED BESS PADS APPROX COMPASS (180° FROM OTHERS) 1'-6" 0 9" 1 REBAR & GROUNDING OF BESS EQPT PADS BESS INVERTER PADS EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS FOR BOTH TRANSFORMER TYPES solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - CONDUIT PV514 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 51 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1'-1" 1'-2" 1'-10 1/2" 2'-9 1/2" 3'-8" 1'-1" 1'-3" 1'-6" 1'-9 1/2" 2' 4'-6" 5'-1" 5'-8" 6'-3" 8'-7" 9'-2" 9'-9" 10'-4" 1'-9" 1'-9" 2'-5" 3'-2" 3'-7" 3'-11" 4'-10" 5'-3" 5'-6" 5'-9" 6'-3" 6'-9" 7'-7" 7'-9 1/2" 1'-3" 1'-6" 1'-9 1/2" 2'-1" 11 1/2" 1'-6" 1'-11 1/8" 3 1/2" 3 1/4" 6 QTY 4" AC CONDUITS 4 QTY 4" DC CONDUITS W/ 2 PARALLEL SETS IN EACH 6 QTY 4" CONDUITS (3 LAYERS) BETWEEN TRANSFORMER & BESS INVERTER MEDIUM-VOLTAGE CONDUITS BETW. BESS TRANSFORMERS SIZE VARIES, SEE SCHEDULE ON SHEET PV605 1" SLEEVING FOR GROUND WIRING TO SLAB INTERIOR 1" SLEEVING FOR GROUND WIRING TO SLAB INTERIOR MEDIUM VOLTAGE CONDUIT, 1 ACTIVE, 1 SPARE, ROUTE AS REQ'D BETWEEN BESS XFMRs, SEE SHEET SCHEDULE ON PV605 FOR SIZES 1" DATA CONDUIT 4 QTY 4" DC CONDUITS W/ 2 PARALLEL SETS IN EACH 3" CONDUIT FOR BESS AUX POWER 3" SPARE CONDUITS TO BE DAISY-CHAINED AMONG BESS EQPT PADS 1" DATA CONDUIT 1" POWER CONDUIT TO XFMR MONITORING CABINET 1 1/2" DATA CONDUIT FROM XFMR MONITORING CABINET TRANSFORMER MONITORING CONDUITS 1" DATA CONDUIT TO/FROM MV SWGR OR NEXT BESS XFMR (AS APPLICABLE) 3" CONDUIT TO BESS CONTAINER AUX AC POWER SECTION TO BESS CONTAINER DC SECTION W E N S ODD-NUMBERED BESS PADS APPROX COMPASS TO BESS CONTAINER, DATA SECTION 1" DATA TO NEXT BESS PAD, ROUTE AS REQ'D SPARE CONDUIT AS PROVISION FOR TEMPORARY POWERING OF AUX LOADS FROM THE OTHER BESS TRANSFORMER, IN THE EVENT THAT THIS TRANSFORMER IS INACTIVE 1" DATA TO PREVIOUS BESS PAD (OR TO INVERTER STATION 1), ROUTE AS REQ'D TO BESS CONTAINER DC SECTION FROM PREVIOUS BESS XFMR W E N S EVEN-NUMBERED BESS PADS APPROX COMPASS (180° FROM OTHERS) TO PREVIOUS BESS XFMR (AS APPLICABLE) TO BESS CONTAINER TO NEXT BESS XFMR DO NOT CONSTURCT SLAB UNTIL EXACT MODEL OF TRANSFORMER IS CONFIRMED, AND CONDUIT LOCATIONS ARE COORDINATED W/ SHOP DRAWINGS DO NOT CONSTURCT SLAB UNTIL EXACT MODEL OF TRANSFORMER IS CONFIRMED, AND CONDUIT LOCATIONS ARE COORDINATED W/ SHOP DRAWINGS 2'-11" 3'-2" 3'-5" 3'-8" 3'-10 1/2" 4'-1" 4'-7" 5' 6'-11" 9'-9" 1" CT CONDUIT FROM TRANSFORMER SECONDARY 3" AC CONDUIT STUB-UP AT 225kVA TRANSFORMER TO BESS CONTAINER 3" AC CONDUIT FROM TRANSFORMER SECONDARY 3" AC CONDUIT FROM TRANSFORMER TO BESS CONTAINER 1" AC CONDUIT FROM 5kVA TRANSFORMER TO BESS INVERTER FOR AUX POWER 1" CONDUIT SLEEVING FOR GEC TO TRANSFORMER 2 QTY POSTS FOR DISCONNECT & AUXILIARY EQPT, MIN 8'-0" LENGTH, EMBEDDED IN FULL 1' DEPTH OF CONCRETE PAD, & 6'-9" ABOVE T.O.C. 3" AC CONDUIT FROM TRANSFORMER SECONDARY ALIGN THIS EDGE OF CONDUITS, TO PROVIDE SUPPORT, 3 1/4" FROM POST SURFACE CONDUITS TO STUB-UP ON BOTTOM OF TROUGH TO COLLECT WIRING 30° BEND 45° BEND 1'-6" 0 9" 1 BESS EQPT PADS - CONDUIT LAYOUT BESS INVERTER PADS EXAMPLE ONLY: MUST BE COORDINATED W/ TRANSFORMER MFR'S SHOP DRAWINGS FOR BOTH TRANSFORMER TYPES solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - ELEVATION VIEW 1 PV515 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 52 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N MIN 9" 3" 1'-9" 2'-9 1/4" 6'-0 3/4" 6'-9" 3" 3" BESS INVERTER LISTED DIRECT-BURIAL BONDING U-BOLT TO BOND POSTS FOR DISCONNECT MOUNTING LOCATE BELOW CONCRETE 4000 PSI CONCRETE 6'-7" MAX DISCONNECT HANDLE HEIGHT ABOVE FINISHED GRADE FINISHED GRADE FINISHED GRADE 3/4" CRUSHED STONE SAND TO GROUND RING U U TO GROUND RING N S APPROX COMPASS (CASE OF ODD BESS PADS) N S APPROX COMPASS (CASE OF EVEN BESS PADS) 1'-3" 2'-6" EXPANSION FITTINGS ON EACH CONDUIT TO POST-MOUNTED EQPT 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT TOP OF POST TO BE 6'-9" ABOVE T.O.C. STRUTS FOR SUPPORTING EQUIPMENT, U-BOLTED TO POSTS. COORDINATE W/ EQPT SHOP DRAWINGS STRUT FOR SUPPORTING CONDUIT STUB-UPS EMBED POSTS IN CONCRETE SLAB & PROVIDE MIN 3" BELOW BOTTOM OF CONCRETE FOR BONDING U-BOLTS WRAP ALL CONDUITS IN FOAM SLEEVING AS THEY PASS THRU THE CONCRETE, TO ENABLE VERTICAL MOVEMENT BESS DC CONDUITS (IN FRONT) 1" CONDUIT BETW. BACK OF 400A AC DISCONNECT & WIRE TROUGH 2 LAYERS OF #4 REBAR IN 12" x 12" GRID PVC 1-PIECE EXPANSION FITTING PER 300.5(J), EMBEDDED IN SLAB, WITH BOTTOM BELOW BOTTOM OF CONCRETE FOAM WRAPPING THRU CONCRETE 6 FT SERVICE LOOP OF GROUND WIRE, FOR NAVIGATING WITHIN TRANSFORMER TO GROUNDING TERMINAL 1-PIECE STRUT GROUNDING CLAMP (HARGER SCBC158), CORD GRIP & #4 CU WIRE TO CONNECT TO DISCONNECT'S GROUNDING TERMINAL 3" CONDUIT FOR AC POWER FROM TRANSFORMER TO AC DISCONNECT CONDUIT L-BODY TO CONNECT TO TRANSFORMER CONDUIT TO STUB ABOUT HALF WAY THRU EXPANSION FITTING 1/2"-13 HOT DIP GALV WEDGE ANCHORS TO SECURE TO SLAB, INSTALLED IN ADVANCE OF LANDING TRANSFORMER CONDUIT ENTRY ZONE IN LOWER 6" OF SIDEWALL STANDARD STRUT + 1/4" ALUMINUM OR GALVANIZED SPACER TO SUPPORT THIS CONDUIT STANDARD STRUT TO SUPPORT THIS CONDUIT RAW STUB-UP HEIGHT RAW STUB-UP HEIGHT 400A AC AC DISCONNECT FOR AUX LOADS 3" AC FROM MV TRANSFORMER 225 KVA ISOLATION TRANSFORMER FOR AUX LOADS OF BESS CONTAINER TO EQPT ON OPPOSITE SIDE 3" AC STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 BESS EQPT PAD - ELEVATION VIEW OF AUXILIARY EQPT (DISCONNECT SIDE) 0 6'' 12'' 18'' BESS INVERTER PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - ELEVATION VIEW 2 PV516 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 53 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3" 2'-6" 4'-8" 5'-11" PORTION OF POST BELOW CONCRETE FOR U-BOLT BONDING CLAMP 4000 PSI CONCRETE 3/4" CRUSHED STONE SAND 6'-7" MAX DISCONNECT HANDLE HEIGHT ABOVE FINISHED CONCRETE FOR EQPT W/ WORK SPACE ON PAD E W FINISHED GRADE APPROX COMPASS (CASE OF ODD BESS PADS) E W APPROX COMPASS (CASE OF EVEN BESS PADS) 240V TO BESS INV. DATA FROM/TO BESS CONTAINER 1" CONDUIT BETWEEN BACK OF 400A AC DISCONNECT & WIRE TROUGH, FOR VOLTAGE TAP & GFD TAP 2 LAYERS OF #4 REBAR IN 12" x 12" GRID 2 3/8" OD GALV STEEL POSTS OR 2" RMC CONDUIT FOR SUPPORTING AUXILIARY DISCONNECT TOP OF POST TO BE 6'-9" ABOVE T.O.C. STRUTS FOR SUPPORTING EQUIPMENT, U-BOLTED TO POSTS. COORDINATE WITH EQPT SHOP DRAWINGS ALIGN BOTTOM OF BOTTOM OF DISCONNECT 3/4" CONDUIT BETWEEN BACK ISOLATION TRANSFORMER & 30A DISCONNECT GEC & 480V GROUNDED SIDE OF XFMR TO 5 KVA XFMR PRIMARY SISTERED STANDARD STRUT [1 5/8" DEEP] + SHALLOW STRUT [13/16" DEEP] FOR SUPPORTING CONDUIT STUB-UPS PARTITION ALL POWER WIRES FROM DATA WIRES W/ SPLIT LOOM TUBING 5 QTY 1" CONDUITS 1x AC, 1x CT's, 3x DATA GROUND FAULT DETECTOR & 120V POWER DIST. ENCLOSURE NOMINAL SIZE: 12"x14"x8" 5kVA XFMR 30A SWITCH 3/4" AC 400A AC AC DISCONNECT FOR AUX LOADS (ON OPPOSITE SIDE) 2x 3/4" AC 225 KVA ISOLATION TRANSFORMER FOR AUX LOADS OF BESS CONTAINER FROM/TO OTHER BESS EQPT PADS, THEN TO INV. STATION 1 CT COND. FROM MV XFMR 3/4" AC ALSO ENERGY DAS ENCLOSURE 2x 1" CONDUITS 1 POWER & 1 DATA 6"x6"x3 FT NEMA3R WIRE TROUGH MV XFMR MONITORING PWR & DATA 8" 4" 1' 8" 4" 2'-2" 2'-9" 3'-3" 3'-9" 4' 8" 2'-8" 3" 6" 3" 3" #4 REBAR @ TYP 12" O.C. BOTH DIRECTIONS, 2 LAYERS WHERE NECESSARY FOR EQPT WORKING SPACE, TAPER FINISHED GRADE OR ADD CRUSHED STONE, TO MEET TOP OF SLAB 1" BEVELED EDGE MIN 3", MAX 6" CONCRETE COVER FROM REBAR EARTH CONDUIT LAYER 3 FINISHED GRADE GROUND RODS NOT SHOWN FOR SIMPLICITY CONDUIT LAYER 2 CONDUIT LAYER 4 (3" & SMALLER) 3/4" CRUSHED STONE CONDUIT LAYER 1 NOTE: EQUIPMENT NOT SHOWN FOR SIMPLICITY 4000 PSI CONCRETE SLAB SAND POSITION REBAR SO AS TO NOT CONFLICT WITH CONDUITS STRUT CONSTRUCTION NOTES 1. ALL STRUT & STRUT FITTINGS TO BE HOT DIP GALVANIZED STEEL 2. STRUT SIZE TO BE 12 GA, 1 5/8" x 1 5/8" 3. STANDARD HALF-SLOT PATTERN (1 1/8" LONG x 9/16" WIDE AT 2" O.C.) 4. APPLY COLD-GALVANIZING SPRAY TO ALL CUT ENDS 5. EQUIP STRUT ENDS WITH PLASTIC END CAPS 6. ALL FASTNERS TO BE HOT DIP GALVANIZED, STAINLESS OR STALGARD COATED STEEL, AND CONSISTENT WITHIN AN ASSEMBLY. DO NOT USE ZINC PLATED FASTENERS. CONDUIT CONSTRUCTION NOTES: 1. CONDUIT TYPES ALLOWED FOR ABOVE-GRADE WORK: PVC SCH80, RMC, IMC, LFMC 2. UNDERGROUND CONDUIT: PVC SCH40 W/ SCH80 BENDS & RISERS 3. ALL THREADED CONDUIT TERMINATIONS SHALL INCLUDE LOCKNUT & PLASTIC BUSHING. IF REQ'D BY NEC, USE BONDING BUSHING IN PLACE OF PLASTIC BUSHING. 4. CONDUIT TERMINATIONS ON TOP/SIDES OF TROUGH REQUIRE WATERPROOFING, SUCH AS HEYCO SEALING WASHERS, O-RING GASKET OR SILICONE SEALANT FOR PVC; SEALING LOCKNUTS FOR RMC/IMC; SEALING RING FROM CONNECTORS FOR LFMC ON TERMINATIONS 5. TROUGH (WHERE SPECIFIED) REQUIRES ELECTRICAL CONTINUITY WITH EGC. EITHER THRU RMC/IMC NIPPLES TO METAL ENCLOSURES, OR A SEPARATE BONDING JUMPER 1 BESS EQPT PAD - ELEVATION VIEW OF AUXILIARY EQPT (DAS SIDE) 0 6'' 12'' 18'' 2 EQPT PAD - GENERAL DETAIL 0 6'' 1' 2' BESS INVERTER PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS EQPT PAD - INVERTER SECTION PV517 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 54 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 8" 1'-4" 2'-2" 2'-9" 3'-3" 3'-9" 4' 2'-8" 8" 3'-3" 6" 5" 3" 6" 3" 3" 4" TOC TOC TOC CONDUITS TO TERMINATE WITH END BELL WRAP CONDUITS WITH FOAM AS THEY PASS THRU THE CONCRETE TO ALLOW FOR GROUND MOVEMENT, TYP OF ALL MV TRANSFORMER SECONDARY SECTION MV TRANSFORMER PRIMARY SECTION 5/8"-11 GALVANIZED WEDGE ANCHORS, TOTAL16 QTY FOR EACH BESS UNIT AC CONDUIT STUB-UPS BESS INVERTER AC SECTION CONDUITS TO TERMINATE THE BLIND LEAD THRU PLATE REMOVABLE FLOOR PANEL COMMUNICATION CABLES 1" BEVEL OF CONCRETE EDGES 2 QTY LAYERS OF REBAR FOR SLAB, #4 REBAR AT TYP 1'-0" O.C. 1" BEVEL OF CONCRETE EDGES EXCAVATION DEPTH IN REGION OF 3 AC CONDUIT LAYERS EXCAVATION DEPTH IN GENERAL TO BE MIN 3" BELOW BOTTOM OF LOWEST CONDUIT 3" AC CONDUIT, RUNNING AT DIAGONAL, FOR BESS INVERTER 6 QTY AC CONDUITS IN 3-LAYERS BETWEEN BESS INVERTER & TRANSFORMER SEAL ALL CONDUIT INTERIORS IN BESS EQPT AFTER INSTALLATION OF WIRES W/ POLYWATER FST SEALANT 1-PIECE PVC EXPANSION FITTING, CAST WITHIN SLAB, WITH BOTTOM BELOW BOTTOM OF CONCRETE, TO ALLOW MOVEMENT PER 300.5(J) CONDUIT TO ENTER HALF WAY THRU EXPANSION FITTING RAW STUB-UP HEIGHT ABOVE TOC BOXOUT IN SLAB FOR CONDUIT BACKFILL BOXOUT WITH CRUSHED STONE TO 1" BELOW EJ's, AFTER COMPLETING CONDUIT CONSTRUCTION STUB HEIGHT OF DATA CONDUITS 3" AUX POWER CONDUIT & SPARE AUX POWER CONDUIT TO OTHER BESS PAD EARTH 3/4" CRUSHED STONE 4000 PSI CONCRETE SAND FINISHED GRADE CONDUIT LAYER 4: 3" & SMALLER CONDUIT LAYER 3 CONDUIT LAYER 2 CONDUIT LAYER 1 FINISHED GRADE SAND TYP 5" MEDIUM-VOLTAGE CONDUITS FOR BESS 6" SPECIAL CASE FOR XFMR B2 OUTPUT FROM/TO NEXT/PREVIOUS TRANSFORMERS & FROM/TO SECTIONAILIZING SWITCHGEAR LOWER TO NEXT LEVEL BELOW FOR 6" CONDUITS E W APPROX COMPASS CASE OF ODD BESS PADS E W 6 QTY 4" CONDUITS FOR BESS INVERTER OUTPUT APPROX COMPASS CASE OF EVEN BESS PADS PVC MALE ADAPTERS, W/ SEALING LOCKNUTS & PLASTIC BUSHINGS, TO CONNECT TO BLIND LEAD-THRU PLATE 2 LAYERS OF #4 REBAR IN 12" x 12" GRID 3" 9" 8" 8" 4" 2'-2" 2'-9" 3'-3" 3'-9" 4' TOC TOC BESS INVERTER DC SECTION #1 REMOVABLE FLOOR PANEL REMOVABLE FLOOR PANEL AC CONDUIT STUB-UPS (BEYOND) 1" BEVEL OF CONCRETE EDGES EXCAVATION DEPTH IN REGION OF 3 AC CONDUIT LAYERS BESS INVERTER DC SECTION #2 COORDINATE CONDUIT LAYERS, TO CONSOLIDATE TO A 2 LAYER x 4 COL DUCTBANK, TO CONNECT TO BESS CONTAINER REMOVABLE FLOOR PANEL CUT HOLES MATCHING CONDUIT O.D. IN FLOOR PANEL TO ALLOW CONDUITS TO CONNECT 3" AC CONDUIT FOR AUX AC POWER TO BESS CONTAINER 3 LAYER x 2 COL AC DUCTBANK TO XFMR SEAL ALL CONDUIT INTERIORS IN BESS EQPT AFTER INSTALLATION OF WIRES W/ POLYWATER FST SEALANT BACKFILL BOXOUT WITH CRUSHED STONE TO 1" BELOW EJ's, AFTER COMPLETING CONDUIT CONSTRUCTION TYP HEIGHT OF RAW STUB-UPS TO TOP OF CONCRETE 5/8"-11 GALVANIZED WEDGE ANCHORS, TOTAL16 QTY FOR EACH BESS UNIT CONDUIT LAYER 3 CONDUIT LAYER 1 CONDUIT LAYER 2 CONDUIT LAYER 3 CONDUIT LAYER 4: 3" & SMALLER CONDUIT LAYER 4: 3" & SMALLER EARTH 3/4" CRUSHED STONE 4000 PSI CONCRETE SAND SAND CONDUIT LAYER 1 CONDUIT LAYER 2 FINISHED GRADE FINISHED GRADE EARTH N S APPROX COMPASS CASE OF ODD-NUMBERED BESS PADS N S 4000 PSI CONCRETE 3/4" CRUSHED STONE SAND APPROX COMPASS CASE OF EVEN-NUMBERED BESS PADS 1 BESS INVERTER & TRANSFORMER SECTION VIEW (FROM MV TRANSFORMER SIDE) 0 6'' 12'' 18'' 2 BESS INVERTER SECTION VIEW (FROM CONTAINER SIDE) 0 6'' 12'' 18'' BESS INVERTER PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS CONTAINER - LAYOUT, REBAR, & GROUNDING PV518 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 55 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N N E S S E N 4'-6" 4'-6" 2'-6" MIN 3", MAX 6" MIN 3", MAX 6" GROUND WIRE TO EMERGE ABOVE SLAB W/ 3' SERVICE LOOP GROUND WIRE TO EMERGE ABOVE SLAB W/ 3' SERVICE LOOP WRAP IN TAPE AS IT PASSES THRU CONCRETE GROUND WIRE TO CONNECT TO BOTH LAYERS OF REBAR W/ BONDING CLAMPS, GREAVES J32-DB OR EQUIVALENT SPLIT BOLT TO JOIN GROUND WIRES #2/0 CU BARE GROUND WIRE, CONTINUE FROM ADJACENT INVERTER & TRANSFORMER PAD TERMINATE W/ CRIMP LUG AT M10 STUD FOR PROTECTIVE EARTH CONNECTION SPLIT BOLT TO JOIN GROUND WIRES SPLIT BOLT TO JOIN GROUND WIRES #2/0 CU BARE GROUND RING AROUND SLAB PERIMETER #2/0 CU BARE GROUND WIRE TO EMERGE ABOVE SLAB W/ 3' SERVICE LOOP, 2 QTY IN THE AC ZONE, 2 QTY IN THE DATA ZONE GROUND WIRE TO EMERGE ABOVE SLAB W/ 3' SERVICE LOOP WRAP IN TAPE AS IT PASSES THRU CONCRETE REGION COVERED BY FOOTPRINT OF BESS CONTAINER TERMINATE W/ GROUND WIRE TO CRIMP LUG AT M10 STUD FOR PROTECTIVE EARTH CONNECTION SPLIT BOLT TO JOIN GROUND WIRES #2/0 CU BARE GROUND RING AROUND SLAB PERIMETER SPLIT BOLT TO JOIN GROUND WIRES SPECIAL CASE OF BESS CONTAINER #8: BOX- OUT FOR HONEYWELL CTRL'R CONDUITS W APPROX COMPASS CASE OF ODD BESS CONTAINERS #1/0 CU GROUND WIRES TO ROUTE TO GROUNDING BUSBARS WITHIN HONEYWELL CONTAINER. CONNECT TO GEC'S FROM GROUNDING RING W/ C-CRIMP CONNECTORS, OR OTHER IRREVERSIBLE MEANS. 8 QTY GROUND WIRES TOTAL = 2 QTY GROUND WIRES PER GROUNDING BUSBAR, 4 QTY GROUNDING BUSBARS (FRONT #1, FRONT #2, REAR #1, REAR #2) APPROX COMPASS CASE OF EVEN BESS CONTAINERS (ROTATED 180 DEG) W 2'-6" 2 LAYERS OF #4 REBAR AT TYP 12" O.C. N E S S E N 14'-7" 46'-9" 3'-3 5/8" 7'-11 3/4" 3'-3 5/8" 3'-5" 39'-10 5/8" 3'-5 1/2" 19'-8" 19'-8" 11'-6" 11'-6" 15'-9" 15'-3" 15'-9" 2'-6 5/8" 11 3/4" 2'-2 1/8" 8 5/8" 1'-6 1/2" 2'-4 5/8" 1'-1 3/4" 1'-10 3/4" W APPROX COMPASS CASE OF ODD BESS CONTAINERS TO CORRESPONDING EQPT PAD TO ADJACENT BACK-TO-BACK CONTAINER APPROX COMPASS CASE OF EVEN BESS CONTAINERS (ROTATED 180 DEG) W 2'-0 3/8" 9 1/2" 1'-6 7/8" 6 1/8" 18'-6 5/8" MIN 3'-3" PERIMETER OF PAD REQ'D PER HONEYWELL MANUAL ANCHOR BRACKET AT ALL 4 CORNERS (8 QTY TOTAL PER CONTAINER), EACH SECURED W/ 2 QTY 3/4"-11 x 5 1/2" LENGTH HDG WEDGE ANCHORS (16 QTY TOTAL PER CONTAINER) HVAC SYSTEMS FOR BESS CONTAINERS BESS CONTAINER OUTLINE MIN 3'-3" CLEAR PERIMETER OF PAD REQ'D PER HONEYWELL MANUAL INSERT 14 MM THICK, 150 MM SQUARE PLATE FOR MIDDLE SUPPORT, BETWEEN FOUNDATION & CONTAINER, TYP OF 6 LOCATIONS HVAC SYSTEMS FOR BESS CONTAINERS BOX-OUTS FOR CONDUIT STUB-UPS FORM WITH PRESSURE-TREATED PLYWOOD OR PLASTIC BOARD, AND TEMPORARILY BRACE WHILE CONCRETE CURES CONCRETE CONTROL JOINT CONCRETE CONTROL JOINT BOX-OUTS FOR CONDUIT STUB-UPS, SPECIAL CASE FOR BESS CONTAINER #8 1 BESS CONTAINER PAD - REBAR & GROUNDING 0 1' 2' 4' 2 BESS CONTAINER PAD - LAYOUT & DIMENSIONS 0 1' 2' 4' BESS CONTAINER PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS CONTAINER - CONDUIT LAYOUT PV519 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 56 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N S E N SE NE NW 19'-11" 22' 22'-6 1/8" 23'-8" 24'-1" 24'-10 1/2" 26'-10 7/8" 7'-9" 8'-3" 8'-8 3/4" 8'-10 3/4" 1" DATA CONDUIT BETW. BESS CONTAINER & BESS INVERTER 1" DATA CONDUIT, DAISY-CHAINED AMONG BESS DAS SYSTEMS 1 1/2" DATA CONDUIT BETW. BESS CONTAINERS ALIGN W/ ADJACENT BOXOUT 3" CONDUIT BETW. BESS AUX TRANSFORMER & BESS CONTAINER SPECIAL CASE OF BESS #8: CONDUITS TO BESS CTRL'R 2" FROM UTILITY METER PAD 1x 3" & 1x1" FROM SEL RELAY @ SWITCHGEAR PAD 1" FROM DAS AT PV INVERTER STATION #6 1" DATA CONDUIT BETW. BESS CONTAINER & BESS DAS 1" DATA CONDUIT BETW. BESS CONTAINER & BESS INVERTER 1" DATA CONDUIT BETW. BESS CONTAINER & BESS DAS 30° BEND 30° BEND 30° BEND 2" TO HANDHOLE FOR PHASE 2 BESS CONTAINERS (FROM BOTH SECTIONS) TO/FROM NEXT BESS CONTAINER TO/FROM NEXT BESS TRANSFORMER OR SWITCHGEAR AS APPLICABLE TO/FROM PREVIOUS BESS DAS TO/FROM NEXT BESS TRANSFORMER TO/FROM PREVIOUS BESS DAS TO/FROM NEXT BESS CONTAINER TYP OF ODD-NUMBERED BESS CONTAINERS TYP OF EVEN-NUMBERED BESS CONTAINERS TYP OF ODD-NUMBERED BESS EQPT PADS TYP OF EVEN-NUMBERED BESS EQPT PADS APPROX COMPASS CASE OF BESS#'s 1 THRU 4 W APPROX COMPASS CASE OF BESS#'s 5 THRU 8 SW C TO/FROM APPLICABLE EQPT BESS CTRL'R CONDUITS, CASE OF BESS CONTAINER #8: SEE "BESS EQPT PAD CONDUIT LAYOUT" FOR LAYOUT OF CONDUIT WITHIN EACH OF BESS EQPT PAD 4'-6" 0 2'-3" 1 BESS CONDUIT LAYOUT - BETWEEN CONTAINER & EQPT PADS BESS CONTAINER & EQPT PADS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION SWITCHGEAR & RTAC PAD PV520 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 57 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 3" 3" 4'-4" 6" MIN 3", MAX 6" REBAR COVER ACORN CLAMP TO CONNECT GROUND WIRE TO GROUND RING #2/0 GROUND RING TO SURROUND PAD GROUND WIRE TO CONNECT TO BOTH LAYERS OF REBAR W/ BONDING CLAMPS, GREAVES J32-DB OR EQUIVALENT ACORN CLAMP TO CONNECT GROUND WIRE TO GROUND RING GROUND ROD #1, 3/4" X 10 FT CU-CLAD, CONNECT GROUND WIRE W/ ACORN CLAMP, STUB-UP ~3" ABOVE TOC, FOR CONNECTION TO GROUND TERMINAL GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP GROUND WIRE TO EMERGE ABOVE TOP OF CONCRETE W/ 3 FT SERVICE LOOP SPLIT BOLT TO JOIN GROUND WIRES CUTAWAY REBAR WHERE REQ'D FIT CONDUIT 2 LAYERS OF #4 REBAR AT TYP 12" O.C. GROUND ROD #2, 3/4" X 8 FT CU- CLAD, BELOW FINISHED GRADE, MIN 6'-0" FROM GROUND ROD #1 WRAP POWER WIRING IN SPLIT LOOM TUBING WITHIN WAYPOINT ENCLOSURE, TO PARTITION FROM DATA WIRING ANCHOR ALL EQPT TO SLAB AS REQ'D. COORDINATE W/ SHOP DRAWINGS 2'-3 1/2" 6'-5" 6" 9'-2 1/2" OVERALL 6'-10" 10" 12' OVERALL 4'-4" 6" 2'-0 3/4" 1'-9 1/8" 1'-6" 1'-5" 6'-0 1/2" 1'-5" 7'-8" 2 QTY 5'-0" HDG VERTICAL STRUTS & POST BASE (UNISTRUT P2072ASQ-HG OR EQUAL) TO BE WEDGE-ANCHORED (1/2"-13, HDG OR STAINLESS) TO TOP OF CONCRETE FOR SUPPORTING ENCLOSURES. SEL CONTROL CABINET CONDUIT ENTRY REGIONS OBSTRUCTIONS TO CONDUIT ENTRY 18"x18"x6" NEMA3R WAYPOINT ENCLOSURE FOR COLLECTING CONDUITS FOR SEL RELAY CABINET. TAPER GRADE TO MEET TOP OF CONCRETE EXTRA SPACE TO ACCOUNT FOR POSSIBLY LARGER SWITCHGEAR SIZE DATA CONDUITS TO STUB-UP MIN 6" ABOVE T.O.C., EQUIPPED W/ EXPANSION FITTINGS FOR CONNECTING TO BOX LOAD CENTER W/ HORIZONTAL STRUTS, MOUNTED ABOVE WAYPOINT ENCLOSURE CONDUIT CONNECTIONS FROM WAYPOINT ENCLOSURE TO UTILITY REQ'D RTAC CABINET W/ SEL3555 & UPS DOOR SIDE LOCATION OF CTRL CABINET SIDE OF SWGR FROM EDGE OF SLAB SLAB OUTLINE 4 QTY 1/2"-13 HDG WEDGE ANCHORS FOR RTAC ENCLOSURE WAY #2: PV PHASE 2 WAY #4: PV PHASE 1 WAY #3: UTILITY CL OF POSTS RELAY SECTIONALIZING SWGR WAY #1: BATTERY 2' 2'-9" 3'-6" 4' 4'-5" 5'-2" 5'-11" 6'-8" 9'-6" 10'-6" 2' 2'-10" 3'-8" 4'-4" 5'-1" 5'-10" 6'-8" 1'-7 1/2" 5'-10 1/2" 11 1/4" 1'-2 3/8" 1'-7" 1'-10 1/8" 2'-1 1/4" 11" 5'-6" 5'-7" 5'-8" 3/8" 1" PVC SLEEVE FOR GROUNDING ELECTRODE 2" CONDUIT TO/FROM PRIMARY METER & UTILITY 1" CONDUIT SLEEVE FOR GROUNDING WIRE 1" CONDUIT SLEEVE FOR GROUNDING WIRE CONDUITS TO PAD- MOUNTED PRIMARY METERING, SIZE 6" 2 ACTIVE/1 SPARE 2 QTY 1" CONDUITS (1 PWR., 1 DATA) & 1 QTY 3" CONDUIT (DATA) BETW. WAYPOINT ENCLOSURE & WIRING CABINET OF RELAY 2 QTY 1" DATA CONDUITS FROM STATION 6 DAS, 1 FOR RELAY, 1 FOR RTAC 1" POWER CONDUIT FROM STATION 6 6" CONDUITS TO HANDHOLE FOR FUTURE PV & FUTURE BESS 2" DATA CONDUIT BETW. RTAC & RELAY 6" MV CONDUITS TO/FROM XFMR B7 3" & 1" CONDUIT TO BESS CONTAINER #8 WAYPOINT ENCLOSURE TO COLLECT DATA CONDUITS FOR RELAY TO/FROM XFMR B7, SIZE 6" 1 ACTIVE/1 SPARE TO/FROM PRIMARY METERING PAD, SIZE 6" 2 ACTIVE/ 1 SPARE FROM BESS #8 CONTAINER FROM XFMR PV5, SIZE 6" 1 ACTIVE/ 1 SPARE FROM DAS AT STATION 6 TO/FROM HANDHOLE FOR FUTURE PHASE 2, SIZE 6" 3 ACTIVE/1 SPARE TO PRIMARY METER TO XFMR PV6, SIZE 6" 1 ACTIVE/ 1 SPARE BESS PV PHASE2 SPARE PV PHASE1 UTILITY 1" POWER CONDUIT TO RTAC 1" POWER CONDUIT TO PRIMARY METER 2" DATA CONDUIT TO PRIMARY METER 2'-7" 8" 8" 4" 1' 3" 6" 3" 3'-6" 1' 1'-6" 1'-5" TERMINATE CONDUITS TO OPEN-BOTTOM EQPT W/ END BELLS MEDIUM VOLTAGE RELAY-CONTROLLED & SECTIONALIZED SWITCHGEAR 4000 PSI CONCRETE FINISHED GRADE CRUSHED STONE SAND TO GROUND RING 3' SERVICE LOOP TO GROUNDING TERMINAL WRAP ALL CONDUITS W/ FOAM SHEET AS THEY PASS THRU CONCRETE TO ALLOW FOR GROUND MOVEMENT, TYP OF ALL MIN HEIGHT OF RAW CONDUIT STUB-UP MEDIUM-VOLTAGE CONDUIT STUB-UPS IN PAD-MOUNT METER 1" SLEEVE FOR GEC WIRE 18"x18"x6" NEMA 3R WAYPOINT WIRING ENCLOSURE NEMA 3R LOAD CENTER ON SWGR PAD #1 2 QTY 1" CONDUITS (1 PWR., 1 DATA) & 1 QTY 2 1/2" CONDUIT (DATA) BETW. WAYPOINT ENCLOSURE & WIRING CABINET OF RELAY WIRING GUTTER ON SIDE OF RELAY MIN 6" RAW STUB-UPS W/ EXPANSION FITTINGS & FOAM WRAPPINGS, 1-PIECE EJ'S RECOMMENDED 2x 5'-0" PAD #1 (3'-4" PAD #2) HDG VERTICAL STRUTS FOR LOAD CENTER & WAYPOINT WIRING ENCLOSURE. 4 QTY 2'-2" HDG HORIZ. STRUTS TO SUPPORT LOAD CTR & WAYPOINT ENCLOSURE 2x HOT DIP GALV STRUT POST BASES, UNISTRUT P2071A-SQ-HDG, ANCHORED TO SLAB W/ 4 QTY EA. 1/2"-13 HDG OR SS WEDGE ANCHORS. THRU-BOLTED TO STRUTS FOAM WRAPPINGS THRU CONCRETE 10' x 5/8" CU-CLAD GROUND ROD W/ MIN 3" EXPOSED ABOVE T.O.C. 3x 1" AC CONDUITS BETW. LOAD CENTER & ENCLOSURE CONNECT TO GROUND ROD N E S W APPROX COMPASS FOR SWITCHGEAR PAD 2 MV SWITCHGEAR PAD - REBAR & GROUNDING 0 6'' 1' 2' 1 MV SWITCHGEAR PAD 0 6'' 1' 2' 3 SWITCHGEAR PAD CONDUIT LAYOUT 0 6'' 1' 2' 4 MV SWITCHGEAR SECTION VIEW 0 6'' 1' 2' SWITCHGEAR & RTAC PAD EXAMPLE ONLY: DO NOT CONSTRUCT UNTIL COORDINATING W/ MFR'S SHOP DRAWINGS solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION SINGLE LINE PV601 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 58 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N THIS PATTERN REPEATS, TYP OF EACH STATION WHERE TRIP RATING IS INDICATED, THIS IS FIELD-SELECTED BY ADJUSTMENTS TO BREAKER SET TO 300A FOR PHASE 1, INCREASE FOR PHASE 2 AS REQ'D CUSTOMER-INSTALLED WIRING TO TERMINATE ON LOAD SIDE OF THIS UNIT POI B1 BA1 BI240 BI480 BA3 BDC BA2 BGM #8 Cu BDC MVCB7 MVCB6 MVCB2 THIS PATTERN REPEATS, TYP OF EACH BESS SYSTEM (OHW) (MVC9) (MVC0) (MVC0) (MVC1 (MVC4) B120 B120 DCCB, SIZE VARIES, SEE DC WIRE SCHEDULE WIRE HARNESSES #10 CU 2kV PV WIRE, MOST COMMON, SEE DC WIRE SCHEDULE AC1: SIZE BY SOLECTRIA AC2 AC3 AC2 AC3 AC2 AC3 (MVCB7) (MVC5) (MVC5) (MVC6) (MVC9) AC2 AC3 SEL 751 RELAYS FOR BESS WAY & UTILITY WAY (MVC7) (MVC6) MVCB8 POTENTIAL EQPT FOR CTRL ROOM, DETAILS TBD (MVCHC) FUTURE USE CONDUIT (MVCHC) 5" CONDUIT FOR FUTURE USE 2" CONDUIT FOR FUTURE USE 3" CONDUIT FOR FUTURE USE 2 PARALLEL SETS (MVCB9) FUTURE 1" CONDUIT 3x#8Cu + #10 Cu G ... 8 QTY TOTAL PER TYPICAL STATION ... (A) (C) DAISY-CHAIN COMMUNICATION AMONG INVERTERS INV6-1 250 kW QTY 16 30A 400A PHASE 1, TOTAL ARRAY SIZE: 42,666 QTY 465W MODULES - 19.84 MWdc 7111 QTY SOURCE CIRCUITS OF 6 MODULES EACH 1504 QTY PRE-PARALLELED BRANCH CIRCUITS (D) (D) ARRAY FIELDS EQPT PADS INV6-8 250 kW UNDER OIL T-BLADE SWITCH 2000kVA BAY-O-NET FUSE ELSP FUSE Z = 5.75% X/R = 6.3 XFMR PV6 34.9kV 347/600V 600V 120/240V 10 kVA REV. GRADE METER VOLTAGE TAP CT's 50A 2P AUX LOADS PANEL 120/240V, 100A BUS, 1P/3W 10KAIC 15A, 1P 20A, 1P GFCI UPS POWER SUPPLY CONVENIENCE RECEPTACLE IN OUTDOOR ENCLOSURE OTHER LOADS SHORTING BLOCKS DATALOGGER/ GATEWAY CELL MODEM WEATHER DATA WEATHER STATION, MOUNTED ON ARRAY (I) (J1) (K) (O) (R) (G1) (H1) (MV3) 50A, 2P FIBER OPTIC SWITCH TRANSFORMERS TRANSFORMER ID BUILD PHASE MAX PRI. CURRENT FROM INDIV. UNIT MAX CUMULATIVE PRIMARY CURRENT OUTPUT DESTINATION TRANSFORMER PV1 1 33.1 Aac 33.1 Aac TRANSFORMER PV2 TRANSFORMER PV2 1 33.1 Aac 66.2 Aac TRANSFORMER PV3 TRANSFORMER PV3 1 33.1 Aac 99.3 Aac TRANSFORMER PV4 TRANSFORMER PV4 1 33.1 Aac 132.4 Aac TRANSFORMER PV5 TRANSFORMER PV5 1 33.1 Aac 165.5 Aac MV SWGR TRANSFORMER PV6 1 33.1 Aac 132.4 Aac MV SWGR TRANSFORMER PV7 1 33.1 Aac 99.3 Aac TRANSFORMER PV6 TRANSFORMER PV8 1 33.1 Aac 66.2 Aac TRANSFORMER PV7 TRANSFORMER PV9 1 33.1 Aac 33.1 Aac TRANSFORMER PV8 TRANSFORMER B2 1 29.2 Aac 29.2 Aac TRANSFORMER B1 TRANSFORMER B1 1 29.2 Aac 58.5 Aac TRANSFORMER B4 TRANSFORMER B4 1 29.2 Aac 87.7 Aac TRANSFORMER B3 TRANSFORMER B3 1 29.2 Aac 116.9 Aac TRANSFORMER B6 TRANSFORMER B6 1 29.2 Aac 146.1 Aac TRANSFORMER B5 TRANSFORMER B5 1 29.2 Aac 175.4 Aac TRANSFORMER B8 TRANSFORMER B8 1 29.2 Aac 204.6 Aac TRANSFORMER B7 TRANSFORMER B7 1 29.2 Aac 233.8 Aac MV SWGR MV SWITCHGEAR 1 N/A 470 Aac UTL-OWNED PRI. METER & INTERCONNECTION EACH PV TRANSFORMER CONTRIBUTION CURRENT IS BASED ON THE TOTAL MAXIMUM 240.6A OF EACH PV INVERTER, SCALED BY TRANSFORMER VOLTAGE RATIO: 600/34,900. EACH BESS TRANSFORMER CONTRIBUTION CURRENT IS BASED ON THE TOTAL 1925A OF THE INVERTER PLUS THE 200A FOR AUXILIARY LOAD POWER, SCALED BY THE VOLTAGE RATIO OF THE TRANSFORMER 600/34,900. OUTPUT OF ALL TRANSFORMERS FEEDING POWER TO THE GRID, IS LIMITED TO THE 20MW EXPORT LIMIT, AND THE AMPACITY OF THE 600A BREAKER. THE MAX SITE OUTPUT CURRENT WILL EITHER CORRESPONDING TO 20MW AT 88% THE SITE'S NOMINAL VOLTAGE AND THE ABILITY TO SUPPORT POWER FACTORS DOWN TO 80%, OR THE 600A BREAKER AMPACITY DIVIDED BY 125% CONTINUOUS LOAD FACTOR, WHICHEVER IS LESS. SITE CONDITIONS LOCATION: FORTUNA ESTATE, ST THOMAS, USVI MAX AVG TEMP: +37 °C MIN EXPECTED TEMP: +16 °C INVERTERS PV INVERTER OUTPUT (250kW) Nominal Apparent Power: 250 kVA Nominal Real Power: 250 kWac Operating Voltage (Line-to-Line): 600 Vac 3-PHASE Max Current: 242 Aac Output Frequency: 60 Hz BESS INVERTER (1454kW) Nominal Apparent Power: 1451 kVA Maximum Apparent Power at 35 C: 1600 kVA Operating Voltage (Line-to-Line): 480 Vac 3-PHASE Max Current: 1925 Aac Output Frequency: 60 Hz BESS DC CIRCUIT (1454kW) Topology: Floating DC Operating Voltage Range: 680 to 1500 Vdc Maximum Voltage: 1500 Vdc Maximum Current: 2400 Adc PV ARRAY CONFIGURATION Manufacturer: FIRST SOLAR Model: FX6465A-P-B Module Qty: 42,666 Modules per String: 28 Total series strings: 7111 PV MODULE OUTPUT* Voc: 50.87 Vdc Voc Temp Coeff. -0.26 %/ °C Voc (Temp Adjusted) 52.06 Vdc Isc: 13.99 Adc Vmp: 42.34 Vdc Imp: 13.48 Adc 28 MODULE SOURCE CIRCUIT OUTPUT* Voc: 1424 Vdc Voc (Temp Adjusted) 1457 Vdc Isc: 14.25 Adc Vmp: 1186 Vdc Imp: 13.48 Adc 12 STRING COMBINER OUTPUT* Voc: 1424 Vdc Voc (Temp Adjusted) 1457 Vdc Isc: 399.0 Adc Vmp: 1186 Vdc Imp: 161.8 Adc *BASED ON MODULE PERFORMANCE AT STANDARD TEST CONDITIONS (STC) TRANSFORMERS PV TRANSFORMER OUTPUT Max Rated Power 2000 kVA Primary Voltage: 34.9 kVac L-L Secondary Voltage: 600 Vac Output Current: 33.1 Aac BESS TRANSFORMER OUTPUT Max Rated Power 1,750 kVA Primary Voltage: 24.9 kVac L-L Secondary Voltage: 480 Vac Output Current: 33. Aac ZONE 6 INVERTER STATIONS & EQPT PAD #6 34.9kV XFMR PV1 Z = 5.75% X/R = 7 2000kVA DAS ENCLOSURE POWER SUPPLY REV. GRADE METER CT's POWER VOLTAGE (G2) (J1) (R) DATA TO/FROM ZONE 1 INVERTERS (K) SHORTING BLOCKS FIBER OPTIC SWITCH BESS EQPT PADS ZONE 1 INVERTER STATIONS & EQPT PAD #1 EQPT PAD #1 (MV1) BESS PHASE 1 #1 THRU #8 SEL- 751 CT RATIO 600:5 UPS & BATT CUSTOMER OWNED EQUIPMENT UTILITY OWNED EQUIPMENT PROVISION FOR FUTURE UNDERGROUND FEEDER BY WAPA FT-14 TEST SWITCH ALL PT'S MUST BE 35 KV RATED AND CONFIGURED Yg:Yg M CT RATIO 600:5 PT RATIO 168:1 600A DEEP WELL BUSHINGS FT-14 TEST SWITCH UTILITY-OWNED PAD-MOUNT PRIMARY METER NEW CROSSARMS ON EXISTING OVERHEAD WAPA FEEDER UTILITY-OWNED MV HANDHOLE NEW UTILITY-OWNED RISER SEC. PICKUP UNDERFREQUENCY (81U-1) TABLE 3: PROPOSED SEL-751 RELAY SETTINGS TOTAL CLEAR TIME OVERVOLTAGE (59-2) ELEMENT UNDERVOLTAGE (27-2) 58.5 Hz 59.5 Hz ≤ f ≤ 60.5 Hz 19,142V ≤ V ≤ 21,157V 10 CYC (0.16 SEC) UNDERFREQUENCY (81U-2) NOMINAL PRIMARY VOLTAGE L-L: 34.9kV NOMINAL PRIMARY VOLTAGE L-G: 20.15kV NOMINAL PRIMARY CURRENT @ Vnom & UNITY P.F.: 331A PRIMARY CURRENT AT 88% Vnom & 80% P.F.: 471.3A 61.2 Hz 4.91A (2) 589.2A (5) U4 CURVE, TD = 2.0 OVERCURRENT (51P) 120 CYC (2.00 SEC) OVERVOLTAGE (59-1) 120 CYC (2.00 SEC) UNDERVOLTAGE (27-1) 18,000 CYC (300 SEC) 18,000 CYC (300 SEC) 17,732 V PRI. PICKUP 10,075 V 22,165 V 24,180 V 10 CYC (0.16 SEC) OVERFREQUENCY (81O-1) 66 CYC (1.10 SEC) 62.0 Hz 56.5 Hz 10 CYC (0.16 SEC) 18k CYC (300 SEC) OVERFREQUENCY (81O-2) < 120 CYC (2.00 SEC) ALARM (RELAY TROUBLE) - - RELATION TO NOMINAL 50% Vnom 88% Vnom 110% Vnom 120% Vnom fnom - 3.5 Hz fnom - 1.5 Hz fnom + 1.2 Hz fnom + 2 Hz 125% Inom 95% ≤ V ≤ 105% fnom ± 0.5Hz DIRECTIONAL POWER (32) RELAY TABLE FOOTNOTES: 1. THE SECONDARY VOLTAGE PICKUP SETTINGS WILL DEPEND ON THE ACTUAL RATIO OF PT's. THE VALUES SHOWN IN THIS TABLE ARE REPRESENTATIVE VALUES BASED ON ASSUMED PT RATIOS. 2. SECONDARY CURRENT SETTINGS WILL DEPEND ON THE CT RATIO 3. VOLTAGES TO MATCH INFRASTRUCTURE OF SITES. VALUES ASSOCIATED WITH 34.9kV SHOWN FOR FORTUNA SITE. 4. PROPOSED SETTINGS ARE BASED ON IEEE STANDARDS. WAPA TO DETERMINE FINAL SETTINGS. 5. CURRENT SETTINGS & DIRECTIONAL POWER ARE BASED ON SITE'S POWER LIMIT AT NOMINAL VOLTAGE & UNITY POWER FACTOR, UNLESS WAPA SCADA SPECIFIES OTHERWISE. CIRCUITS TO HAVE EXTRA AMPACITY, IN CASE WAPA SCADA SPECIFIES REACTIVE POWER SUPPORT. THE EXTRA AMPACITY SHALL EITHER BE BASED ON FULL POWER @ 88% NOMINAL VOLTAGE, SUPPORTING AS LOW AS 80% POWER FACTOR, OR THE AMPACITY OF A 600A BREAKER DIVIDED BY THE 125% CONTINUOUS LOAD FACTOR, WHICHEVER IS LESS 120 CYC (2.00 SEC) Inom * Vnom 20,000 kW (5) 992 W (1) (2) LV GEAR AUXILIARY POWER TRANSFORMER W/ 10kVA 600V PRIMARY & 120/240V SECONDARY XFMR, NEMA3R - SPECIAL CASE OF INVERTER STATION 6 (G1) DAS & CTRL'R (MV1) (N) DAS WEATHER STATION, TO CONSIST OF AT MINIMUM: PLANE-OF-ARRAY IRRADIANCE SENSOR, BACK-OF-MODULE TEMPERATURE SENSOR 1 LV GEAR SOLECTRIA XGI 1500-250/250-600-DCG, INVERTER, 250kVA/250kW, 240.6A CONTINUOUS OUTPUT, 600Vac, 1500Vdc INPUT, INTEGRATED AC & DC TYPE 2 SURGE PROTECTION, NEMA4X 9 SOLECTRIA 1500Vdc COMBINER, 16 SPACES, 30A FUSES (+ POLE ONLY), 90C TERMINALS, 400A CONTINUOUS DUTY RATED DISCONNECT SWITCH, DISCONNECTING MEANS NEC 2023 COMPLIANT (+ & - POLES), NEMA4, CLASS 2 40kA INTEGRATED DC SURGE SUPPRESION, CR-1500-16P-30S-400. NOTE: MOST INVERTERS HAVE 2 COMBINERS. SOME INVERTERS HAVE JUST ONE COMBINER, WHERE PRACTICAL TO WORK WITH ARRAY DETAILS, SEE DC SCHEDULE (E) 1 (C) FIRST SOLAR 465W MODULES 9 DATA ACQUISITION SYSTEM ENCLOSURE WITH REVENUE-GRADE METERING & FIBER OPTIC NETWORK SWTICH (WHERE NOTED), TYP EACH TRANSFORMER CONVENIENCE RECEPTACLE, 20A, DUPLEX, NEMA3R OUTDOOR-RATED EXTRA DUTY 9 (I) (A) 42,666 72 (D) 138 (J1) ID TABLE 1: PHOTOVOLTAIC SYSTEM EQUIPMENT LIST QTY PHASE 1 EQPT CATEGORY DESCRIPTION MODULE DC COMBINER PV INVERTER DAS & CTRL'R LV GEAR 9 (R) MV XFMR 48 35KV, 600A DEADBREAK ELBOWS, DEPLOYED IN GROUPS OF 3, SIZED AS REQ'D FOR CORRESPONDING CABLE DEADBREAK ELBOWS ELBOW ARRESTORS MV EQPT (MV3) 1 720.0 V 0.16 SEC 300 SEC 8 2 LINE OVER VOLTAGE (FAST) 1 INVERTER RELAY NOTES: 1. INVERTER TOTAL CLEARING TIME INCLUDES MECHANICAL OPERATION TIME OF 3 CYCLES (0.05s). 2. UTILITY RESTORATION DECTECTION WILL USE THE FACTORY SETTINGS FOR A UL 1741 SB CERTIFIED INVERTER. LINE OVER FREQUENCY (SLOW) TOTAL CLEAR TIME 4 58.5 Hz 3 5 56.5 Hz 2.0 SEC ID LINE UNDER FREQUENCY (FAST) 2.0 SEC TABLE 2: TRIP LEVEL SETTINGS TO STOP INVERTER LINE UNDER FREQUENCY (SLOW) 6 0.16 SEC DESCRIPTION 7 LINE UNDER VOLTAGE (SLOW) LINE OVER VOLTAGE (SLOW) 300.0 V VNOM = 600V L-L LINE UNDER VOLTAGE (FAST) SETPOINT 61.2 Hz 0.16 SEC 1.1 SEC 300 SEC LINE OVER FREQUENCY (FAST) 62.0 Hz 660.0 V 528.0 V 570.0 V RETURN TO SERVICE, VMIN 300 SEC 630.0 V RETURN TO SERVICE, VMAX 300 SEC 59.5 Hz RETURN TO SERVICE, fMIN 300 SEC 60.5 Hz RETURN TO SERVICE, fMAX 300 SEC 9 10 11 12 2,000 kVA PAD MOUNTED PV TRANSFORMER, 347/600V Yg SECONDARY, 34.9kV DELTA PRIMARY, Z=5.75%, X/R= 7.7, FIVE-LEG CORE, BAY-O-NET FUSE, ELSP FUSE, PRIMARY TAPS 2.5% & 5% ABOVE & BELOW NOMINAL, 600A DEAD BREAK BUSHINGS, UNDER OIL 4-POSITION T-BLADE SWITCH 51 (K) 17 (L1) DAS & CTRL'R DAS & CTRL'R DAS & CTRL'R 1 HONEYWELL SITE CONTROLLER (M) LV GEAR 120/240VAC AUXILIARY LOAD CENTER 12-SPACE, 30A/2-P BRANCH BREAKER AS MAIN, MIN BRANCH BREAKERS: 2x 15A 2-P BRANCH BREAKERS, 1x 20A 1-P GFCI, 4 SPARE POSITIONS FOR OTHER LOADS IF REQ'D, NEMA3R (H2) 8 BESS 8 HONEYWELL BATTERY BANK CONTAINER BE-4NAT00 - 4.6 MW-HRS STORAGE CAPACITY (O) BESS HONEYWELL FIMER BESS INVERTER - 1454 KVA AT 50°C & UP TO 1600kVA AT 35°C, 1925A MAX OUTPUT CURRENT, ADD OPTION: +F296 FOR AC BREAKER (P) (S) 1,750 kVA PAD MOUNTED BESS TRANSFORMER, 277/480V FLOATING WYE SECONDARY, 34.9kV DELTA PRIMARY, Z=5.75%, X/R= 6.3, FIVE-LEG CORE, BAY-O-NET FUSE, ELSP FUSE, PRIMARY TAPS 2.5% & 5% ABOVE & BELOW NOMINAL, 600A DEAD BREAK BUSHINGS, UNDER OIL 4-POSITION T-BLADE SWITCH MV XFMR 27kV, 22.0kV MCOV LIGHTNING ARRESTORS, DISTRIBUTION CLASS, TRANSFORMER ELBOW ARRESTORS, DEPLOYED IN GROUPS OF 3 (18*3 = 54) 54 SOLECTRIA FUSED AC COMBINER, 600V 3-PHASE/3-WIRE, 2000A BUSBAR, 2000A/3-POLE MAIN DISCONNECT CONTINUOUS DUTY, NEMA3R BRANCH FUSES: 8x 400A 3-POLE FOR INVERTERS, 1x 15A/3-POLE VOLTAGE TAP FUSES, 1x 15A/2-POLE AUX LOAD FUSES. LINE LEGEND SOLID LINE = POWER LINE W/ NON-UNIFORM DASHES = COPPER DATA CABLE WAVE LINE = FIBER OPTIC, MULTIMODE UNLESS NOTED OTHERWISE LINE W/ UNIFORM STANDARD DASHES = DESIGNATES EQUIPMENT HOUSINGS LINE W/ LONG DASHES = LOCATION DEMARCATION (MV2) BESS GROUND FAULT DETECTOR (BENDER ISOMETER PART #ISO 685) (Q1) 5 KVA SINGLE-PHASE TRANSFORMER, 480V TO 120/240V, FOR AUX POWER TO BESS INVERTER BESS (Q2) WIRE COLOR SPECIFICATION 1. DC SYSTEMS: POSITIVE: RED NEGATIVE: BLACK GROUND: GREEN OR BARE 2. 277/480V WIRING (BESS AC POWER) PHASES: BROWN/ORANGE/YELLOW GROUNDED NEUTRAL: GRAY (2ND'RY OF 225kVA XFMR'S) GROUND: GREEN 3. 347/600V AC WIRING (PV AC POWER) SDA's RECOMMENDATION PHASES: BLACK WIRE, TAPED WITH VIOLET BANDS PHASE A: 1-BAND, PHASE B: 2-BANDS, PHASE C: 3-BANDS NEUTRAL: NOT USED GROUND: GREEN OR BARE 4. 120/240V AC WIRING (AUXILIARY POWER) LINE CONDUCTORS: L1 BLACK & L2 RED NEUTRAL: WHITE GROUND: GREEN REVENUE-GRADE 2000A:5A HIGH TEMP CURRENT TRANSFORMERS, RATED FOR USE ON TRANSFORMER BUSBARS, DEPLOY IN GROUPS OF 3, ABB PART # 923A231G09 OR ACCUENERGY AcuCT-3163-2000:5 480V NEMA3R FUSED DISCONNECT, 400A, 3-POLE, FUSED AT 250A, FOR AUXILIARY LOADS OF BESS. SIEMENS HF365R, OR EQUIVALENT 225 KVA 3-PHASE PAD-MOUNT ISOLATION TRANSFORMER, 480V DELTA TO 277/480V GROUNDED WYE, FOR BESS AUXILIARY LOADS BESS (Q4) 30A, 2-POLE DISCONNECT, FUSED AT 15A, FOR BESS INVERTER AUXILIARY POWER. SIEMENS HF261R OR EQUIVALENT BESS (Q3) 62.5% Inom U4 CURVE, TD = 1.0 294.6A (5) 2.46A (2) OVERCURRENT (51G) MV EQPT (MV4) 35kV 600A DEAD BREAK ELBOW TAP PLUG FOR CONNECTING BOTH ELBOW ARRESTER & MV CABLE, DEPLOYED IN GROUPS OF 3 (21*3 = 63), SIZE AS REQ'D FOR CORRESPONDING CABLE OR FOR PARALLELING BESS SYSTEM CONNECTIONS 63 1750 kVA Z = 5.75% X/R = 6.3 XFMR B8 34.9kV 277/480V ... ... ... INV B8 1454-1600 kVA Z = 5.75% X/R = 6.3 XFMR B7 34.9kV 1750 kVA 277/480V BATTERY BANK 8 4.6 MW-HRS (O) (P) (S) (S) (MV2) (MV2) 400A 3P 250A 3P FLOATING WYE FLOATING WYE AUX AC POWER 2 SETS 1250A 3P 250A 3P 480V 120/ 240V AUX POWER 5kVA (Q1) (Q4) 2500A 3P OPTION +F296 (J) (K) XFMR B1A 480V 225 kVA 277/480V 30A 2P 15A 2P X0 G (Q2) (Q3) NO NTRL NO NTRL X1 G NO NTRL (MV2) (MV4) X0 G AUX LOADS PANEL 120/240V (H2) 600V X0 G (MV1) (MV3) TO BESS #7 EQPT FLOATING WYE 1750 kVA 34.9kV XFMR B2 Z = 5.75% X/R = 6.3 (S) 277/480V (MV2) (K) TO BESS #2 EQPT ETHERNET CONNECTIONS AMONG BESS DAS ENCLOSURES DATA CONNECTIONS AMONG AMONG BESS INVERTERS 8 UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE 2000A 3P 400A 3/INV 400A 3/INV TOTAL 8 SETS OF 3 FUSES 15A, 3P 15A, 3P CLASS CC CLASS CC FLOATING WYE 2000A 3P 400A 3/INV 400A 3/INV 15A, 3P 15A, 3P CLASS CC CLASS CC 600AT 3-POLE 600AT 3-POLE 300AT 3-POLE TEST SWITCH PV ZONES 1 THRU 5 ZONE 5 INVERTER STATIONS & EQPT PAD #5 EQPT PAD #5 34.9kV XFMR PV5 Z = 5.75% X/R = 7 2000kVA DAS ENCLOSURE POWER SUPPLY REV. GRADE METER CT's POWER VOLTAGE (J1) (R) DATA TO/FROM ZONE 5 INVERTERS (K) SHORTING BLOCKS FIBER OPTIC SWITCH EQPT PAD #6 (MV3) AUX LOADS PANEL 120/240V 600V X0 G UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE 15A, 3P CLASS CC EQPT PAD #9 (C) QTY 16 30A 400A BESS EQPT PADS ZONE 1 INVERTERS - 8 QTY ZONE 5 INVERTERS - 8 QTY SEL- 751A SEL- 751A COMS TO CONTROLLERS IN BESS UNITS COMS TO PV COMS TO RELAY (U) COMS TO/FROM UTILITY COORDINATE COMMUNICATION REQUIREMENTS W/ UTILITY & HONEYWELL SEL 3555 RTAC UPS POWER SUPPLY FIBER OPTIC SWITH SEL 3555 RTAC, ENCLOSURE & POWER SUPPLY, DETAILS TO COORDINATE WITH UTILITY 1 (U) DAS & CTRL'R CUSTOMER OWNED PAD-MOUNT SWITCHGEAR, 35kV, 600A BUSHINGS, 600A CONTINUOUS CURRENT, 16kA INTERRUPT, 125kV BIL, 4 QTY BREAKERS AS NOTED WITH SEL-751 RELAY & UPS BACKUP POWER W/ BATTERY BACKUP, RELAY CLASS CT'S, PT'S OR LEA'S for VOLTAGE SENSING, RATIOS AS INDICATED, CTRL PWR AS REQ'D RETURN TO SERVICE (79) SUPERVISED BY WAPA SCADA (MV1) 5-STRING BRANCH CIRCUIT ASSEMBLIES, FOR POSITIVE SIDE OF STRINGS W/ INTEGRATED 5A FUSES. PARALLELS 5 QTY SOURCE CIRCUITS (B1) 1130 DC WIRING HONEYWELL SITE CTRL'R (SITE EMS) ONLY IN CONTAINER 8 (MV1) TYP 5 QTY SOURCE CIRCUTS OF 6 PER BRANCH CIRCUIT (C) QTY 16 30A 400A (C) QTY 16 30A 400A NEG. POS. (B1) (B2) 347/600V FLOATING WYE 347/600V FLOATING WYE 5A (B1) 5A NEG. POS. (B1) (B2) 5A (B1) 5A NEG. (B1) (B2) 5A (B1) 5A NEG. POS. (B1) (B2) 5A (B1) 5A POS. POS. (B2) 1130 5-STRING BRANCH CIRCUIT ASSEMBLIES, FOR NEGATIVE SIDE OF STRINGS. PARALLELS 5 QTY SOURCE CIRCUITS SEL 735 METER CUSTOMER- OWNED METER, SHARING INSTRUMENTATION (MV5) MV EQPT - UTL-OWNED UTILITY-OWNED PAD-MOUNT PRIMARY METERING, W/ TEST SWITCH, PT'S, CT'S, & CTRL POWER AS REQ'D (MV5) MV EQPT CUSTOMER-OWNED PRIMARY METERING (SEL 735), TO SHARE PAD-MOUNTED EQPT & CT's/PT's OF UTILITY-OWNED PRIMARY METER, AND FT-1 TEST SWITCH SERIES-CONNECT THE CT OUTPUTS, PARALLEL CONNECT THE PT OUTPUTS 1 (MV2) (MV2) (MV3) (MV3) COMS TO METER SERIES 120V 20.15kV PT & CTRL POWER XFMR, 168:1 START & STOP CTRL (A, B1-B8, C, & D) (A, B1-B8, C, & D) (E) (E) (E) NO 120V CTRL POWER RELAY NC COM 120V ALTERNATE POWER MLO 120/240V, 1Φ/3-W, 100A BUS 20A/1P 20A/1P 20A/1P NO 120V CTRL PWR. RELAY NC COM CTRL PWR TO METERS WAPA METER 120V ALTERNATE POWER EQPT PAD #1 MV EQPT PADS MV EQPT PADS 2-P 2-P 4-P 6-P XFMR MONITORING XFMR MONITORING 132V (1) 105.6V (1) 144V (1) 60V (1) 114V(1) ≤ V ≤ 126V(1) (J2) REV. GRADE METER POWER SUPPLY CT's SHORTING BLOCKS I/O MODULE GROUND FAULT DETECTOR 5A/3P CLASS CC 120V+NTRL 15A/1P DIN RAIL BKR 480V 120V PWR 480V VTAP 5 kVA 5 kVA 1925AT/3P ECB 1925AT/3P ECB 2000A 3P 1925A/3P ECB (F) LV GEAR 2000A CONTINUOUS DUTY ENCLOSED CIRCUIT BREAKER, TRIP SETTING PROGRAMMED TO 1925A, 3-POLE, 600V, NEMA3R, PAD-MOUNTED (F) 9 (G2) (H2) (F) (F) 1 (MV6) 600A DEEP WELL BUSHINGS CT RATIO 600:5 CT RATIO 600:5 LV GEAR AUXILIARY POWER TRANSFORMER W/ 5kVA 600V PRIMARY & 120/240V SECONDARY XFMR, NEMA3R (G2) 8 WHERE ATYPICAL CASES OF 4 QTY OR 3 QTY SOURCE CIRCUITS ARE PARALLELED IN A SOURCE CIRCUIT, UTILIZED ITEMS B3, B4, B5, B6, B7, B8 AS APPLICABLE GROUND FAULT DETECTOR (L2) 15A, 1P IO MODULE XFMR MONITORING XFMR MONITORING IO MODULE IO MODULE (I) (I) (Q5) HANDHOLE COMS TO UTILITY 400A 3/INV 400A 3/INV 8 DATA ACQUISITION SYSTEM ENCLOSURE WITH REVENUE-GRADE METERING FOR BESS SYSTEMS (J2) DAS & CTRL'R LV GEAR (T) 1 120/240VAC AUXILIARY LOAD CENTER 12-SPACE, MLO, MIN BRANCH BREAKERS: 3x 20A 1-P BRANCH BREAKERS, NEMA3R (T) (Q5) BESS NEMA 4X ENCLOSURE FOR GROUND FAULT DETECTOR, W/ 3-POLE DIN RAIL CLASS CC FUSED DISCONNECT, 5A CLASS CC FUSES, 3-P-POLE DIN RAIL FUSED DISCONNECT, TERMINAL BLOCKS FOR PARALLELING CIRCUITS WHERE SHOWN 1 (H1) SPECIAL CASE OF INVERTER STATION 6: 120/240VAC AUXILIARY LOAD CENTER 12-SPACE, 50A/2-P BRANCH BREAKER AS MAIN, MIN BRANCH BREAKERS: 1x 15A 2-P, 1x 15A 1-P, 1x 50A 2-P, 1x 20A 1-P GFCI, 4 SPARE POSITIONS FOR OTHER LOADS IF REQ'D, NEMA3R LV GEAR NO CONNECT. 15A, 3P CLASS CC LEA VOLTAGE SENSORS LEA (L2) DAS & CTRL'R NEMA 4X ENCLOSURE FOR GROUND FAULT DETECTOR W/ DIN RAIL 3-POLE CLASS CC FUSE HOLDER, 3 QTY 5A CLASS CC FUSES (L1) GROUND FAULT DETECTOR (L2) (L1) GROUND FAULT DETECTOR (L2) (L1) (L1) PROVISION FOR 2 QTY BESS SYSTEMS FOR FUTURE EXPANSION TO BE INCLUDED IN AMPACITY OF MV CIRCUITS FROM BESS 4 TO SWITCHGEAR ... 8 QTY TOTAL BESS SYSTEMS PATTERN REPEATS FOR BESS #1 & BESS #3 THRU BESS #6 600AT 3-POLE SEL- 751 (MV1) ... PATTERN OF ZONE 1 REPEATS FOR ZONES 2 THRU 4 (MV1) ZONES 2 THRU 4 INVERTER STATIONS & EQPT PADS ZONES 2 THRU 4 INVERTER STATIONS & EQPT PADS PV BKR #1 PV BKR #2 BESS BKR PHASE 2: EQPT PADS #10 THRU #22 MV EQPT PADS ZONES 2 THRU 4 INVERTER STATIONS & EQPT PADS (MV1) ZONE 5 INVERTER STATIONS & EQPT PAD #5 UP TO 8 QTY ADDT'L BESS SYSTEMS FOR PHASE 2 BESS EQPT PADS ZONE 6 INVERTER STATIONS & EQPT PAD #6 BESS EQPT PADS EQPT PAD #5 SEE ZONE 6 FOR DC DETAILS PHASE 2 PV SYSTEM (MV3) QTY PHASE 2 N/A 13 N/A 13 13 104 13 13 57 19 6 ~30 MW 6 TBD 13 13 6 N/A TBD TBD EST: 208 ZONE 9 INVERTER STATIONS & EQPT PAD #9 34.9kV XFMR PV9 Z = 5.75% X/R = 7 2000kVA DAS ENCLOSURE POWER SUPPLY REV. GRADE METER CT's POWER VOLTAGE (J1) (R) DATA TO/FROM ZONE 9 INVERTERS (K) SHORTING BLOCKS FIBER OPTIC SWITCH AUX LOADS PANEL 120/240V 600V X0 G UNDER OIL T-BLADE SWITCH BAY-O-NET FUSE ELSP FUSE 15A, 3P CLASS CC ZONE 9 INVERTERS - 8 QTY 347/600V FLOATING WYE (MV3) (A, B1-B8, C, & D) (E) 5 kVA 2000A 3P (G2) (H2) (F) XFMR MONITORING IO MODULE (I) 400A 3/INV 400A 3/INV 15A, 3P CLASS CC GROUND FAULT DETECTOR (L2) (L1) ... PATTERN REPEATS FOR ZONE 7 & 8 ZONES 7 & 8 INVERTER STATIONS & EQPT PADS #7 & #8 ZONES 7 & 8 INVERTER STATIONS & EQPT PADS #7 & #8 TO HANDHOLE TO HANDHOLE FOR FUTURE EXPANSION (MV3) DATA CONDUIT TO HANDHOLE N/A 9 13 N/A 8 8 8 8 8 8 6 6 6 6 6 8 6 DATA CONNECTIONS AMONG BESS CONTAINERS ... 8 QTY TOTAL BESS SYSTEMS IN PHASE 1 1925AT/3P ECB BESS SYSTEMS ARE CONNECTED OUT OF NUMERICAL ORDER, SUCH THAT ID NUMBERS ARE CONSISTENT WITH THE MECHANICAL LAYOUT, AND TO SIMPLIFY MV CONDUIT PATH. SOURCE DESTINATION XFMR2 XFMR1 XFMR1 XFMR4 XFMR4 XFMR3 XFMR3 XFMR6 XFMR6 XFMR5 XFMR5 XFMR8 XFMR8 XFMR7 XFMR7 SWGR PV ZONES 6 THRU 9 FUTURE BESS 4-STRING BRANCH CIRCUIT ASSEMBLIES, FOR POSITIVE SIDE OF STRINGS W/ INTEGRATED 5A FUSES. PARALLELS 4 QTY SOURCE CIRCUITS (B3) 351 (B4) 351 4-STRING BRANCH CIRCUIT ASSEMBLIES, FOR NEGATIVE SIDE OF STRINGS. PARALLELS 4 QTY SOURCE CIRCUITS TBD TBD DC WIRING DC WIRING DC WIRING 3-STRING BRANCH CIRCUIT ASSEMBLIES, FOR POSITIVE SIDE OF STRINGS W/ INTEGRATED 5A FUSES. PARALLELS 3 QTY SOURCE CIRCUITS (B5) 11 (B6) 11 3-STRING BRANCH CIRCUIT ASSEMBLIES, FOR NEGATIVE SIDE OF STRINGS. PARALLELS 3 QTY SOURCE CIRCUITS TBD TBD DC WIRING DC WIRING 2-STRING BRANCH CIRCUIT ASSEMBLIES, FOR POSITIVE SIDE OF STRINGS W/ INTEGRATED 5A FUSES. PARALLELS 2 QTY SOURCE CIRCUITS (B7) 12 (B8) 12 2-STRING BRANCH CIRCUIT ASSEMBLIES, FOR NEGATIVE SIDE OF STRINGS. PARALLELS 2 QTY SOURCE CIRCUITS TBD TBD DC WIRING DC WIRING EQPT PAD #8 EQPT PAD #7 EQPT PAD #6 TBD TBD TBD N/A N/A N/A NETWORK SWITCH 15A, 1P 15A, 1P ZONE 7 DAS XFMR PV7 MONITORING ZONE 8 DAS XFMR PV8 MONITORING ZONE 4 DAS XFMR PV4 MONITORING 20A/1P GFCI (I) CONTROL ROOM DETAILS & REQUIREMENT TBD UPS POWER SUPPLY 400A 2P TO CTRL ROOM LOADS LOW VOLTAGE HANDHOLE FOR CTRL ROOM CTRL ROOM EQPT XFMR C 34.9kV 1Φ/2-W 75 kVA 120/240V 1Φ/3W X0 G MV HANDHOLE FOR CTRL ROOM (MV1) ALTERNATE 480V POWER FROM XFMR B7 SECONDARY DATA FROM BESS CONTAINER #8 ... N/A (MV6) 1 WEST END (FORTUNA ESTATE) SINGLE LINE - 19.84 MWdc (UP TO 50 MWdc TOTAL FUTURE CAPACITY), 20 MWac INTERCONNECTION solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DAS SINGLE LINE - SIMPLIFIED PV602 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 59 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N FIBER CAT5E FIBER FIBER CAT5E CAT5E CAT5E CAT5E FIBER (FUTURE) FIBER (FUTURE) CAT5E SHARED CONDUIT, TYP OF ALL BACKUP CABLE, TO CLOSE LOOP (PER HONEYWELL REQUIREMENTS) ETHERNET DAISY-CHAIN SHARED CONDUIT ETHERNET DIGITAL I/O ETHERNET DAISY-CHAIN AMONG BESS DAS ENCLOSURES CAT5E DIGITAL IO CABLES SHARED CONDUIT FIBER CAT5E CAT5E SHARED 2" CONDUIT CAT5E PLAN CONDUIT TO FIT FIBER IF REQ'D CAT5E TBD, COORD W/ MFR DAS #1 DAS #2 DAS #3 DAS #4 DAS #5 DAS #6 DAS #7 DAS #8 DAS #9 TO FUTURE PHASE 2 PV SYSTEM & BESS DAS ENCLOSURES BESS DAS #7 BESS DAS #8 BESS DAS #5 BESS DAS #6 BESS DAS #3 BESS DAS #4 BESS DAS #1 BESS DAS #2 TO FUTURE PHASE 2 BESS SYSTEMS SEL RELAYS IN SWITCHGEAR SEL 3555 RTAC PRI. METER BESS CONTAINER #8 BESS CONTAINER #1 [...] REPEAT FOR REMAINING BESS's HONEYWELL SITE CTRL'R BESS INV #1 BESS INV #8 BESS CONTAINER #2 BESS INV #2 TYP OF ALL BESS TO/FROM UTILITY PV DAS ENCLOSURES WEATHER STATION COORDINATE W/ HONEYWELL, WHICH SECTION OF BESS CONTAINER #8, SHALL CONNECT TO FUTURE BESS SYSTEM. PROVIDE CONDUITS FOR BOTH OPTIONS. HONEYWELL CTRL ROOM N/A N/A MAX 330 FT N/A 5 FT #12 Cu THWN-2 + #12G N/A (D12) 2+G 20A CONVENIENCE OUTLET 1/2" PVC (D17) N/A 1 10 FT 3/4" PVC 50 FT EACH LEAD OF EACH CT GROUP 6 CAT5E SHIELDED ETHERNET CONNECTION WITHIN DAS CONDUIT SIZE (MIN) TABLE 2: CONDUIT AND WIRING DETAILS (DATA ACQUISITION SYSTEM) CABLE TYPE FUNCTION 1 FT DATA ACQUISITION SYSTEM VOLTAGE TAP (METERS USE VECTOR MATH TO INFER THE NEUTRAL) FACTORY WIRING, TWIST EACH CT WIRE PAIR EXTEND W/ TWISTED #14 CU 1 CABLE QTY 1 OPEN AIR / 3/4" PVC DATA ACQUISITION SYSTEM CT WIRES #14 AWG THWN-2 + #14G (D2) EST. 1-WAY LENGTH (EACH INSTANCE U.N.O.) INVERTER DATA CONNECTION - SMA SPEEDWIRE (D1) ID (D3) 3+G CAT5E DIRECT BURIAL UV RESISTANT SHIELDED (D4) 40 FT WEATHER STATION POWER & DATA ETHERNET CONNECTIONS BETWEEN BESS DAS ENCLOSURES (D8) (D5) 3/4" PVC N/A 5 FT AUX POWER MAIN CIRCUIT - 600V SIDE #14 Cu THWN-2 + #8 Cu COMBINED EGC/GEC (D10) 2+G 3/4" PVC 5 FT AUX POWER MAIN CIRCUIT - 120/240V SIDE - TYPICAL CASE W/ 5kVA XFMRS & 30A BKRs #10 Cu THWN-2 + #10G (D11) 3+G 3/4" PVC UPS - BATTERY (D9) 1 FT #8 AWG CU THWN-2 + #14 CU G (D15) 2+G SEL RELAY COMMUNICATION (D14) 60 FT 3/4" PVC CAT5E SHIELDED 1 3/4" PVC (AS APPLICABLE) MIN 1" PVC SHARE 1" PVC W/ (D8) WHERE APPLICABLE CAT5E SHIELDED 500 FT - SITE TOTAL MAX 330 FT BETW. NODES N/A CAT5E DIRECT BURIAL UV RESISTANT SHIELDED INVERTER DATA CONNECTION - FIBER OPTICS BETWEEN DAS STATIONS LENGTH CONSTRAINTS 2000 FT - PHASE 1 SITE TOTAL (D16) MULTIMODE FIBER OPTIC CABLE 2-FIBER INDOOR/OUTDOOR - 62.5/125 OM1 400 FT SITE TOTAL FOR VI ELECTRON 1 + (D9) 50 FT EACH BESS BESS - INPUT/OUTPUT WIRING BETWEEN CONTAINER & INVERTER 7-CONDUCTOR SHIELDED, #16 AWG Cu, LAPP #2216070 SHARE 1" PVC W/ (D9) 1 + (D8) BESS - DATA CABLE BETWEEN CONTAINER & INVERTER & BETW BESS CONTAINERS & FROM HONEYWELL SITE CTRL'R IN CONTAINER 8 TO SEL RELAY N/A MAX 330 FT BETW NODES N/A N/A N/A OPEN AIR / 3/4" PVC MAX 330 FT 1 CABLE, 2 STRANDS TOTAL 1 1/2" PVC N/A 25 FT 1 CAT5E SHIELDED ETHERNET CONNECTION BETW. DAS ENCLOSURES OF STATIONS SHARING A PAD (D6) MAX 330 FT BETW NODES 3/4" PVC 3/4" PVC 1 3 FT TYP, 50 FT CTRL'R #14 Cu THWN-2 + #14G (D13) 2+G 15A BRANCH CIRCUITS FOR DAS POWER 3/4" PVC N/A COMMUNICATION TO/FROM UTILITY - UTILITY TO DETERMINE SPECIFICS (D25) TBD 2" PVC TO RISER + MSGR CABLE ON OHW UTILITY TO DETERMINE, COORDINATE SCOPE W/ UTILITY 1 N/A MAX 330 FT BETW NODES (D7) 2+G 5 FT DATA ACQUISITION SYSTEM - DC POWER WITHIN OR BETWEEN ENCLOSURES #14 AWG CU THWN-2 + #14 CU G N/A NOTES 1. TYP OF ALL ETHERNET CABLES: DO NOT USE COPPER-CLAD ALUMINUM (CCA OR CCE). ALL NON-FIBER OPTIC CABLES TO USE PURE COPPER CONDUCTORS, UNLESS OTHERWISE SPECIFIED. 2. LENGTHS IN THE ABOVE TABLE MAY NOT BE ACCURATE. CONFIRM IN FIELD. ALSO CROSS REFERENCE FUNCTION WITH ID, AND CONFIRM THAT THE FUNCTION MATCHES THE ORIGIN & DESTINATION. N/A 5 FT AUX POWER MAIN CIRCUIT - 600V SIDE #14 Cu THWN-2 + #8 Cu COMBINED EGC/GEC (D18) 2+G 3/4" PVC 10-PAIR SHIELDED, #16 AWG Cu, LAPP #2216250 30 FT BESS XFMRS 50 FT TYP PV XFMR (D20) 1 TRANSFORMER MONITORING CABLE, 10 PAIRS USED FOR DIGITAL INPUTS USED FOR EACH DIGITAL ALARM. COORDINATE DETAILS W/ XFMR MFR & ALSOENERGY N/A 1 1/2" PVC VI ELECTRON VI ELECTRON & WAPA VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY SUPPLIER VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON CAT5E SHIELDED (D22) VI ELECTRON 1" PVC 1 CAT5E CABLE OR FIBER OPTIC CABLE - COORDINATE W/ CONFIG. OF SEL735 METER, AND W/ DETAILS OF HONEYWELL CONTROLLER UTILITY METER DATA N/A N/A 125 FT AUX POWER CIRCUIT TO LOAD CENTER AT SWGR PAD #8 Cu THWN-2 + #10 Cu EGC (D23) 3+G 1" PVC VI ELECTRON N/A 10 FT - TO LOCAL EQPT 50 FT TO PRI. MTR. (D24) 2+G 1" PVC VI ELECTRON #12 Cu THWN-2 + #12 Cu EGC AUX POWER CIRCUIT TO SEL RELAY EQPT, & PRIMARY METERING 50 FT (D21) 10-PAIR SHIELDED, #16 AWG Cu, LAPP #2216250 VI ELECTRON 3" PVC, SHARE W/ ETHERNET CABLE 3 SEL RELAY TO HONEYWELL CTRL'R N/A 60 FT 50 FT EACH BESS 60 FT BETW. BESS'S 260 FT FOR CLOSED LOOP N/A 5 FT GFD MONITORING DIGITAL SIGNAL CIRCUIT 3X #14 Cu THWN-2 (1x RED: +24Vdc, 1x BLK: 0 VDC, 1X VIOLET OR BLUE, DIGITAL IO Q1) (D19) 3 3/4" PVC VI ELECTRON 30A, 3-WIRE + G 120/240V CKT 50A, 3-WIRE + G 120/240V CKT 50A, 3-WIRE + G 120/240V CKT 20A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 3-WIRE + G 600V 3Φ CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 600V CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 30A, 2-WIRE+G 240V CKT 15A, 2-WIRE+G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 480V CKT 15A, 2-WIRE+G 120V CKT SHARED ENCLOSURE FOR GFD & 120V POWER DISTRIBUTION 15A, 3-WIRE+G 480V 3Φ CKTS 20A, 2-WIRE + G 120V CKT 20A, 2-WIRE + G 120V CKT 20A, 2-WIRE + G 120V CKT 30A, 3-WIRE + G 120/240V CKT 15A, 2-WIRE + G 120V CKT 20A, 2-WIRE + G 120V CKT 20A, 2-WIRE + G 120V CKT 15A, 3-WIRE + G 600V 3Φ CKT 15A, 2-WIRE + G 120V CKT 20A, 2-WIRE + G 120V CKT 15A, 2-WIRE + G 120V CKT 15A, 3-WIRE + G 600V 3Φ CKT 15A, 3-WIRE + G 600V 3Φ CKT 15A, 3-WIRE + G 600V 3Φ CKT 15A, 2-WIRE + G 600V CKT 15A, 2-WIRE + G 600V CKT AUX LOADS PANEL @ STATION #1 PV DAS #1 XFMR PV1 MONITORING AUX LOADS PANEL @ STATION #2 PV DAS #2 XFMR PV2 MONITORING PV DAS #3 XFMR PV3 MONITORING AUX LOADS PANEL @ STATION #6 PV DAS #6 XFMR PV6 MONITORING PV DAS #7 XFMR PV7 MONITORING AUX LOADS PANEL @ SWGR PAD RTAC SWGR BACKUP POWER PRI. MTR. BACKUP POWER 600V 3-Φ VOLTAGE TAP, FROM AC COMBINER #1 600V 3-Φ VOLTAGE TAP, FROM AC COMBINER #3 600V 3-Φ VOLTAGE TAP, FROM AC COMBINER #2 600V PHASE-TO-PHASE AUX POWER CKT, FROM AC COMBINER #1 5kVA AUX XFMR @ STATION #2 CENTER-TAP GROUND GFD #PV2 GFD #PV3 600A VOLTAGE TAP, FROM AC COMBINER #7 GFD #PV7 600A VOLTAGE TAP, FROM AC COMBINER #6 GFD #PV6 5kVA AUX XFMR @ STATION #2 CENTER-TAP GROUND 10kVA AUX XFMR @ STATION #6 CENTER-TAP GROUND 5kVA AUX XFMR @ STATION #2 END-GROUNDED XFMR MONITOR BESS INVERTER BESS GFD 600V PHASE-TO-PHASE AUX POWER CKT, FROM AC COMBINER #2 600V PHASE-TO-PHASE AUX POWER CKT, FROM AC COMBINER #6 30A 2-POLE DISC. 15A FUSED 480V PHASE-TO-PHASE AUX POWER CKT, FROM BESS AUX POWER XFMR TYP OF EACH PAD W/ 2 INVERTER STATIONS CASE OF STATION #1 CASE OF STATION NEAREST ENTRY GATE GFD #PV3 480V 3-Φ VOLTAGE TAP, FROM 400A AUX POWER DISCONNECT 15A/1P DIN RAIL BKR CONV. RECPTCL. CONV. OUTLET CONV. OUTLET CONV. OUTLET BESS DAS 15A/3P DIN RAIL FUSED DISC END-GROUNDED CONNECTIONS ARE REQ'D FOR AUX POWER OF BESS INVERTER PER MFR, SINCE IT USES A 240V TO NEUTRAL CIRCUIT. SINCE US-MARKET LOAD CENTERS ARE BUILT ONLY FOR 120V TO GROUND, THE SOLUTION TO USE DIN-RAIL OCPD's TO DISTRIBUTE POWER IS DESIGNED INSTEAD TYP OF BESS EQPT PADS RECEPTACLES ARE AVAILABLE INSIDE BESS CONTAINERS. NO ADDT'L CONVENIENCE OUTLETS NECESSARY 1 DAS SINGLE LINE - SIMPLIFIED DIAGRAM OF DATA CONNECTIONS 2 DAS SINGLE LINE - SIMPLIFIED DIAGRAM OF AUX POWER solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DAS SINGLE LINE - DETAILED PV603 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 60 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N A B C 15A 2-POLE AUX LOADS MAIN INV 1-8 INV 1-1 INV 1-2 INV 1-7 A B C 15A 2-POLE AUX LOADS MAIN INV 5-8 INV 5-1 INV 5-2 INV 5-7 A B C 15A 2-POLE AUX LOADS MAIN INV 9-8 INV 9-1 INV 9-2 INV 9-7 A B C 15A 2-POLE AUX LOADS TO XFMR INV 6-1 INV 6-8 MAIN INV 6-7 INV 6-2 (D1) (D7) DC POWER DISTRIBUTED AMONG COMPONENTS (D13) (D12) (D10) (D11) (D3) (D3) 1-LINE TO 3-LINE TRANSITION (D2) (D1) (D7) DC POWER DISTRIBUTED AMONG COMPONENTS (D13) (D12) (D10) (D11) (D3) (D3) 1-LINE TO 3-LINE TRANSITION (D2) (D1) (D7) DC POWER DISTRIBUTED AMONG COMPONENTS (D13) (D12) (D10) (D11) (D3) (D3) 1-LINE TO 3-LINE TRANSITION (D2) ORANGE PAIR FOR POWER BLUE PAIR FOR DATA (D3) (D7) (D13) (D6) (D7) (D7) DC POWER DISTRIBUTED AMONG COMPONENTS (D1) (D10) (D3) (D4) (D23): #8 Cu REQ'D (D12) DRAWING TRANSITIONS FROM 1-LINE TO 3-LINE, TO SHOW CONNECTION TO CT'S. CT WIRES AREN'T JOINED, THE DRAWING IS SHOWN AS A 1-LINE FOR SIMPLICITY (D17, 1-CABLE) (D13) (D16) (D6) UTILITY TO DETERMINE (D25) (D14) (D24) (D24) (D6) (D23) (D9) (D8) SHARED 1" CONDUIT 1-LINE TO 3-LINE TRANSITION (D1) (D2) (D1) (D17) (D9) (D8) SHARED 1" CONDUIT 1-LINE TO 3-LINE TRANSITION (D1) (D2) (D2) 3" CONDUIT (D9) (D21) (D14) (D2) (D19) (D22) SHARED 1.5" CONDUIT (D9) SPECIAL CASE FOR ZONE 6: 10 KVA XFMR & 50A BREAKER DEDICATED CABLE ROUTED FROM BESS #1 TO BESS #8, AS A BACKUP COMMUNICATION LINE (RECOMMENDED BY HONEYWELL) (D12) (D24) 1" CONDUIT, SHARED WHERE PRACTICAL (D20) (D20) (D20) (D13) (D13) (D13) (D13) (D13) (D20) (D13) 1" CONDUIT, SHARED WHERE PRACTICAL (D13) (D13) 1" CONDUIT, SHARED WHERE PRACTICAL (D13) (D13) 1 1/2" CONDUIT FOR FUTURE USE, EQUIP W/ PULL STRING 2" CONDUIT FOR FUTURE USE, EQUIP W/ PULL STRING (D6) (D6) 1" CONDUIT (D2) (D2) (D2) (D2) (D2) (D19) (D20) (D20) (D19) (D19) (D19) (D19) (D16) (D16) (D6) (D17) PV ZONE 1 PV ZONES 2 THRU 4 PV ZONES 2 THRU 4 PV ZONE 5 PV ZONE 5 BESS PADS BESS PADS PV ZONE 6 PV ZONE 6 PV ZONES 7 & 8 PV ZONES 7 & 8 PV ZONE 9 ... PATTERN OF ZONE 1 REPEATS FOR ZONES 2 THRU 5 (E) 600V 120/240V (C2) (D) CT VT POWER METER POWER SUPPLY AC IN DC OUT (K) FIBER OPTIC SWITCH 30A/2P (N) (O) (M) 15A/1P XFMR PV1 X1 X2 X3 H1 H2 H3 8 QTY INV1-1 150 kW INV1-8 150 kW ... CT SHORTING BLOCKS FROM ZONE 1 PANELBOARD 5 kVA X0 G (L) (G) [...] [...] 20A/1P GFCI AC COMBINER #1 GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES (S1) (S) (S2) 15A 3-POLE DAS FUSES CURRENT DIRECTION (E) 600V 120/240V (C2) (D) CT VT POWER METER POWER SUPPLY AC IN DC OUT (K) FIBER OPTIC SWITCH 30A/2P (N) (O) (M) 15A/1P XFMR PV5 X1 X2 X3 H1 H2 H3 8 QTY INV5-1 150 kW INV5-8 150 kW ... CT SHORTING BLOCKS FROM ZONE 5 PANELBOARD 5 kVA X0 G (L) (G) [...] [...] 20A/1P GFCI AC COMBINER #5 GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES (S1) (S) (S2) 15A 3-POLE DAS FUSES CURRENT DIRECTION ... PATTERN OF ZONE 9 REPEATS FOR ZONES 7 THRU 8 (E) 600V 120/240V (C2) (D) CT VT POWER METER POWER SUPPLY AC IN DC OUT (K) FIBER OPTIC SWITCH 30A/2P (N) (O) (M) 15A/1P XFMR PV9 X1 X2 X3 H1 H2 H3 8 QTY INV9-1 150 kW INV9-8 150 kW ... CT SHORTING BLOCKS FROM ZONE 9 PANELBOARD 5 kVA X0 G (L) (G) [...] [...] 20A/1P GFCI AC COMBINER #9 GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES (S1) (S) (S2) 15A 3-POLE DAS FUSES CURRENT DIRECTION DAS #6 IS THE MASTER DAS ENCLOSURE, HOSTING WEATHER STATION, DATALOGGER, UPS, CELLULAR CONNECTION, & CONNECTION TO UTILITY/BESS EQPT (E) CT SHORTING BLOCKS INV6-8 250 kW CELL MODEM WIRELESS CELLULAR CONNECTION (B) BACK-OF-MODULE TEMPERATURE SENSOR PLANE OF ARRAY IRRADIANCE SENSOR (A) INV6-1 250 kW IRRADIANCE SENSOR MOUNTED IN-PLANE WITH MODULE, ADJACENT TO MODULE WITH MODULE TEMPERATURE SENSOR ADHERED TO BACK-OF- MODULE, CENTERED WITHIN A CELL 50A/2P (Q) (R) (C1) (D) UPS SPECIFIED AT STATION #6, IN ORDER FOR MONITORING SYSTEM TO DIFFERENTIATE A LOSS OF UTILITY POWER/RELAY OUTAGE FROM A LOSS OF WEB CONNECTIVITY. UPS IS NOT NECESSARY ON OTHER DAS ENCLOSURES, UNLESS END-USER REQUIRES IT. UPS BATT SEL RELAY CONTROLLER DC OUT (J) POWER METER DATALOGGER/ GATEWAY CT VT 8 QTY (I) (P) ... AC COMBINER #6 AC IN 50A/2P XFMR PV6 15A 3-POLE DAS FUSES 600V 120/240V H3 H2 H1 X2 20A/1P GFCI (O) X3 X1 FROM ZONE 6 PANELBOARD SWITCHGEAR & METER PAD PV ZONE 1 (M') 10 kVA (L) 15A/1P FIBER OPTIC SWITCH (G) (N') SWITCHGEAR PAD PV ZONE 6 G X0 [...] [...] EGC G RED X1 H1 PHASE B BLACK 120/240V CENTER-TAP GROUNDED 600V WHITE H2 X4 120/240V SPLIT-PHASE TO AUX LOAD PANEL CENTER-TAP GROUNDED PHASE A PV SYSTEM AUX LOAD TRANSFORMER FROM 15A AUX POWER OCPD X3 X2 120V POWER COMS TO SITE CONTRLLLERS IN BESS CONTAINERS SEL 3555 RTAC RACK-MOUNT UPS BASIS OF DESIGN: SMT2000RM2UC W/ 50KM SINGLE MODE FIBER OPTIC PORT DISTRIBUTE POWER AMONG EQPT AS REQ'D (Y) (W) (X) TO/FROM UTILITY COMS TO SEL RELAY (S1) GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES GND'D WIRE RED 480V PHASE A WHITE PHASE B TAP FROM 400A AUXILIARY POWER DISCONNECT EGC 120V TO G BLACK BESS INVERTER AUX LOAD TRANSFORMER 240V TO G G 120V-TO-GND POWER FOR DAS & TRANSFORMER MONITORING WHITE X1 120/240V END- GROUNDED X3 X4 H4 TO BESS INVERTER'S 240V-TO-GND AUX POWER X2 H1 H2 H3 (S) (S2) CURRENT DIRECTION DISTRIBUTE BREAKERS BETWEEN BUSBARS AS CLOSE TO UNIFORMLY AS PRACTICAL RTAC MLO 20A/1P (N') PRI MTR 20A/1P 20A/1P SWGR 120V TO CTRL PWR OF UTL PRI. METER 120V TO CTRL PWR OF SWGR XFMR MONITOR HONEYWELL SITE CTRL'R DIGITAL IO INV B8 DIGITAL IO BESS #8 SYS PANEL ETH SWITCH PCS ETH SWITCH FROM BESS 1 (L) H3 H1 H2 X1 X1 XFMR B1 X3 TAP FROM 400A AUXILIARY POWER DISCONNECT POWER SUPPLY AC IN DC OUT CT VT POWER METER 15A, 3P 14kA BREAKER SHORTING BLOCKS (K) (E) (D) (T) (C3) BESS #1 SYS PANEL ETH SWITCH INV B1 DIGITAL IO PCS ETH SWITCH DIGITAL IO FROM BESS 8 (L) H3 H1 H2 X1 X1 XFMR B8 X3 POWER SUPPLY AC IN DC OUT CT VT POWER METER 15A, 3P 14kA BREAKER SHORTING BLOCKS (K) (E) (D) (T) (C3) TAP FROM 400A AUXILIARY POWER DISCONNECT (S1) GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES (S) (S2) (S1) GROUND FAULT DETECTOR 5A, 3P CLASS CC FUSES (S) (S2) CURRENT DIRECTION CURRENT DIRECTION 120V CIRCUIT FROM 5kVA XFMR 120V CIRCUIT FROM 5kVA XFMR XFMR MONITOR 120V CIRCUIT FROM 5kVA XFMR IO MODULE IO MODULE XFMR MONITOR 120V FROM 5kVA XFMR INDUSTRIAL NETWORK SWITCH (F) INDUSTRIAL NETWORK SWITCH DISTRIBUTE DC POWER AS REQ'D DISTRIBUTE DC POWER AS REQ'D SEL 735 METER AT PRIMARY METERING EQPT [...] PATTERN REPEATS FOR BESS #2 THRU #6 [...] PATTERN REPEATS FOR BESS #2 THRU #7 PV ZONE 5 BESS PADS BESS PADS PV ZONE 6 PV ZONE 1 PV ZONES 2 THRU 4 PV ZONES 2 THRU 4 PV ZONE 5 PV ZONES 7 & 8 PV ZONE 9 PV ZONES 7 & 8 SWITCHGEAR & METER PAD (E) 17 SETS BATTERY MODULE FOR UPS BATTERIES, PHOENIX CONTACT PART# 2320319 OR EQUIVALENT / COMPATIBLE W/ UPS POWER SUPPLY SETUP (F) REVENUE GRADE POWER METER, ELKOR WATTSON MARK II (OR EQUIVALENT), FOR 5A CT's. ETHERNET/MODBUS TCP 8 17 1 (G) (D) 1 (B) IRRADIANCE SENSOR WITH RS485-MODBUS COMMUNICATION 5 KVA TRANSFORMER, 600V TO 120/240V FOR AUXILIARY POWER. HAMMOND POWER C1F005PES OR EQUIVALENT NOTE: PADS W/ 2 INVERTER STATIONS TO SHARE SAME AUX TRANSFORMER & LOAD CENTER. LOCATE AT STATIONS 1, 3, 5, & 9. STATION 6 IS A SPECIAL CASE CELLULAR MODEM IN DAS ENCLOUSRE #6 9 1 (P) (Q) 8 (O) (K) (R) (A) BATTERY KIT FOR UPS, PHOENIX CONTACT PART #2908234 (OR EQUIVALENT/COMPATIBLE), EACH CONTAINS 2 QTY 12V, 7.2A-HR 1 1 INDUSTRIAL UNMANAGED FIBER OPTIC SWITCH - 2x FIBER PORT PAIRS, 6 ETHERNET PORTS - AT PV INVERTER STATIONS 120/240V NEMA3R LOAD CENTER FOR TYPICAL INVERTER STATION, 30A BRANCH BREAKER AS MAIN, OTHER BRANCH BREAKERS AS NOTED 4 TABLE 1: DAS EQUIPMENT LIST (N) 1 1 DAS ENCLOSURE & BACKPLATE, NEMA4 OR NEMA4X, TO CONTAIN ITEMS D THRU G, SIZED AS REQ'D. (I) (C2) UNINTERRUPTABLE POWER SUPPLY, 120VAC INPUT, 24Vdc x 5A OUT, PHOENIX CONTACT PART# 2907160 OR EQUIVALENT MODULE TEMPERATURE SENSOR, COMPATIBLE WITH ABOVE IRRADIANCE SENSOR OBVIUS ACQUISUITE GATEWAY AND DATALOGGER (ONLY IN DAS ENCLOUSRE AT STATION 6) 51 (J) 5 120V, 20A DUPLEX RECEPTACLE (CONVENIENCE OUTLET) IN OUTDOOR-RATED ENCLOSURE (M) 4 (C1) DAS ENCLOSURE & BACKPLATE, NEMA4X, FOR STATION 6, TO CONTAIN ITEMS D THRU J, AS WELL AS O THRU R, SIZED AS REQ'D. NON-METALLIC ENCLOSURE REQ'D AT STATION 6, FOR CELLULAR CONNECTION 1 SHORTING BLOCKS FOR CURRENT TRANSFORMERS, 3-PAIRS FOR 3-PHASES EACH SET CONSISTING OF: PHOENIX CONTACT 3047491 (QTY 1), 3035759 & 3035755 (QTY 3), 3047452 (QTY 6). ALTERNATIVE: ELKOR I-BLOCK-CT (L2) 24 VDC x 120W POWER SUPPLY FOR TYPICAL DAS ENCLOSURE (H) 5 BESS METER ENCLOSURE, BACKPLATE, AND INTERIOR SWING PANEL NEMA4 OR NEMA4X, TO CONTAIN ITEMS D, E, & K, SIZED AS REQ'D. (C3) REVENUE-GRADE 2000A:5A HIGH TEMP CURRENT TRANSFORMERS FOR 1.75 & 2 MVA TRANSFORMERS, RATED FOR USE ON TRANSFORMER BUSBARS, ABB PART #923A231G09 OR ACCUENERGY AcuCT-3163-2000:5 QTY ID DESCRIPTION SPECIAL CASE OF STATION 6: 10 KVA TRANSFORMER, 600V TO 120/240V FOR AUXILIARY POWER. HAMMOND POWER C1F010PES OR EQUIVALENT (M') 1 ALSO ENERGY SUPPLIER ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY ALSO ENERGY (W) SINGLE MODE FIBER OPTIC SWITCH & POWER SUPPLY. COORDINATE PRODUCT SELECTION WITH UTILITY (S1) GROUND FAULT DETECTOR (BENDER ISOMETER PART #ISO 685) 13 NEMA4 FLOOR-MOUNT ENCLOSURE FOR RTAC, NAVEPOINT 00406916 OUTDOOR NETWORK CABINET, OR EQUIVALENT ENCLOSURE FOR 19" WIDE x 8U RACK. EQUIP WITH DIN RAIL ON BACK PANEL, FOR POWER SUPPLY & NETWORK SWITCH SEL 3555 RTAC - COORDINATE DETAILS WITH UTILITY 3U Horizontal Rack Mount, SFP SINGLE MODE FIBER OPTICS APSMART UPS FOR RTAC, SMT2000RM2UC, OR EQUIVALENT 2kVA UPS (T) (U) 1 1 (V) 1 1 VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY (S) NEMA 4X ENCLOSURES W/ BACKPLATES FOR GROUND FAULT DETECTORS - SIZE: 12"x14"x8" 13 VI ELECTRON (S2) 3-POLE CLASS CC FUSED DISCONNECT W/ 5A FUSES, 600VAC, EATON CCP-3-30CC OR EQUIVALENT 13 VI ELECTRON DIGITAL I/O MODULE FOR TRANSFORMER MONITORING N/A N/A MAX 330 FT N/A 5 FT #12 Cu THWN-2 + #12G N/A (D12) 2+G 20A CONVENIENCE OUTLET 1/2" PVC (D17) N/A 1 10 FT 3/4" PVC 50 FT EACH LEAD OF EACH CT GROUP 6 CAT5E SHIELDED ETHERNET CONNECTION WITHIN DAS CONDUIT SIZE (MIN) TABLE 2: CONDUIT AND WIRING DETAILS (DATA ACQUISITION SYSTEM) CABLE TYPE FUNCTION 1 FT DATA ACQUISITION SYSTEM VOLTAGE TAP (METERS USE VECTOR MATH TO INFER THE NEUTRAL) FACTORY WIRING, TWIST EACH CT WIRE PAIR EXTEND W/ TWISTED #14 CU 1 CABLE QTY 1 OPEN AIR / 3/4" PVC DATA ACQUISITION SYSTEM CT WIRES #14 AWG THWN-2 + #14G (D2) EST. 1-WAY LENGTH (EACH INSTANCE U.N.O.) INVERTER DATA CONNECTION - SMA SPEEDWIRE (D1) ID (D3) 3+G CAT5E DIRECT BURIAL UV RESISTANT SHIELDED (D4) 40 FT WEATHER STATION POWER & DATA ETHERNET CONNECTIONS BETWEEN BESS DAS ENCLOSURES (D8) (D5) 3/4" PVC N/A 5 FT AUX POWER MAIN CIRCUIT - 600V SIDE #14 Cu THWN-2 + #8 Cu COMBINED EGC/GEC (D10) 2+G 3/4" PVC 5 FT AUX POWER MAIN CIRCUIT - 120/240V SIDE - TYPICAL CASE W/ 5kVA XFMRS & 30A BKRs #10 Cu THWN-2 + #10G (D11) 3+G 3/4" PVC UPS - BATTERY (D9) 1 FT #8 AWG CU THWN-2 + #14 CU G (D15) 2+G SEL RELAY COMMUNICATION (D14) 60 FT 3/4" PVC CAT5E SHIELDED 1 3/4" PVC (AS APPLICABLE) MIN 1" PVC SHARE 1" PVC W/ (D8) WHERE APPLICABLE CAT5E SHIELDED 500 FT - SITE TOTAL MAX 330 FT BETW. NODES N/A CAT5E DIRECT BURIAL UV RESISTANT SHIELDED INVERTER DATA CONNECTION - FIBER OPTICS BETWEEN DAS STATIONS LENGTH CONSTRAINTS 2000 FT - PHASE 1 SITE TOTAL (D16) MULTIMODE FIBER OPTIC CABLE 2-FIBER INDOOR/OUTDOOR - 62.5/125 OM1 400 FT SITE TOTAL FOR VI ELECTRON 1 + (D9) 50 FT EACH BESS BESS - INPUT/OUTPUT WIRING BETWEEN CONTAINER & INVERTER 7-CONDUCTOR SHIELDED, #16 AWG Cu, LAPP #2216070 SHARE 1" PVC W/ (D9) 1 + (D8) BESS - DATA CABLE BETWEEN CONTAINER & INVERTER & BETW BESS CONTAINERS & FROM HONEYWELL SITE CTRL'R IN CONTAINER 8 TO SEL RELAY N/A MAX 330 FT BETW NODES N/A N/A N/A OPEN AIR / 3/4" PVC MAX 330 FT 1 CABLE, 2 STRANDS TOTAL 1 1/2" PVC N/A 25 FT 1 CAT5E SHIELDED ETHERNET CONNECTION BETW. DAS ENCLOSURES OF STATIONS SHARING A PAD (D6) MAX 330 FT BETW NODES 3/4" PVC 3/4" PVC 1 3 FT TYP, 50 FT CTRL'R #14 Cu THWN-2 + #14G (D13) 2+G 15A BRANCH CIRCUITS FOR DAS POWER 3/4" PVC N/A COMMUNICATION TO/FROM UTILITY - UTILITY TO DETERMINE SPECIFICS (D25) TBD 2" PVC TO RISER + MSGR CABLE ON OHW UTILITY TO DETERMINE, COORDINATE SCOPE W/ UTILITY 1 N/A MAX 330 FT BETW NODES (D7) 2+G 5 FT DATA ACQUISITION SYSTEM - DC POWER WITHIN OR BETWEEN ENCLOSURES #14 AWG CU THWN-2 + #14 CU G N/A NOTES 1. TYP OF ALL ETHERNET CABLES: DO NOT USE COPPER-CLAD ALUMINUM (CCA OR CCE). ALL NON-FIBER OPTIC CABLES TO USE PURE COPPER CONDUCTORS, UNLESS OTHERWISE SPECIFIED. 2. LENGTHS IN THE ABOVE TABLE MAY NOT BE ACCURATE. CONFIRM IN FIELD. ALSO CROSS REFERENCE FUNCTION WITH ID, AND CONFIRM THAT THE FUNCTION MATCHES THE ORIGIN & DESTINATION. N/A 5 FT AUX POWER MAIN CIRCUIT - 600V SIDE #14 Cu THWN-2 + #8 Cu COMBINED EGC/GEC (D18) 2+G 3/4" PVC 10-PAIR SHIELDED, #16 AWG Cu, LAPP #2216250 30 FT BESS XFMRS 50 FT TYP PV XFMR (D20) 1 TRANSFORMER MONITORING CABLE, 10 PAIRS USED FOR DIGITAL INPUTS USED FOR EACH DIGITAL ALARM. COORDINATE DETAILS W/ XFMR MFR & ALSOENERGY N/A 1 1/2" PVC VI ELECTRON VI ELECTRON & WAPA VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON ALSO ENERGY SUPPLIER VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON VI ELECTRON CAT5E SHIELDED (D22) VI ELECTRON 1" PVC 1 CAT5E CABLE OR FIBER OPTIC CABLE - COORDINATE W/ CONFIG. OF SEL735 METER, AND W/ DETAILS OF HONEYWELL CONTROLLER UTILITY METER DATA N/A N/A 125 FT AUX POWER CIRCUIT TO LOAD CENTER AT SWGR PAD #8 Cu THWN-2 + #10 Cu EGC (D23) 3+G 1" PVC VI ELECTRON N/A 10 FT - TO LOCAL EQPT 50 FT TO PRI. MTR. (D24) 2+G 1" PVC VI ELECTRON #12 Cu THWN-2 + #12 Cu EGC AUX POWER CIRCUIT TO SEL RELAY EQPT, & PRIMARY METERING 50 FT SWITCHGEAR PAD PV ZONES 7 & 8 PV ZONE 6 NOTE: WHERE TWO ZONES SHARE THE SAME EQPT PAD, FIBER IS NOT REQ'D FOR CONNECTING BETWEEN THEM. ETHERNET CABLE TO BE USED INSTEAD PER (D6). ALSO: ONLY ONE LOAD CENTER/AUX XFMR IS NEEDED FOR POWERING BOTH DAS SYSTEMS ON SHARED PAD NOT USED 120/240V NEMA3R LOAD CENTER FOR , 50A BRANCH BREAKER AS MAIN, OTHER BRANCH BREAKERS AS NOTED 2 (N') VI ELECTRON 15A/1P POWER TO DAS #7 POWER TO DAS #8 POWER TO DAS #4 NOTE: ONLY ONE LOAD CENTER/AUX XFMR IS NEEDED FOR POWERING BOTH DAS SYSTEMS ON SHARED PAD FIBER OPTIC NOT REQ'D FOR CONNECTIONS FROM DAS #6 TO DAS #9 15A/1P 15A/1P 20A/1P GFCI (O) OUTLET TO XFMR PV7 MONITORING DIGITAL IO IO MODULE 15A/1P IO MODULE XFMR MONITOR XFMR MONITOR 15A/1P 15A/1P 15A/1P XFMR MONITOR IO MODULE 15A/1P POWER TO MONITORING XFMR #8 15A/1P POWER TO XFMR PV4 MONITORING 15A/1P CONDUIT TO HANDHOLE FOR FUTURE PHASE 2 PV SYSTEM CONDUIT TO HANDHOLE FOR FUTURE PHASE 2 BESS CONTAINERS 17 ALSO ENERGY (D21) 10-PAIR SHIELDED, #16 AWG Cu, LAPP #2216250 VI ELECTRON 3" PVC, SHARE W/ ETHERNET CABLE 3 SEL RELAY TO HONEYWELL CTRL'R N/A 60 FT 50 FT EACH BESS 60 FT BETW. BESS'S 260 FT FOR CLOSED LOOP RECEPTACLES ARE AVAILABLE INSIDE BESS CONTAINERS. NO SEPARATE RECEPTACLES NEEDED FOR BESS DAS SYSTEMS TYPICAL OF ALL DAS SYSTEMS: COORDINATE W/ DAS SUPPLIER FOR WHETHER A 2-POLE 240V BREAKER IS REQ'D FOR THE POWER SUPPLY, INSTEAD OF THE 120V 1-POLE BREAKERS SHOWN. BASED ON ALSO ENERGY'S PREVIOUS DESIGNS, ONLY A 120V POWER SUPPLY INPUT CIRCUIT IS REQ'D. N/A 5 FT GFD MONITORING DIGITAL SIGNAL CIRCUIT 3X #14 Cu THWN-2 (1x RED: +24Vdc, 1x BLK: 0 VDC, 1X VIOLET OR BLUE, DIGITAL IO Q1) (D19) 3 3/4" PVC VI ELECTRON BESS 5KVA AUX POWER TRANSFORMER SECONDARIES ARE END-GROUNDED, AS OPPOSED TO CENTER-TAP GROUDNED 1 DAS SINGLE LINE - DETAILED solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DC COMBINER & INVERTER SCHEDULE PV604 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 61 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N Inverter ID Inverter Model Rated Power (kW) Combiner ID QTY of each Branch Circuit Size Total Branch Circuits (BC's) per Combiner Source Circuits (SC's) per Combiner # of Modules per SC Modules per CB Modules per INV kW per INV DC/AC Ratio CB1-1A 1x 2-SC, 2x 3-SC, 5x 4-SC, 2x 5-SC 10 38 6 228 CB1-1B 8x 4-SC, 3x 5-SC 11 47 6 282 CB1-2A 5x 4-SC, 5x 5-SC 10 45 6 270 CB1-2B 3x 4-SC, 10x 5-SC 13 62 6 372 CB1-3A 4x 4-SC, 8x 5-SC 12 56 6 336 CB1-3B 5x 4-SC, 5x 5-SC 10 45 6 270 CB1-4A 6x 4-SC, 4x 5-SC 10 44 6 264 CB1-4B 12x 4-SC, 3x 5-SC 15 63 6 378 CB1-5A 10x 5-SC 10 50 6 300 CB1-5B 2x 4-SC, 8x 5-SC 10 48 6 288 CB1-6A 2x 4-SC, 6x 5-SC 8 38 6 228 CB1-6B 6x 4-SC, 6x 5-SC 12 54 6 324 CB1-7A 9x 4-SC, 3x 5-SC 12 51 6 306 CB1-7B 12x 4-SC, 0x 5-SC 12 48 6 288 CB1-8A 9x 5-SC 9 45 6 270 CB1-8B 1x 3-SC, 7x 4-SC, 4x 5-SC 12 51 6 306 CB2-1A 2x 2-SC, 8x 4-SC, 2x 5-SC 12 46 6 276 CB2-1B 6x 4-SC, 6x 5-SC 12 54 6 324 CB2-2A 7x 4-SC, 7x 5-SC 14 63 6 378 CB2-2B 3x 4-SC, 7x 5-SC 10 47 6 282 CB2-3A 4x 4-SC, 7x 5-SC 11 51 6 306 CB2-3B 5x 4-SC, 7x 5-SC 12 55 6 330 CB2-4A 1x 4-SC, 11x 5-SC 12 59 6 354 CB2-4B 4x 4-SC, 5x 5-SC 9 41 6 246 CB2-5A 5x 4-SC, 7x 5-SC 12 55 6 330 CB2-5B 4x 4-SC, 7x 5-SC 11 51 6 306 CB2-6A 8x 5-SC 8 40 6 240 CB2-6B 13x 5-SC 13 65 6 390 CB2-7A 11x 5-SC 11 55 6 330 CB2-7B 10x 5-SC 10 50 6 300 CB2-8A 8x 5-SC 8 40 6 240 CB2-8B 12x 5-SC 12 60 6 360 CB3-1A 12x 5-SC 12 60 6 360 CB3-1B 10x 5-SC 10 50 6 300 CB3-2A 10x 5-SC 10 50 6 300 CB3-2B 12x 5-SC 12 60 6 360 CB3-3A 10x 5-SC 10 50 6 300 CB3-3B 12x 5-SC 12 60 6 360 CB3-4A 12x 5-SC 12 60 6 360 CB3-4B 10x 5-SC 10 50 6 300 CB3-5A 12x 5-SC 12 60 6 360 CB3-5B 10x 5-SC 10 50 6 300 CB3-6A 10x 5-SC 10 50 6 300 CB3-6B 12x 5-SC 12 60 6 360 CB3-7A 9x 5-SC 9 45 6 270 CB3-7B 5x 4-SC, 4x 5-SC 9 40 6 240 CB3-8A 4x 4-SC, 5x 5-SC 9 41 6 246 CB3-8B 1x 2-SC, 1x 3-SC, 8x 4-SC, 2x 5-SC 12 47 6 282 CB4-1A 2x 2-SC, 5x 4-SC, 5x 5-SC 12 49 6 294 CB4-1B 5x 4-SC, 5x 5-SC 10 45 6 270 CB4-2A 4x 4-SC, 8x 5-SC 12 56 6 336 CB4-2B 2x 4-SC, 9x 5-SC 11 53 6 318 CB4-3A 2x 4-SC, 11x 5-SC 13 63 6 378 CB4-3B 1x 4-SC, 8x 5-SC 9 44 6 264 CB4-4A 2x 4-SC, 7x 5-SC 9 43 6 258 CB4-4B 2x 4-SC, 10x 5-SC 12 58 6 348 CB4-5A 2x 4-SC, 10x 5-SC 12 58 6 348 CB4-5B 2x 4-SC, 9x 5-SC 11 53 6 318 CB4-6A 2x 4-SC, 11x 5-SC 13 63 6 378 CB4-6B 1x 4-SC, 8x 5-SC 9 44 6 264 CB4-7A 2x 4-SC, 7x 5-SC 9 43 6 258 CB4-7B 2x 4-SC, 11x 5-SC 13 63 6 378 CB4-8A 2x 4-SC, 9x 5-SC 11 53 6 318 CB4-8B 2x 4-SC, 10x 5-SC 12 58 6 348 CB5-1A 2x 4-SC, 10x 5-SC 12 58 6 348 CB5-1B 2x 4-SC, 7x 5-SC 9 43 6 258 CB5-2A 1x 4-SC, 8x 5-SC 9 44 6 264 CB5-2B 2x 4-SC, 11x 5-SC 13 63 6 378 CB5-3A 2x 4-SC, 9x 5-SC 11 53 6 318 CB5-3B 2x 4-SC, 9x 5-SC 11 53 6 318 CB5-4A 2x 4-SC, 11x 5-SC 13 63 6 378 CB5-4B 2x 4-SC, 7x 5-SC 9 43 6 258 CB5-5A 1x 4-SC, 8x 5-SC 9 44 6 264 CB5-5B 2x 4-SC, 10x 5-SC 12 58 6 348 CB5-6A 2x 4-SC, 10x 5-SC 12 58 6 348 CB5-6B 2x 4-SC, 7x 5-SC 9 43 6 258 CB5-7A 1x 4-SC, 8x 5-SC 9 44 6 264 CB5-7B 3x 4-SC, 9x 5-SC 12 57 6 342 CB5-8A 5x 4-SC, 5x 5-SC 10 45 6 270 CB5-8B 1x 2-SC, 1x 3-SC, 6x 4-SC, 6x 5-SC 14 59 6 354 SOLECTRIA XGI 1500-250DCG 250 606 281.79 1.13 INV5-8 SOLECTRIA XGI 1500-250DCG 250 624 290.16 1.16 SOLECTRIA XGI 1500-250DCG 250 612 284.58 1.14 INV5-6 SOLECTRIA XGI 1500-250DCG 250 606 281.79 1.13 SOLECTRIA XGI 1500-250DCG 250 636 295.74 1.18 INV5-4 SOLECTRIA XGI 1500-250DCG 250 636 295.74 1.18 SOLECTRIA XGI 1500-250DCG 250 606 281.79 1.13 INV5-2 SOLECTRIA XGI 1500-250DCG 250 642 298.53 1.19 SOLECTRIA XGI 1500-250DCG 250 636 295.74 1.18 INV4-8 SOLECTRIA XGI 1500-250DCG 250 666 309.69 1.24 SOLECTRIA XGI 1500-250DCG 250 666 309.69 1.24 INV4-6 SOLECTRIA XGI 1500-250DCG 250 642 298.53 1.19 SOLECTRIA XGI 1500-250DCG 250 642 298.53 1.19 INV4-4 SOLECTRIA XGI 1500-250DCG 250 606 281.79 1.13 SOLECTRIA XGI 1500-250DCG 250 564 262.26 1.05 INV4-2 SOLECTRIA XGI 1500-250DCG 250 654 304.11 1.22 SOLECTRIA XGI 1500-250DCG 250 528 245.52 0.98 SOLECTRIA XGI 1500-250DCG 250 510 237.15 0.95 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 SOLECTRIA XGI 1500-250DCG 250 630 292.95 1.17 SOLECTRIA XGI 1500-250DCG 250 630 292.95 1.17 SOLECTRIA XGI 1500-250DCG 250 636 295.74 1.18 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 SOLECTRIA XGI 1500-250DCG 250 636 295.74 1.18 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 SOLECTRIA XGI 1500-250DCG 250 576 267.84 1.07 SOLECTRIA XGI 1500-250DCG 250 594 276.21 1.10 SOLECTRIA XGI 1500-250DCG 250 552 256.68 1.03 SOLECTRIA XGI 1500-250DCG 250 588 273.42 1.09 1.13 SOLECTRIA XGI 1500-250DCG 250 642 298.53 1.19 Inverter & Combiner DC Distribution Schedule SOLECTRIA XGI 1500-250DCG 250 510 237.15 0.95 250 SOLECTRIA XGI 1500-250DCG 1.19 298.53 642 SOLECTRIA XGI 1500-250DCG 250 606 281.79 INV1-1 INV1-2 INV1-3 INV1-4 INV1-5 INV1-6 INV1-7 INV1-8 INV2-1 INV2-2 INV2-3 INV2-4 INV2-5 INV2-6 INV2-7 INV2-8 INV3-1 INV3-2 INV3-3 INV3-4 INV3-5 INV3-6 INV3-7 INV3-8 INV4-3 INV4-7 INV5-3 INV5-7 INV4-1 INV4-5 INV5-1 INV5-5 CB6-1A 2x 3-SC, 9x 4-SC, 3x 5-SC 14 57 6 342 CB6-1B 3x 4-SC, 7x 5-SC 10 47 6 282 CB6-2A 1x 2-SC, 5x 4-SC, 7x 5-SC 13 57 6 342 CB6-2B 10x 5-SC 10 50 6 300 CB6-3A 12x 5-SC 12 60 6 360 CB6-3B 10x 5-SC 10 50 6 300 CB6-4A 10x 5-SC 10 50 6 300 CB6-4B 12x 5-SC 12 60 6 360 CB6-5A 12x 5-SC 12 60 6 360 CB6-5B 10x 5-SC 10 50 6 300 CB6-6A 8x 5-SC 8 40 6 240 CB6-6B 12x 5-SC 12 60 6 360 CB6-7A 12x 5-SC 12 60 6 360 CB6-7B 10x 5-SC 10 50 6 300 CB6-8A 8x 5-SC 8 40 6 240 CB6-8B 12x 5-SC 12 60 6 360 CB7-1A 12x 5-SC 12 60 6 360 CB7-1B 10x 5-SC 10 50 6 300 CB7-2A 12x 5-SC 12 60 6 360 CB7-2B 10x 5-SC 10 50 6 300 CB7-3A 10x 5-SC 10 50 6 300 CB7-3B 12x 5-SC 12 60 6 360 CB7-4A 12x 5-SC 12 60 6 360 CB7-4B 10x 5-SC 10 50 6 300 CB7-5A 8x 5-SC 8 40 6 240 CB7-5B 12x 5-SC 12 60 6 360 CB7-6A 12x 5-SC 12 60 6 360 CB7-6B 8x 5-SC 8 40 6 240 CB7-7A 10x 5-SC 10 50 6 300 CB7-7B 2x 4-SC, 10x 5-SC 12 58 6 348 CB7-8A 5x 4-SC, 5x 5-SC 10 45 6 270 CB7-8B 1x 3-SC, 7x 4-SC, 5x 5-SC 13 56 6 336 CB8-1A 1x 2-SC, 4x 4-SC, 5x 5-SC 10 43 6 258 CB8-1B 7x 5-SC 7 35 6 210 CB8-2A 3x 4-SC, 6x 5-SC 9 42 6 252 CB8-2B 3x 4-SC, 6x 5-SC 9 42 6 252 CB8-3A 3x 4-SC, 6x 5-SC 9 42 6 252 CB8-3B 1x 4-SC, 8x 5-SC 9 44 6 264 CB8-4A 2x 4-SC, 7x 5-SC 9 43 6 258 CB8-4B 3x 4-SC, 6x 5-SC 9 42 6 252 CB8-5A 4x 4-SC, 5x 5-SC 9 41 6 246 CB8-5B 8x 5-SC 8 40 6 240 INV8-6 SOLECTRIA XGI 1500-250DCG 250 CB8-6 3x 4-SC, 13x 5-SC 16 77 6 462 462 214.83 0.86 INV8-7 SOLECTRIA XGI 1500-250DCG 250 CB8-7 6x 4-SC, 10x 5-SC 16 74 6 444 444 206.46 0.83 INV8-8 SOLECTRIA XGI 1500-250DCG 250 CB8-8 4x 4-SC, 11x 5-SC 15 71 6 426 426 198.09 0.79 CB9-1A 1x 4-SC, 6x 5-SC 7 34 6 204 CB9-1B 5x 4-SC, 9x 5-SC 14 65 6 390 CB9-2A 4x 4-SC, 3x 5-SC 7 31 6 186 CB9-2B 1x 4-SC, 11x 5-SC 12 59 6 354 CB9-3A 2x 4-SC, 4x 5-SC 6 28 6 168 CB9-3B 5x 4-SC, 7x 5-SC 12 55 6 330 INV9-4 SOLECTRIA XGI 1500-250DCG 250 CB9-4 5x 4-SC, 11x 5-SC 16 75 6 450 450 209.25 0.84 INV9-5 SOLECTRIA XGI 1500-250DCG 250 CB9-5 9x 4-SC, 6x 5-SC 15 66 6 396 396 184.14 0.74 INV9-6 SOLECTRIA XGI 1500-250DCG 250 CB9-6 5x 4-SC, 11x 5-SC 16 75 6 450 450 209.25 0.84 CB9-7A 7x 4-SC, 4x 5-SC 11 48 6 288 CB9-7B 6x 4-SC, 3x 5-SC 9 39 6 234 CB9-8A 1x 3-SC, 4x 4-SC, 4x 5-SC 9 39 6 234 CB9-8B 3x 2-SC, 2x 3-SC, 5x 4-SC, 1x 5-SC 11 37 6 222 kWac BC QTY by Type Total BC'S Total SC's Modules kWdc Avg Ratio 18000 11x 3-SC, 351x 4-SC, 1130x 5-SC 1504 7111 42666 19839.69 1.10 INV9-7 SOLECTRIA XGI 1500-250DCG 250 522 242.73 0.97 INV9-8 SOLECTRIA XGI 1500-250DCG 250 0.85 212.04 456 INV9-3 SOLECTRIA XGI 1500-250DCG 250 498 231.57 0.93 INV9-1 SOLECTRIA XGI 1500-250DCG 250 594 276.21 1.10 INV9-2 SOLECTRIA XGI 1500-250DCG 250 540 251.10 1.00 INV8-5 SOLECTRIA XGI 1500-250DCG 250 486 225.99 0.90 SOLECTRIA XGI 1500-250DCG 250 516 239.94 0.96 INV8-4 SOLECTRIA XGI 1500-250DCG 250 510 237.15 0.95 INV8-3 INV8-1 SOLECTRIA XGI 1500-250DCG 250 468 217.62 0.87 INV8-2 SOLECTRIA XGI 1500-250DCG 250 504 234.36 0.94 SOLECTRIA XGI 1500-250DCG 250 648 301.32 1.21 INV7-8 SOLECTRIA XGI 1500-250DCG 250 606 281.79 1.13 INV7-7 INV7-5 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 INV7-6 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV7-4 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV7-3 INV7-1 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV7-2 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV6-8 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 INV6-7 INV6-5 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV6-6 SOLECTRIA XGI 1500-250DCG 250 600 279.00 1.12 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 INV6-4 SOLECTRIA XGI 1500-250DCG 250 660 306.90 1.23 SOLECTRIA XGI 1500-250DCG 250 624 290.16 1.16 INV6-2 SOLECTRIA XGI 1500-250DCG 250 642 298.53 1.19 Totals INV6-3 INV6-1 Inverter ID Inverter Model Rated Power (kW) Combiner ID QTY of each Branch Circuit Size Total Branch Circuits (BC's) per Combiner Source Circuits (SC's) per Combiner # of Modules per SC Modules per CB Modules per INV kW per INV DC/AC Ratio Inverter & Combiner DC Distribution Schedule PV ZONES 1 THRU 5 PV ZONES 6 THRU 9 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DC WIRING SCHEDULE - PV ZONES 1 THRU 5 PV605 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 62 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1-Line ID Combiner ID DC Operating Voltage (V) Source Circuit Qty Branch Circuit Qty Operating Current (A) Short Circuit Current w/ 1.25 safety factor (A) Short Circuit Current w/ 1.56 safety factor (A) 1-Way Distance to Combiner (ft) OCPD (A) EGC (Cu) *** Output Conductor Size Wire Type Set QTY # of Wires Per Set # of Current Carrying Conductors Per Conduit Temp Derate Bundling Derate** 75C Terminal Ampacity (A) (req'd ≥ 1.56*Isc) Cum. 90C Wire Capacity (A) (req'd ≥ 1.25*Isc) Resistivity (Ω/1000ft) DC Feeder % Voltage Drop Estimated Total Length of Input #10 Cu PV Wire 2kV Pre-Combiner Max % Voltage Drop Total DC % Voltage Drop Wiring Method DCCB CB1-1A 1138.8 38 10 95.00 125.88 157.09 135 N/A #4 Cu & MSGR WIRE 250 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.195% 5000 0.50% 0.691% Messenger cable DCCB CB1-1B 1138.8 47 11 117.50 155.69 194.30 188 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.336% 4400 0.653% 0.989% Messenger cable DCCB CB1-2A 1138.8 45 10 112.50 149.06 186.03 224 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.244% 4500 0.915% 1.159% Messenger cable DCCB CB1-2B 1138.8 62 13 155.00 205.38 256.31 260 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.391% 5850 0.915% 1.305% Messenger cable DCCB CB1-3A 1138.8 56 12 140.00 185.50 231.50 296 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.453% 4800 0.915% 1.368% Messenger cable DCCB CB1-3B 1138.8 45 10 112.50 149.06 186.03 349 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.430% 5500 1.307% 1.736% Messenger cable DCCB CB1-4A 1138.8 44 10 110.00 145.75 181.90 385 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.411% 5500 1.241% 1.652% Messenger cable DCCB CB1-4B 1138.8 63 15 157.50 208.69 260.44 438 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.669% 9000 1.176% 1.845% Messenger cable DCCB CB1-5A 1138.8 40 8 100.00 132.50 165.36 474 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.519% 5200 1.078% 1.597% Messenger cable DCCB CB1-5B 1138.8 58 12 145.00 192.13 239.77 510 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.717% 11400 1.470% 2.187% Messenger cable DCCB CB1-6A 1138.8 38 8 95.00 125.88 157.09 563 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.676% 7200 1.307% 1.983% Messenger cable DCCB CB1-6B 1138.8 54 12 135.00 178.88 223.24 616 N/A #4 Cu & MSGR WIRE 350 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.910% 10800 1.143% 2.053% Messenger cable DCCB CB1-7A 1138.8 51 12 127.50 168.94 210.83 669 N/A #4 Cu & MSGR WIRE 300 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 1.079% 9600 1.013% 2.091% Messenger cable DCCB CB1-7B 1138.8 48 12 120.00 159.00 198.43 722 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 1.096% 8400 0.849% 1.945% Messenger cable DCCB CB1-8A 1138.8 45 9 112.50 149.06 186.03 775 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 1.102% 5400 0.719% 1.821% Messenger cable DCCB CB1-8B 1138.8 51 12 127.50 168.94 210.83 828 N/A #4 Cu & MSGR WIRE 300 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 1.335% 3600 0.425% 1.760% Messenger cable DCCB CB2-1A 1138.8 46 12 115.00 152.38 190.16 130 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.189% 3600 0.686% 0.875% Messenger cable DCCB CB2-1B 1138.8 54 12 135.00 178.88 223.24 183 N/A #4 Cu & MSGR WIRE 300 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.312% 3600 0.69% 0.998% Messenger cable DCCB CB2-2A 1138.8 63 14 157.50 208.69 260.44 236 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.360% 4200 0.686% 1.046% Messenger cable DCCB CB2-2B 1138.8 47 10 117.50 155.69 194.30 272 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.310% 5000 1.176% 1.486% Messenger cable DCCB CB2-3A 1138.8 51 11 127.50 168.94 210.83 308 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.497% 5500 1.176% 1.673% Messenger cable DCCB CB2-3B 1138.8 55 12 137.50 182.19 227.37 344 N/A #4 Cu & MSGR WIRE 300 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.598% 6000 1.24% 1.839% Messenger cable DCCB CB2-4A 1138.8 59 12 147.50 195.44 243.91 380 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.613% 7200 1.339% 1.953% Messenger cable DCCB CB2-4B 1138.8 41 9 102.50 135.81 169.49 416 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.467% 4950 1.405% 1.871% Messenger cable DCCB CB2-5A 1138.8 55 12 137.50 182.19 227.37 452 N/A #4 Cu & MSGR WIRE 350 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.680% 7200 1.470% 2.150% Messenger cable DCCB CB2-5B 1138.8 51 11 127.50 168.94 210.83 470 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.758% 6050 1.14% 1.901% Messenger cable DCCB CB2-6A 1138.8 40 8 100.00 132.50 165.36 506 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.491% 4400 1.143% 1.634% Messenger cable DCCB CB2-6B 1138.8 65 13 162.50 215.31 268.71 542 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.854% 7150 1.143% 1.997% Messenger cable DCCB CB2-7A 1138.8 55 11 137.50 182.19 227.37 560 N/A #4 Cu & MSGR WIRE 300 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.974% 6050 1.143% 2.117% Messenger cable DCCB CB2-7B 1138.8 50 10 125.00 165.63 206.70 596 N/A #4 Cu & MSGR WIRE 300 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.942% 5500 1.14% 2.085% Messenger cable DCCB CB2-8A 1138.8 40 8 100.00 132.50 165.36 632 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.691% 4400 1.143% 1.835% Messenger cable DCCB CB2-8B 1138.8 60 12 150.00 198.75 248.04 650 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.067% 6600 1.143% 2.210% Messenger cable DCCB CB3-1A 1138.8 60 12 150.00 198.75 248.04 703 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.022% 6600 1.14% 2.166% Messenger cable DCCB CB3-1B 1138.8 50 10 125.00 165.63 206.70 739 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.011% 5500 1.143% 2.154% Messenger cable DCCB CB3-2A 1138.8 50 10 125.00 165.63 206.70 775 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.939% 5500 1.143% 2.082% Messenger cable DCCB CB3-2B 1138.8 60 12 150.00 198.75 248.04 811 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.961% 6600 1.143% 2.105% Messenger cable DCCB CB3-3A 1138.8 50 10 125.00 165.63 206.70 847 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.026% 5500 1.143% 2.170% Messenger cable DCCB CB3-3B 1138.8 60 12 150.00 198.75 248.04 865 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.025% 6600 1.143% 2.169% Messenger cable DCCB CB3-4A 1138.8 60 12 150.00 198.75 248.04 901 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.068% 6600 1.143% 2.211% Messenger cable DCCB CB3-4B 1138.8 50 10 125.00 165.63 206.70 937 N/A #4 Cu & MSGR WIRE 500 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.926% 5500 1.143% 2.069% Messenger cable DCCB CB3-5A 1138.8 60 12 150.00 198.75 248.04 973 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.977% 6600 1.143% 2.120% Messenger cable DCCB CB3-5B 1138.8 50 10 125.00 165.63 206.70 1009 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.997% 5500 1.143% 2.140% Messenger cable DCCB CB3-6A 1138.8 50 10 125.00 165.63 206.70 1045 N/A #4 Cu & MSGR WIRE 500 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.032% 5500 1.143% 2.176% Messenger cable DCCB CB3-6B 1138.8 60 12 150.00 198.75 248.04 1063 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 1.067% 6000 1.045% 2.112% Messenger cable DCCB CB3-7A 1138.8 45 9 112.50 149.06 186.03 1099 N/A #4 Cu & MSGR WIRE 350 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.353% 3600 0.817% 2.169% Messenger cable DCCB CB3-7B 1138.8 40 9 100.00 132.50 165.36 1159 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.124% 4950 1.143% 2.267% Messenger cable DCCB CB3-8A 1138.8 41 9 102.50 135.81 169.49 1234 N/A #4 Cu & MSGR WIRE 350 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.384% 4050 0.915% 2.299% Messenger cable DCCB CB3-8B 1138.8 47 12 117.50 155.69 194.30 1338 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.524% 4800 0.751% 2.275% Messenger cable DCCB CB4-1A 1138.8 49 12 122.50 162.31 202.57 130 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.242% 4200 0.653% 0.895% Messenger cable DCCB CB4-1B 1138.8 45 10 112.50 149.06 186.03 166 N/A #4 Cu & MSGR WIRE 250 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.284% 4000 0.95% 1.231% Messenger cable DCCB CB4-2A 1138.8 56 12 140.00 185.50 231.50 202 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.274% 6000 1.176% 1.450% Messenger cable DCCB CB4-2B 1138.8 53 11 132.50 175.56 219.10 238 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.306% 5500 1.176% 1.482% Messenger cable DCCB CB4-3A 1138.8 63 13 157.50 208.69 260.44 274 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.418% 6500 1.176% 1.594% Messenger cable DCCB CB4-3B 1138.8 44 9 110.00 145.75 181.90 310 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.331% 4500 1.18% 1.507% Messenger cable DCCB CB4-4A 1138.8 43 9 107.50 142.44 177.76 346 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.407% 4500 1.176% 1.583% Messenger cable DCCB CB4-4B 1138.8 58 12 145.00 192.13 239.77 364 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.577% 6000 1.176% 1.753% Messenger cable DCCB CB4-5A 1138.8 58 12 145.00 192.13 239.77 400 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.635% 6000 1.176% 1.811% Messenger cable DCCB CB4-5B 1138.8 53 11 132.50 175.56 219.10 436 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.632% 5500 1.18% 1.808% Messenger cable DCCB CB4-6A 1138.8 63 13 157.50 208.69 260.44 472 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.721% 6500 1.176% 1.897% Messenger cable DCCB CB4-6B 1138.8 44 9 110.00 145.75 181.90 508 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.542% 4500 1.176% 1.718% Messenger cable DCCB CB4-7A 1138.8 43 9 107.50 142.44 177.76 544 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.567% 4500 1.176% 1.743% Messenger cable DCCB CB4-7B 1138.8 63 13 157.50 208.69 260.44 580 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.886% 6500 1.18% 2.062% Messenger cable DCCB CB4-8A 1138.8 53 11 132.50 175.56 219.10 616 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.893% 5500 1.176% 2.069% Messenger cable DCCB CB4-8B 1138.8 58 12 145.00 192.13 239.77 634 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.006% 6000 1.176% 2.182% Messenger cable DCCB CB5-1A 1138.8 58 12 145.00 192.13 239.77 669 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.061% 6000 1.18% 2.237% Messenger cable DCCB CB5-1B 1138.8 43 9 107.50 142.44 177.76 704 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.828% 4500 1.176% 2.004% Messenger cable DCCB CB5-2A 1138.8 44 9 110.00 145.75 181.90 739 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.788% 4500 1.176% 1.964% Messenger cable DCCB CB5-2B 1138.8 63 13 157.50 208.69 260.44 757 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.942% 6500 1.176% 2.118% Messenger cable DCCB CB5-3A 1138.8 53 11 132.50 175.56 219.10 792 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.017% 5500 1.176% 2.193% Messenger cable DCCB CB5-3B 1138.8 53 11 132.50 175.56 219.10 827 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.062% 5500 1.176% 2.238% Messenger cable DCCB CB5-4A 1138.8 63 13 157.50 208.69 260.44 862 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.073% 6500 1.176% 2.249% Messenger cable DCCB CB5-4B 1138.8 43 9 107.50 142.44 177.76 897 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.935% 4500 1.176% 2.111% Messenger cable DCCB CB5-5A 1138.8 44 9 110.00 145.75 181.90 933 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.995% 4500 1.176% 2.171% Messenger cable DCCB CB5-5B 1138.8 58 12 145.00 192.13 239.77 951 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.923% 6000 1.176% 2.099% Messenger cable DCCB CB5-6A 1138.8 58 12 145.00 192.13 239.77 986 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.957% 6000 1.176% 2.133% Messenger cable DCCB CB5-6B 1138.8 43 9 107.50 142.44 177.76 1022 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.065% 4500 1.176% 2.241% Messenger cable DCCB CB5-7A 1138.8 44 9 110.00 145.75 181.90 1058 N/A #4 Cu & MSGR WIRE 500 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.920% 4500 1.176% 2.096% Messenger cable DCCB CB5-7B 1138.8 57 12 142.50 188.81 235.64 1076 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 1.026% 6000 1.176% 2.202% Messenger cable DCCB CB5-8A 1138.8 45 10 112.50 149.06 186.03 1143 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.407% 3500 0.849% 2.256% Messenger cable DCCB CB5-8B 1138.8 59 14 147.50 195.44 243.91 1263 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 1.247% 6300 1.013% 2.259% Messenger cable DC Feeder Wire Schedule (PV System) MSGR wire = messenger wire. The messenger wire of the CAB wire management system doubles as an equipment grounding conductor, that is electrically equivalent to #3 Cu * Wire upsized to match minimum required size of partner combiner output. I.e. combiner routed to the same inverter ** Bunding derate based on up to 8 QTY current-carrying wires in the same section of the CAB harness † Wire upsized to mitigate voltage drop *** Messenger wire to be used as EGC for majority of length. Local connections to each combiner, and to each inverter, are the sizes noted. NEC690.45 and 1.25*Isc govern the sizing of the EGC, from Table 250.122, which is standardized at #4 Cu across the project. PV ZONES 1 THRU 5 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DC WIRING SCHEDULE - PV ZONES 6 THRU 9 PV606 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 63 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1-Line ID Combiner ID DC Operating Voltage (V) Source Circuit Qty Branch Circuit Qty Operating Current (A) Short Circuit Current w/ 1.25 safety factor (A) Short Circuit Current w/ 1.56 safety factor (A) 1-Way Distance to Combiner (ft) OCPD (A) EGC (Cu) *** Output Conductor Size Wire Type Set QTY # of Wires Per Set # of Current Carrying Conductors Per Conduit Temp Derate Bundling Derate** 75C Terminal Ampacity (A) (req'd ≥ 1.56*Isc) Cum. 90C Wire Capacity (A) (req'd ≥ 1.25*Isc) Resistivity (Ω/1000ft) DC Feeder % Voltage Drop Estimated Total Length of Input #10 Cu PV Wire 2kV Pre-Combiner Max % Voltage Drop Total DC % Voltage Drop Wiring Method DC Feeder Wire Schedule (PV System) DCCB CB6-1A 1138.8 57 14 142.50 188.81 235.64 135 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.210% 4900 0.849% 1.060% Messenger cable DCCB CB6-1B 1138.8 47 10 117.50 155.69 194.30 207 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.266% 3000 0.56% 0.821% Messenger cable DCCB CB6-2A 1138.8 57 13 142.50 188.81 235.64 260 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.405% 7150 1.307% 1.712% Messenger cable DCCB CB6-2B 1138.8 50 10 125.00 165.63 206.70 278 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.380% 5500 1.143% 1.524% Messenger cable DCCB CB6-3A 1138.8 60 12 150.00 198.75 248.04 313 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.455% 6600 1.143% 1.598% Messenger cable DCCB CB6-3B 1138.8 50 10 125.00 165.63 206.70 348 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.422% 5500 1.14% 1.565% Messenger cable DCCB CB6-4A 1138.8 50 10 125.00 165.63 206.70 383 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.524% 5500 1.143% 1.667% Messenger cable DCCB CB6-4B 1138.8 60 12 150.00 198.75 248.04 401 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.658% 6600 1.143% 1.801% Messenger cable DCCB CB6-5A 1138.8 60 12 150.00 198.75 248.04 436 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.716% 6600 1.143% 1.859% Messenger cable DCCB CB6-5B 1138.8 50 10 125.00 165.63 206.70 471 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.644% 5500 1.14% 1.787% Messenger cable DCCB CB6-6A 1138.8 40 8 100.00 132.50 165.36 506 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.554% 4400 1.143% 1.697% Messenger cable DCCB CB6-6B 1138.8 60 12 150.00 198.75 248.04 524 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.860% 6600 1.143% 2.003% Messenger cable DCCB CB6-7A 1138.8 60 12 150.00 198.75 248.04 559 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.917% 6600 1.143% 2.061% Messenger cable DCCB CB6-7B 1138.8 50 10 125.00 165.63 206.70 594 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.812% 5500 1.14% 1.956% Messenger cable DCCB CB6-8A 1138.8 40 8 100.00 132.50 165.36 629 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.688% 4400 1.143% 1.832% Messenger cable DCCB CB6-8B 1138.8 60 12 150.00 198.75 248.04 647 N/A #4 Cu & MSGR WIRE 400 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.941% 6600 1.143% 2.084% Messenger cable DCCB CB7-1A 1138.8 60 12 150.00 198.75 248.04 682 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.119% 6600 1.14% 2.263% Messenger cable DCCB CB7-1B 1138.8 50 10 125.00 165.63 206.70 717 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.981% 5500 1.143% 2.124% Messenger cable DCCB CB7-2A 1138.8 60 12 150.00 198.75 248.04 752 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.094% 6600 1.143% 2.237% Messenger cable DCCB CB7-2B 1138.8 50 10 125.00 165.63 206.70 787 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.954% 5500 1.143% 2.097% Messenger cable DCCB CB7-3A 1138.8 50 10 125.00 165.63 206.70 822 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.996% 5500 1.143% 2.139% Messenger cable DCCB CB7-3B 1138.8 60 12 150.00 198.75 248.04 840 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.996% 6600 1.143% 2.139% Messenger cable DCCB CB7-4A 1138.8 60 12 150.00 198.75 248.04 875 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.037% 6600 1.143% 2.181% Messenger cable DCCB CB7-4B 1138.8 50 10 125.00 165.63 206.70 910 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.103% 5500 1.143% 2.246% Messenger cable DCCB CB7-5A 1138.8 40 8 100.00 132.50 165.36 945 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.034% 4400 1.143% 2.177% Messenger cable DCCB CB7-5B 1138.8 60 12 150.00 198.75 248.04 963 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.967% 6600 1.143% 2.110% Messenger cable DCCB CB7-6A 1138.8 60 12 150.00 198.75 248.04 998 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 1.002% 6600 1.143% 2.145% Messenger cable DCCB CB7-6B 1138.8 40 8 100.00 132.50 165.36 1051 N/A #4 Cu & MSGR WIRE 400 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 1.019% 4400 1.143% 2.162% Messenger cable DCCB CB7-7A 1138.8 50 10 125.00 165.63 206.70 1069 N/A #4 Cu & MSGR WIRE 500 kcmil AL*† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.056% 5500 1.143% 2.199% Messenger cable DCCB CB7-7B 1138.8 58 12 145.00 192.13 239.77 1087 N/A #4 Cu & MSGR WIRE 600 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 1.055% 6600 1.143% 2.198% Messenger cable DCCB CB7-8A 1138.8 45 10 112.50 149.06 186.03 1207 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 1.486% 3500 0.784% 2.270% Messenger cable DCCB CB7-8B 1138.8 56 13 140.00 185.50 231.50 1327 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 1.468% 5200 0.849% 2.318% Messenger cable DCCB CB8-1A 1138.8 43 10 107.50 142.44 177.76 130 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.212% 4000 0.849% 1.062% Messenger cable DCCB CB8-1B 1138.8 35 7 87.50 115.94 144.69 148 N/A #4 Cu & MSGR WIRE 250 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.197% 4200 1.31% 1.503% Messenger cable DCCB CB8-2A 1138.8 42 9 105.00 139.13 173.63 166 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.265% 6300 1.633% 1.898% Messenger cable DCCB CB8-2B 1138.8 42 9 105.00 139.13 173.63 184 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.293% 6300 1.633% 1.927% Messenger cable DCCB CB8-3A 1138.8 42 9 105.00 139.13 173.63 202 N/A #4 Cu & MSGR WIRE 300 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.268% 6300 1.633% 1.901% Messenger cable DCCB CB8-3B 1138.8 44 9 110.00 145.75 181.90 220 N/A #4 Cu & MSGR WIRE 300 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.306% 6750 1.73% 2.037% Messenger cable DCCB CB8-4A 1138.8 43 9 107.50 142.44 177.76 238 N/A #4 Cu & MSGR WIRE 300 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 230 215.82 0.072 0.324% 6750 1.699% 2.022% Messenger cable DCCB CB8-4B 1138.8 42 9 105.00 139.13 173.63 256 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.408% 6300 1.666% 2.074% Messenger cable DCCB CB8-5A 1138.8 41 9 102.50 135.81 169.49 274 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.427% 6300 1.633% 2.060% Messenger cable DCCB CB8-5B 1138.8 40 8 100.00 132.50 165.36 292 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 0.444% 5600 1.60% 2.044% Messenger cable DCCB CB8-6 1138.8 77 16 192.50 255.06 318.32 310 N/A #4 Cu & MSGR WIRE 500 kcmil AL† 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.472% 9600 1.405% 1.876% Messenger cable DCCB CB8-7 1138.8 74 16 185.00 245.13 305.92 345 N/A #4 Cu & MSGR WIRE 500 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.504% 9600 1.372% 1.876% Messenger cable DCCB CB8-8 1138.8 71 15 177.50 235.19 293.51 380 N/A #4 Cu & MSGR WIRE 500 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.533% 9000 1.372% 1.905% Messenger cable DCCB CB9-1A 1138.8 34 7 85.00 112.63 140.56 415 N/A #4 Cu & MSGR WIRE 400 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.342% 4200 1.31% 1.649% Messenger cable DCCB CB9-1B 1138.8 65 14 162.50 215.31 268.71 433 N/A #4 Cu & MSGR WIRE 400 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 270 259.91 0.0552 0.682% 8400 1.307% 1.989% Messenger cable DCCB CB9-2A 1138.8 31 7 77.50 102.69 128.15 468 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.397% 3500 1.045% 1.442% Messenger cable DCCB CB9-2B 1138.8 59 12 147.50 195.44 243.91 486 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.784% 6600 1.176% 1.960% Messenger cable DCCB CB9-3A 1138.8 28 6 70.00 92.75 115.75 521 N/A #4 Cu & MSGR WIRE 350 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.399% 2700 0.95% 1.346% Messenger cable DCCB CB9-3B 1138.8 55 12 137.50 182.19 227.37 539 N/A #4 Cu & MSGR WIRE 350 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 250 239.51 0.0623 0.811% 5400 0.980% 1.791% Messenger cable DCCB CB9-4 1138.8 75 16 187.50 248.44 310.05 592 N/A #4 Cu & MSGR WIRE 600 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.743% 7200 0.915% 1.657% Messenger cable DCCB CB9-5 1138.8 66 15 165.00 218.63 272.84 645 N/A #4 Cu & MSGR WIRE 500 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 310 301.36 0.045 0.841% 6000 0.817% 1.658% Messenger cable DCCB CB9-6 1138.8 75 16 187.50 248.44 310.05 698 N/A #4 Cu & MSGR WIRE 600 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 340 338.21 0.0381 0.876% 5600 0.62% 1.496% Messenger cable DCCB CB9-7A 1138.8 48 11 120.00 159.00 198.43 768 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 1.400% 3300 0.621% 2.021% Messenger cable DCCB CB9-7B 1138.8 39 9 97.50 129.19 161.23 821 N/A #4 Cu & MSGR WIRE 250 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 1.216% 2250 0.392% 1.608% Messenger cable DCCB CB9-8A 1138.8 39 9 97.50 129.19 161.23 874 N/A #4 Cu & MSGR WIRE 250 kcmil AL* 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 1.295% 2700 0.457% 1.752% Messenger cable DCCB CB9-8B 1138.8 37 11 92.50 122.56 152.96 944 N/A #4 Cu & MSGR WIRE 250 kcmil AL 2 kV PV Wire 1 2 2 0.94 0.70 205 192.14 0.0865 1.327% 5500 0.425% 1.751% Messenger cable MSGR wire = messenger wire. The messenger wire of the CAB wire management system doubles as an equipment grounding conductor, that is electrically equivalent to #3 Cu 786,450 ft Max 2.32% * Wire upsized to match minimum required size of partner combiner output. I.e. combiner routed to the same inverter Total #10 Cu Avg 1.87% ** Bunding derate based on up to 8 QTY current-carrying wires in the same section of the CAB harness PV Wire, 2kV Median 1.97% † Wire upsized to mitigate voltage drop *** Messenger wire to be used as EGC for majority of length. Local connections to each combiner, and to each inverter, are the sizes noted. NEC690.45 and 1.25*Isc govern the sizing of the EGC, from Table 250.122, which is standardized at #4 Cu across the project. PV ZONES 6 THRU 9 solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION AC WIRING SCHEDULE (PV & MV) PV607 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 64 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1-Line ID Inverter Designation (Pattern Repeats for each station, replace X with zone ID) AC Voltage (V) Max Output Current (A) 125% Current (A) Total 1-Way Length to AC Combiner (ft) OCPD (A) EGC (THWN-2) Neutral Phase Conductor Size Wire Type Set QTY # of Wires Per Inverter Circuit # of Current Carrying Wires/Conduit Affecting Derate Temp Derate Bundling Derate* 75C Terminal Capacity (A) Cum. 90C Wire Capacity (A) Resistivity (Ω/kft) Current Per Set (A) % Voltage Drop Conduit Type AC1 INV X-1 600 240.6 300.8 25 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.123% Cable tray AC1 INV X-2 600 240.6 300.8 15 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.074% Cable tray AC1 INV X-3 600 240.6 300.8 20 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.098% Cable tray AC1 INV X-4 600 240.6 300.8 15 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.074% Cable tray AC1 INV X-5 600 240.6 300.8 25 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.123% Cable tray AC1 INV X-6 600 240.6 300.8 15 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.074% Cable tray AC1 INV X-7 600 240.6 300.8 20 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.098% Cable tray AC1 INV X-8 600 240.6 300.8 15 400 #3 Cu N/A 500 kcmil Cu THWN-2 1 3+G 3 0.94 1.00 230.00 244.4 0.0708 241 0.074% Cable tray XHHW-2 is an acceptable alternative to THWN-2, Typical of all. * EGC to be shared for multiple inverters, and an EGC is req'd for each raceway. Splice within cable tray, to produce a single EGC to each inverter 1-Line ID Output Designation AC Voltage (V) Max Output Current (A) 125% Current (A) 1-Way Distance (ft) OCPD Cont. Duty (A) Ground, G THWN-2 Neutral Phase Conductor Size Wire Type Set QTY # of Wires Per Conduit # of Current Carrying Conductors / Conduit Temp Derate Bundling Derate* 75C Terminal Capacity (A) Cum. 90C Wire Capacity (A) Resistivity (Ω/kft) Current Per Set (A) % Voltage Drop Conduit Type Conduit QTY Conduit Size Conduit Fill AC2 STATION 1: AC Combiner to ECB 600 1925 N/A* 25 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.069% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 2: AC Combiner to ECB 600 1925 N/A* 50 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.138% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 3: AC Combiner to ECB 600 1925 N/A* 25 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.069% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 4: AC Combiner to ECB 600 1925 N/A* 50 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.138% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 5: AC Combiner to ECB 600 1925 N/A* 25 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.069% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 6: AC Combiner to ECB 600 1925 N/A* 25 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.069% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 7: AC Combiner to ECB 600 1925 N/A* 50 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.138% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 8: AC Combiner to ECB 600 1925 N/A* 50 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.138% SCH 40 & 80 PVC 5 4" 26.64% AC2 STATION 9: AC Combiner to ECB 600 1925 N/A* 25 1925 250 kcmil Cu N/A 600 kcmil Cu THWN-2 5 3+G 3 0.94 1.00 2100.00 2209.0 0.0249 385.00 0.069% SCH 40 & 80 PVC 5 4" 26.64% XHHW-2 is an acceptable alternative to THWN-2, Typical of all. * Since OCPD is continuous-duty rated 1-Line ID Output Designation AC Voltage (V) Max Output Current (A) 125% Current (A) 1-Way Distance to XFMR (ft) OCPD Cont. Duty (A) SSBJ per 250.102(C) THWN-2 Neutral Phase Conductor Size Wire Type Set QTY # of Wires Per Conduit # of Current Carrying Conductors / Conduit Temp Derate Bundling Derate* 75C Terminal Capacity (A) Cum. 90C Wire Capacity (A) Resistivity (Ω/kft) Current Per Set (A) % Voltage Drop Conduit Type Conduit QTY Conduit Size Conduit Fill AC3 ECB To XFMR PV1 600 1925 N/A* 35 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.112% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV2 600 1925 N/A* 50 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.160% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV3 600 1925 N/A* 60 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.192% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV4 600 1925 N/A* 50 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.160% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV5 600 1925 N/A* 60 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.192% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV6 600 1925 N/A* 50 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.160% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV7 600 1925 N/A* 60 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.192% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV8 600 1925 N/A* 50 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.160% SCH 40 & 80 PVC 5 4" 26.64% AC3 ECB To XFMR PV9 600 1925 N/A* 60 1925 #3/0 AL N/A 750 kcmil AL THWN-2 5 3+G 3 0.94 1.00 1925.00 2044.5 0.0288 385.00 0.192% SCH 40 & 80 PVC 5 4" 26.64% XHHW-2 is an acceptable alternative to THWN-2, Typical of all. 0.192% * Since OCPD is continuous-duty rated 0.169% 0.453% 0.295% 1-Line ID Origin & Destination AC Voltage (V) Max Current (A) 125% Current (A) Applicable 1-Way Distance (ft) OCPD (A) EGC Neutral Phase Conductor Size Wire Type Set QTY # of Cables Per Set # of Current Carrying Conductors Per Conduit Temp Derate *** Bundling Derate* 75C Terminal Capacity (A) Cum. 105C Wire Capacity (A) Resistivity (Ω/kft) Current Per Set (A) % Voltage Drop Conduit Type Conduit QTY Conduit Size Conduit Fill MVC1 XFMR PV1 TO PV2 34900 33.09 41.4 610 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 33.09 0.020% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVC2 XFMR PV2 TO PV3 34900 66.18 82.7 20 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 66.18 0.001% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVC3 XFMR PV3 TO PV4 34900 99.27 124.1 440 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 99.27 0.044% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVC4 XFMR PV4 TO PV5 34900 132.36 165.5 20 N/A N/A Concentric 1/3 Ntrl #3/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 202.1 0.1260 132.36 0.002% SCH 40 & 80 PVC 1 active/1 spare 6" 27.87% MVC5 XFMR PV5 TO Pad SWGR 34900 165.45 206.8 460 N/A N/A Concentric 1/3 Ntrl #4/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 230.3 0.1010 165.45 0.038% SCH 40 & 80 PVC 1 active/1 spare 6" 29.80% MVC6 XFMR PV6 TO Pad SWGR 34900 132.36 165.5 150 N/A N/A Concentric 1/3 Ntrl #3/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 202.1 0.1260 132.36 0.012% SCH 40 & 80 PVC 1 active/1 spare 6" 27.87% MVC7 XFMR PV7 TO PV6 34900 99.27 124.1 20 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 99.27 0.002% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVC8 XFMR PV8 TO PV7 34900 66.18 82.7 50 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 66.18 0.003% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVC9 XFMR PV9 TO PV8 34900 33.09 41.4 20 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 33.09 0.001% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVCHC XFMR PV9 TO HANDHOLE (Provision for Honeywell CTRL Room) 34900 TBD TBD 100 N/A N/A Concentric 1/3 Ntrl #1/0 AL (Future†) 35kV Cu MV-105 EPR, 133% insl 1 2 2 0.94 1.00 N/A 155.1 0.2010 TBD TBD SCH 40 & 80 PVC 1 future 5" 21.14% MVC10 Future PV to Pad SWGR (Based on 50 MW PV Goal) 34900 430.17 537.7 730 N/A N/A Concentric 1/3 Ntrl 350 kcmil AL (Future†, 2 sets) 35kV Cu MV-105 EPR, 133% insl 2 3 3 0.94 1.00 N/A 620.4 0.0608 215.09 0.047% SCH 40 & 80 PVC 2 active/1 spare 6" 36.10% MVCB1 XFMR B1 TO XFMR B4 34900 58.45 73.1 65 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 58.45 0.004% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVCB2 XFMR B2 TO XFMR B1 34900 29.23 36.5 35 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 29.23 0.001% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVCB3 XFMR B3 TO XFMR B6 34900 116.91 146.1 75 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 116.91 0.009% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVCB4 XFMR B4 TO XFMR B3 34900 87.68 109.6 35 N/A N/A Concentric 1/3 Ntrl #1/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 155.1 0.2010 87.68 0.003% SCH 40 & 80 PVC 1 active/1 spare 5" 31.70% MVCB5 XFMR B5 TO XFMR B8 34900 175.36 219.2 65 N/A N/A Concentric 1/3 Ntrl #4/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 230.3 0.1010 175.36 0.006% SCH 40 & 80 PVC 1 active/1 spare 6" 29.80% MVCB6 XFMR B6 TO XFMR B5 34900 146.13 182.7 35 N/A N/A Concentric 1/3 Ntrl #3/0 AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 202.1 0.1260 146.13 0.003% SCH 40 & 80 PVC 1 active/1 spare 6" 27.87% MVCB7 XFMR B7 TO Pad SWGR 34900 233.81 292.3 60 N/A N/A Concentric 1/3 Ntrl 350 kcmil AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 310.2 0.0608 233.81 0.004% SCH 40 & 80 PVC 1 active/1 spare 6" 36.10% MVCB8 XFMR B8 TO XFMR B7 34900 204.58 255.7 35 N/A N/A Concentric 1/3 Ntrl 350 kcmil AL 35kV Al MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 310.2 0.0608 204.58 0.002% SCH 40 & 80 PVC 1 active/1 spare 6" 36.10% MVCB9 Future BESS's to Pad SWGR (Based on Max QTY of BESS's ON 600A Bkr) 34900 233.81 292.3 730 N/A N/A Concentric 1/3 Ntrl 350 kcmil AL (Future†) 35kV Cu MV-105 EPR, 133% insl 1 3 3 0.94 1.00 N/A 310.2 0.0608 233.81 0.052% SCH 40 & 80 PVC 1 active/1 spare 6" 36.10% MVC0 Pad SWGR to POI (Rated for full site capacity) 34900 471.32 589.2 200 N/A N/A Concentric 1/3 Ntrl 350 kcmil AL (2 Parallel Sets) 35kV Cu MV-105 EPR, 133% insl 2 3 3 0.94 1.00 N/A 620.4 0.0608 235.66 0.014% SCH 40 & 80 PVC 2 active/1 spare 6" 36.10% OHW OVERHEAD (if applicable) 34900 471.32 589.2 As req'd N/A N/A Separate Wire 477 kcmil AL AAC (Cosmos or Syringa) 1 4 3 0.94 1.00 N/A 600.7 0.0535 471.32 TBD N/A N/A N/A N/A * per NEC 310.15(C)(1) 0.133% ** NEC240.4(B) and 690.8(B)(2) allow this ampacity for this load on a 400A OCPD. 0.046% *** Based on 30C soil temperature † Future conductor sizes indicated are the maximum sizes expected, based on available capacity. This may change with the design of the future system. For the current scope of work, install empty conduits and equip with pull string. AC Wire and Conduit Schedule AC Combiners to Breakers MEDIUM-VOLTAGE WIRING Max Cumulative Avg Cumulative AC Breakers to Transformers (Governed by 240.21(C)(4), Outside-unlimited Transformer Secondary Conductors) Max Average Max Cumulative Average Cumulative Inverters to AC Combiners (Solectria-provided) solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION BESS WIRING SCHEDULE PV608 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 65 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1-Line ID Circuit Descripton AC Voltage (V) Max Current (A) 125% Current (A) Applicable 1-Way Distance (ft) OCPD (A) Ground, G [or SSBJ per 250.102(C)] Neutral Phase Conductor Size Wire Type Set QTY # of Wires Per Set # of Current Carrying Conductors Per Conduit Temp Derate Bundling Derate 75C Terminal Capacity (A) Cum. 90C Wire Capacity (A) Resistivity (Ω/kft) Current Per Set (A) % Voltage Drop Conduit Type Conduit QTY Conduit Size Conduit Fill B1 BESS Inverter to XFMR 480 1925 2406 25 2500 #3/0 AL** N/A 900 kcmil AL THWN-2 6 3+G 3 0.94 1.00 2550.00 2707.2 0.0216 320.83 0.063% SCH 40 & 80 PVC 6 4" 35.18% BA1 BESS XFMR To 400A Disconnect 480 200 250 20 250 #1/0 AL** N/A 350 kcmil AL THWN-2 1 3+G 3 0.94 1.00 250.00 263.2 0.0623 200.00 0.090% SCH 40 & 80 PVC 1 3" 26.78% BA2 400A Disconnect to Isolation Xfmr 480 200 250 10 250 #2 AL N/A 350 kcmil AL THWN-2 1 3+G 3 0.94 1.00 250.00 263.2 0.0608 200.00 0.044% SCH 40 & 80 PVC 1 3" 26.21% BA3 BESS Aux Power (To Containers) 480 200 250 50 250 #2 AL 350 kcmil AL 350 kcmil AL THWN-2 1 3+N+G 3 0.94 1.00 250.00 263.2 0.0608 200.00 0.219% SCH 40 & 80 PVC 1 3" 34.35% BGM BESS Gnd fault Indicator & Meter 480 1 1 10 1 #14 Cu‡ N/A #14 Cu Cu THWN-2 1 3+G 3 0.94 1.00 15.00 15.0 3.1400 0.80 0.009% SCH 40 & 80 PVC 1 3/4" 9.50% BI480 BESS Inverter Aux Power 480V 480 8 10 10 15 #8 Cu EGC/GEC†† N/A #14 Cu Cu THWN-2 1 2+G 3 0.94 1.00 15.00 15.0 3.1400 8.33 0.094% SCH 40 & 80 PVC 1 3/4" 12.93% BI240 BESS Inverter Aux Power 240V 240 16.67 20.8 25 30† #8 Cu** N/A #10 Cu Cu THWN-2 1 2+G 3 0.94 1.00 30.00 30.0 1.2400 16.67 0.373% SCH 40 & 80 PVC 1 3/4" 33.74% * per NEC 310.15(C)(1) 0.063% ** SSBJ per NEC 250.102(C), instead of an EGC per 250.122 0.066% *** EGC With tap conductors to be the size needed for the upstream feeder 0.387% † This is the effective OCPD per 240.21(C)(1), based on the transformer voltage ratio ‡ EGC not req'd to be larger than the ungrounded conductors Max Cumulative AUX Max Cumulative BESS Avg Cumulative BESS INVERTER & AUX POWER WIRING BESS AC Wire and Conduit Schedule 1-Line ID Output Designation DC Operating Voltage (V) Operating Current (A) Current w/ 1.25 Safety Factor (A) Distance to Inverter (ft) OCPD (A) EGC (Cu) Conductor Size Wire Type Set QTY # of Wires Per Conduit # of Current Carrying Conductors Per Conduit Temp Derate Bundling Derate* 75C Terminal Ampacity (A) (req'd ≥ 1.25*I) Cum. 90C Wire Capacity (A) (req'd ≥ I) Resistivity (Ohms/1000ft) % Voltage Drop Conduit type Conduit size & QTY Conduit Fill BDC BESS #1, DC #1-8 1500 660 825 65.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.356% PVC Sch 40 4 qty 4" 23.93% BDC BESS #1, DC #9-16 1500 660 825 65.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.356% PVC Sch 40 4 qty 4" 23.93% BDC BESS #2, DC #1-8 1500 660 825 65.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.356% PVC Sch 40 4 qty 4" 23.93% BDC BESS #2, DC #9-16 1500 660 825 65.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.356% PVC Sch 40 4 qty 4" 23.93% BDC BESS #3, DC #1-8 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #3, DC #9-16 1500 660 825 60.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.329% PVC Sch 40 4 qty 4" 23.93% BDC BESS #4, DC #1-8 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #4, DC #9-16 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #5, DC #1-8 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #5, DC #9-16 1500 660 825 60.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.329% PVC Sch 40 4 qty 4" 23.93% BDC BESS #6, DC #1-8 1500 660 825 0.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.000% PVC Sch 40 4 qty 4" 23.93% BDC BESS #6, DC #9-16 1500 660 825 0.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.000% PVC Sch 40 4 qty 4" 23.93% BDC BESS #7, DC #1-8 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #7, DC #9-16 1500 660 825 60.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.329% PVC Sch 40 4 qty 4" 23.93% BDC BESS #8, DC #1-8 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% BDC BESS #8, DC #9-16 1500 660 825 56.0 8x 315A N/A* 350 kcmil AL 2 kV PV Wire 8 4+G 4 0.94 0.80 2000 1684.48 0.0623 0.307% PVC Sch 40 4 qty 4" 23.93% * Per Honeywell's documentation, an EGC isn't required to be routed with the conductors. The container grounding is accomplished externally to the equipment pad, see Honeywell's I&C Manual, Page 43. BESS DC Feeder Wire Schedule solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION DATASHEETS PV609 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 66 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N Series 6 Plus Bifacial. 455-480 Watt Thin Film Solar Module First Solar is once again setting the industry benchmark for reliable energy production, optimized design and environmental performance with Series 6 Plus Bifacial - the world’s first bifacial thin film CdTe module. The advanced design signficantly reduces balance of system, shipping, and operating costs while delivering more energy per nameplate watt. MPD-00745-06-PB | Jul 2023 First Solar, Inc. | firstsolar.com | info@firstsolar.com 98% 30YR 0.3% 19.0% WARRANTY START POINT LINEAR PERFORMANCE WARRANTY WARRANTED ANNUAL DEGRADATION RATE1 HIGH BIN EFFICIENCY 80% 82% 84% 86% 88% 90% 92% 94% 96% 98% 100% 0 5 10 15 20 25 30 Years First Solar Lifetime Energy Advantage From 30 Year Warranted Annual Power Degradation First Solar | 0.30% Degradation c-Si #2 | 0.45% Degradation | 2.3% First Solar Advantage c-Si #1 | 0.55% Degradation | 3.1% First Solar Advantage Power Output (%) Learn more about First Solar and Series 6 Plus Bifacial at firstsolar.com/S6 Innovative Module Design • Under-mount frame provides the cleaning and snowshedding benefits of a frameless module while protecting edges against breakage • Innovative SpeedSlots combine the robustness of bottom mounting with the speed of top clamping while utilizing fewer fasteners to achieve the industry’s fastest installation times and lowest mounting hardware costs • Dual junction box design reduces wire management complexity and cost Best In-Class Reliability & Durability • Manufactured under one roof with 100% traceable QA/QC • Independently tested and certified for reliable performance that exceeds IEC standards in high temperature, high humidity, extreme desert and coastal applications • Inherently immune to and warranted against power loss from cell cracking • Durable glass/glass construction More Lifetime Energy per Nameplate Watt • Industry’s best (0.3%) warranted degradation rate • Superior temperature coefficient, spectral response and shading behavior • Unlike crystalline silicon modules, First Solar’s thin film technology does not experience losses from LID or LeTID • Anti-reflective coated glass enhances energy production • Added bifacial energy yield Best Environmental Profile • Fastest energy payback time in the industry • Carbon footprint that is 2.5X lower and a water footprint that is 3X lower than mono crystalline silicon panels on a life cycle basis • Global PV module recycling services available through First Solar or customer-selected third-party U.S. MODULE DATASHEET RATINGS AT STANDARD TEST CONDITIONS (1000W/m2, AM 1.5, 25°C)2 SERIES 6 PLUS BIFACIAL MODEL TYPES: FS-6XXX-P-B / FS-6XXXA-P-B (XXX = NOMINAL POWER) Nominal Power3 (-0/+5%) PMAX (W) 455 460 465 470 475 480 STC4 BNPI5 STC BNPI STC BNPI STC BNPI STC BNPI STC BNPI Nominal Power PMAX (W) 455 464 460 469 465 474 470 479 475 485 480 490 Voltage at PMAX VMAX (V) 187.8 187.8 188.8 188.8 189.8 189.8 191.1 191.1 191.5 191.5 192.8 192.8 Current at PMAX IMAX (A) 2.42 2.47 2.44 2.49 2.45 2.50 2.46 2.50 2.48 2.53 2.49 2.54 Open Circuit Voltage VOC (V) 222.0 222.0 222.9 222.9 223.8 223.8 224.3 224.3 224.8 224.8 225.4 225.4 Short Circuit Current ISC (A) 2.58 2.63 2.59 2.64 2.60 2.65 2.61 2.66 2.61 2.66 2.62 2.67 Efficiency (%) % 18.1 18.3 18.5 18.7 18.9 19.0 Maximum System Voltage VSYS (V) 15006 Limiting Reverse Current IR (A) 5.0 Maximum Series Fuse ICF (A) 5.0 TEMPERATURE CHARACTERISTICS Module Operating Temperature Range °C -40 to +85 Temperature Coefficient of PMAX TK (PMAX) -0.32%/°C [Temperature Range: 25°C to 75°C] Temperature Coefficient of VOC TK (VOC) -0.28%/°C Temperature Coefficient of ISC TK (ISC) +0.04%/°C Nominal Operating Cell Temperature °C 43 Bifaciality Factor % 15±5 MECHANICAL DESCRIPTION Module/Glass Length 2024mm/2016mm Module/Glass Width 1245mm/1216mm Module/Glass Area 2.52m2/2.45m2 Module Weight 34.0kg Leadwire7 2.5mm2, 733mm (+) & Bulkhead (-) Connectors TE Connectivity PV4-S, or alternate Junction Box IP68 Rated Bypass Diode N/A Cell Type Thin film CdTe semiconductor, up to 268 cells Frame Material Anodized Aluminum Front Glass Heat strengthened Back Glass Heat strengthened Encapsulation Laminate material with edge seal Frame to Glass Adhesive Silicone Load Rating8 +/-2400Pa PACKAGING INFORMATION Model Type Modules Per Pack Packs per 40’ Container FS-6XXX-P-B / FS-6XXXA-P-B 27 18 Install in portrait only 1 Limited power output and product warranties subject to warranty terms and conditions 2 All ratings ±10%, unless specified otherwise. Specifications are subject to change 3 Measurement uncertainty applies 4 Frontside electrical ratings 5 Bifacial Name Plate Irradiance, as per IEC 61215:2021 6 IEC 61730-1: 2016 Class II 7 Leadwire length from junction box exit to connector mating surface 8 1500Pa tentative load rating for 1956mm mounting slots. Higher loads may be acceptable,subject to testing 9 Testing Certifications/Listings pending Disclaimer All images shown are provided for illustrative purposes only and may not be an exact representation of the product. First Solar, Inc. reserves the right to change product images at any time without notice. The information included in this Module Datasheet is subject to change without notice and is provided for informational purposes only. No contractual rights are established or should be inferred because of user’s reliance on the information contained in this Module Datasheet. Please refer to the appropriate Module User Guide and Module Product Specification document for more detailed technical information regarding module performance, installation and use. First Solar, the First Solar logo, and Series 6 are trademarks of First Solar, Inc., registered in the U.S. and other countries. Series 6 Plus, Series 6 Plus Bifacial and SpeedSlots are trademarks of First Solar, Inc. ©2023 Series 6 Plus Bifacial. Electrical Specifications Mechanical Specifications Certifications & Tests9 CERTIFICATIONS AND LISTINGS EXTENDED DURABILITY TESTS QUALITY & EHS IEC 61215:2021 & 61730-1:20166, CE IEC 61701 Salt Mist Corrosion IEC 60068-2-68 Dust and Sand Resistance UL 61730 IEC TS 63209-1 Extended Stress Test Long-Term Sequential Thresher Test PID Resistant ISO 9001:2015 ISO 14001:2015 ISO 45001:2018 ISO 14064-3:2006 EPEAT Silver Registered 6-String Positive Harness 7-String Positive Harness 6-String Negative Harness 7-String Negative Harness FIRST SOLAR SERIES 6 ABOUT Shoals’ patented Interconnect System™ reduces the specialized labor required in your installation, making the integration of solar panels a breeze. With harnesses custom manufactured for your specific site, both labor and material costs are significantly reduced. The simplified design and robust construction also increases reliability, making the Interconnect System™ a perfect solution for any project. FEATURES • UV/sunlight resistant • Resistance welded joints • Custom manufactured to the installation • Standard 5-year warranty on all models • Patented chemically bonded and hermetically sealed two part molding process • ETL certified to UL9703 for 600 VDC, 1000 VDC, and 1500 VDC systems OPTIONS • Available in 7, 6, 5, 4, and 3-string configurations • 12 AWG, 10 AWG, and 8 AWG available • All certified PV connectors available • Cable available in standard colors • Standard fuse sizes up to 32A TECHNICAL INFORMATION INTERCONNECT SYSTEMTM Voltage Rating 600 VDC / 1000 VDC / 1500 VDC Max. DC Current 20A (12 AWG) / 45A (10 AWG) / 65A (8 AWG) Max. Input Overcurrent Protection 5A* Max. Operating Temp. 90°C Wet Hi-Pot Leakage Current < 1 µA Rev. B - 5/14/2021 | Proprietary and Confidential *Max Input Overcurrent Protection per First Solar’s technical bulletin received 2/27/2020. consult your sales representative for more information. Plastic over-mold material is suitable for outdoor use with respect to exposure to UV light, Water Exposure and Immersion in accordance with UL 746C. Product design and specification subject to change or modification without notice. INTERCONNECT SYSTEMTM S O L E C T R I A ® XG I 1 5 0 0 P V C O M B I N E R S T E C H N I C A L D ATA Yaskawa Solectria Solar 1-978-683-9700 | Email: sales@solectria.com | solectria.com Document No. FL.XGI1500C.01 | 04/13/2023 | © 2021 Yaskawa America, Inc. Specification MODELS WITH 250 A DISCONNECT SWITCH MODELS WITH 400 A DISCONNECT SWITCH ATTACHABLE COMBINER * BOTH POLES FUSED REMOTE COMBINER BOTH POLES FUSED REMOTE COMBINER POS. POLE FUSED REMOTE COMBINER POS. POLE FUSED OUTPUT FUSED REMOTE COMBINER POS. POLE FUSED REMOTE COMBINER POS. POLE FUSED OUTPUT FUSED Model Format CA1500-xx-yy(S) CR1500-xx-yy(S) CR1500-xxP-yy(S) CR1500-xxP-yyF-250S CR1500-xxP-yyS-400 CR1500-xxP-yyF-400S xx = # source circuits / yy = fuse rating (Amps) / (S): optional surge protection / S: Standard surge protection / P: positive fuse only 250S: Standard surge protection, 250 A DC switch and 315 A output fuse / 400S: Standard surge protection, 400 A DC switch and 450 A output fuse 400: 400 A DC disconnect switch / * Attachable Combiner only compatible with XGI 1500-166 series inverters. Fuse Configuration BOTH Poles Fused POSITIVE Pole Fused POSITIVE Pole Fused OUTPUT Fused POSITIVE Pole Fused POSITIVE Pole Fused OUTPUT Fused Input Wire Compatibility 14 - 4 AWG, PV-Rated, Copper Wire Only 14 - 6 AWG, PV-Rated, Copper Wire Only 14 - 4 AWG, PV-Rated, Copper Wire Only 14 - 6 AWG, PV-Rated, Copper Wire Only Maximum Output Wire Compatibility Compression Lug Required, Cu or Aluminum Conductors 1 or 2 Conductors at 500 kcmil 1 or 2 Conductors at 600 kcmil 1 Conductor at 750 kcmil 2 Conductor at 500 kcmil 1 or 2 Conductors at 600 kcmil Maximum Voltage 1500 VDC DC Disconnect DC Disconnect Located on XGI 1500 Inverter 2-Pole Integrated DC Disconnect Positive and Negative Poles Switched DC Disconnect Current Rating 250 A 400 A Input PV Source Circuit Configuration Ungrounded PV Source Circuits Only Temperature Range -40°F to 122°F (-40°C to +50°C) -40°F to 140°F (-40°C to +60°C) -40°F to 122°F (-40°C to +50°C) -40°F to 140°F (-40°C to +60°C) Mounting Positions Attaches to Inverter Structure, Vertical Orientation Indoor, Outdoor, Wall Array Structure, Vertical, Horizontal, or Angled Safety Certification and Listing UL 1741 / Intertek UL 1741 / TUV UL 1741 / Intertek UL 1741 / TUV Standard Warranty 5 Years Overall Height 29.5 in. (750 mm) 29.5 in. (750 mm) 30.0 in. (762 mm) Width 15 in. (380 mm) 18.1 in. (460 mm) 24.0 in. (610 mm) Depth 10.6 in. (260 mm) 11 in. (280 mm) 8.0 in. (203 mm) Enclosure Material and Rating Polyester Powder Coated Aluminum NEMA Type 4X Polyester Powder Coated Steel NEMA Type 4 Weight Approximately 45 lb (varies by model) Approximately 80 lb (varies by model) Surge Protection Optional, Protects Positive and Negative Poles Standard, Protects Positive and Negative Poles Fuse Options MODELS WITH 250 A DISCONNECT SWITCH MODELS WITH 400 A DISCONNECT SWITCH # Fuse Positions 16 15 A / 20 A / 30 A 20 A / 25 A / 30 A / 32 A 20 15 A / 20 A / 25 A 20 A / 25 A / 30 A / 32 A 24 15 A / 20 A 20 A / 25 A / 30 A / 32 A 26 15 A / 20 A N/A N/A 28 15 A / 20 A 20 A / 25 A / 30 A / 32 A Output Fuse Rating N/A 315 A N/A 450 A S P E C I F I C AT I O N S CR-1500-16P-30S-400 Yaskawa Solectria Solar 1-978-683-9700 | Email: sales@solectria.com | solectria.com Document No. FL.XGI1500.08 | 07/19/2023 | © 2021 Yaskawa America, Inc. SOLECTRIA® XGI1500-250-DCG SERIES P R E M I U M 3 - P H A S E T R A N S F O R M E R L E S S U T I L I T Y - S C A L E I N V E R T E R S W I T H G R O U N D E D D C I N P U T Yaskawa Solectria Solar designs all XGI 1500 utility-scale string inverters for high reliability and builds them with the highest quality components -- selected, tested and proven to last beyond their warranty. The XGI 1500 inverters provide advanced grid-support functionality and meet the latest IEEE 1547 and UL 1741 standards for safety. The XGI 1500 inverters provide ideal solutions for ground-mounted utility-scale PV systems, with models available for service connections at 600 Vac and 480 Vac. Designed and engineered in Lawrence, MA, the SOLECTRIA XGI inverters are assembled and tested at Yaskawa America’s facilities in Buffalo Grove, IL. The XGI 1500 inverters are Made in the USA with global components, and are compliant with the Buy American Act. The XGI 1500-DCG Series inverters feature SiC technology, high power and high efficiency that places them at the top end of the utility- scale string inverters in the market. F E AT U R E S • NEW! • XGI 1500-250/250-600-DCG • XGI 1500-225-600-DCG • XGI 1500-200/200-480-DCG • XGI 1500-175-480-DCG • Grounded DC Input! • Compatible with First Solar PV modules • Grounded DC input prevents potential-induced-degradation for any PV modules affected • Industry-leading maximum DC/AC Ratio of 2.0 • Accepts two input PV Source Circuits, with no overcurrent protections • Made in the USA with global components • Buy American Act (BAA) compliant • 99.0% peak efficiency • Flexible solution for distributed and centralized system architecture • Advanced grid-support functionality Rule 21/UL1741SB • Robust, dependable and built to last • Lowest O&M and installation costs • Access all inverters on site via WiFi from one location • Remote diagnostics and firmware upgrades • SunSpec Modbus Certified • Tested compatible with the TESLA PowerPack Microgrid System O P T I O N S • PV Source Circuit Combiners • Web-based monitoring • Extended warranty Yaskawa Solectria Solar is pleased to introduce the new XGI 1500-DCG series inverters, featuring a grounded DC input, with two models at 600 Vac and two at 480 Vac S O L E C T R I A ® XG I 1 5 0 0 - D C G S E R I E S T E C H N I C A L D ATA S P E C I F I C AT I O N S Yaskawa Solectria Solar 1-978-683-9700 | Email: sales@solectria.com | solectria.com Document No. FL.XGI1500.08 | 07/19/2023 | © 2021 Yaskawa America, Inc. PRODUCT SPECIFICATION XGI 1500 INVERTER MODEL XGI 1500 250/250-600-DCG XGI 1500 225-600-DCG XGI 1500 200/200-480-DCG XGI 1500 175-480-DCG DC Inpu Absolute Maximum Input Voltage 1500 VDC Maximum Power Voltage Range (MPPT) 860-1250 VDC 750-1250 VDC Operating Voltage Range (MPPT) 860-1450 VDC 750-1450 VDC Number of MPP Trackers 1 MPPT Maximum Operating Input Current 296.7 A 267 A 237.3 A 207.6 A Maximum Operating PV Power 255 kW 230 kW 204 kW 179 kW Maximum DC/AC Ratio | Max Rated PV Power 2.0 | 500 kW 2.22 | 500 kW 2.5 | 500 kW 2.86 | 500 kW Max Rated PV Short-Circuit Current (∑Isc x 1.25) 800 A AC Output Nominal Output Voltage 600 VAC, 3-Phase 480 VAC, 3-Phase AC Voltage Range -12% to +10% Continuous Real Output Power 250 kW 225 kW 200 kW 175 kW Continuous Apparent Output Power (kVA) 250 250 225 200 200 175 Maximum Output Current (ARMS ) 240.6 XGI 1500- 225/225: 216.5 225/250: 240.6 240.6 XGI 1500- 175/175: 210.5 175/200: 240.6 Fault Current Contribution (1 cycle RMS) 390 A 390 A 351 A 312 A 312 A 273 A Conductor Compatibility 600 kcmil max, Cu or Alum, 1 or 2 conductors with lugs Nominal Output Frequency 60 Hz Power Factor (Unity default) +/- 0.80 Adjustable Total Harmonic Distortion (THD) @ Rated Load < 5% Grid Connection Type 3-Ph + N/GND Efficiency Peak Efficiency 99.0% CEC Average Efficiency 98.5% Tare Loss <1 W Temperature Ambient Temperature Range -40°F to 140°F (-40°C to 60°C) De-Rating Temperature 113°F (45°C) 127°F (53°C) 113°F (45°C) 131°F (55°C) Storage Temperature Range -40°F to 167°F (-40°C to 75°C) Relative Humidity (non-condensing) 0 - 95% Operating Altitude 9,840 ft (3 km) Communications Advanced Graphical User Interface WiFi Communication Interface Ethernet Third-Party Monitoring Protocol SunSpec Modbus TCP/IP Web-Based Monitoring Optional Firmware Updates Remote and Local Testing & Certifications Safety Listings & Certifications UL 1741, IEEE 1547, UL 1998 Advanced Grid Support Functionality Rule 21, UL 1741SB Testing Agency ETL FCC Compliance FCC Part 15 (Subpart B, Class A) Warranty Standard and Options 5 Years Standard; Option for 10 Years Enclosure Acoustic Noise Rating 73 dBA @ 1 m ; 67dBA @ 3 m DC Disconnect Integrated 2-Pole 400 A DC Disconnect Mounting Angle Vertical only Dimensions Height: 29.5 in. (750 mm) | Width: 44.3 in. (1125 mm) | Depth: 15.4 in. (390 mm) Weight 290 lbs (131.5 kg) Enclosure Rating and Finish NEMA 4X, IEC IP66, Type 3R, Polyester Powder-Coated Aluminum Features NEMA 4/12 AND 4X ENCLOSURE ANSI-61 GRAY FOR NEMA 4 GROUND INCLUDED NEUTRAL BAR PILOT LIGHT INDICATION FOR VOLTAGE PRESENT RATED THROUGH 600VAC BUS BAR SHALL BE SIZED 1000A/SQ INCH LUGS ARE SIZED AT 125% OF RATED AMPS 100% TESTED AT FULL VOLTAGE BREAKER RATED 80% OR 100% BREAKER KAIC RATING 35 65 100 Enclosed Molded Case Circuit Breaker "ECB" Circuit Breakers are ideal for providing a swift means of disconnecting mechanical or electronic systems from their primary power source in a safe manner. Circuit Breakers operate both automatically, protecting against circuit faults, and manually in the case of a needed emergency stop or for planned maintenance and repairs. Part Number Structure Table PSI Control Solutions, Inc 9900 Twin Lakes Parkway Charlotte, NC 28269 Phone: 704-596-5617 Website: www.psicontrolsolutions.com Email: sales@psicontrolsolutions.com Schweitzer Engineering Laboratories, Inc. SEL-751 Relay ‘ New Features ➤ Increased SELOGIC capability to support 64 latch bits, counters, math variables, timers, and remote bits. ➤ Added Fixed GOOSE capability to support faster peer-to-peer communication. ➤ Added support for IEEE moderately inverse, very inverse, and extremely inverse curves for the 51 time- overcurrent element per IEEE C37.112. ➤ Added support for IEEE C37.111-2013 COMTRADE event format. ➤ Improved the Sequential Events Recorder (SER) time-stamp accuracy to ±1 ms. ➤ Added pickup bits 81DnP (n = 1–6) for the over- and underfrequency element and 81RnP (n = 1–4) for the rate-of-change-of-frequency element. Comprehensive Feeder Protection and Control With Arc-Flash Detection Five-Inch, Color Touchscreen Display Model With Four Pushbuttons Five-Inch, Color Touchscreen Display Model With Eight Pushbuttons Two-Line Display Model With Four Pushbuttons Two-Line Display Model With Eight Pushbuttons SEL-751 Feeder Protection Relay MOST COMMON: 5-STRING solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION LABELS - SHEET 1 PV701 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 67 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1 1/4" 1 3/4" 1 3/4" 1 1/4" 1" 1" 4" 4" 4" 4" 1 1/4" 2 1/4" 4" 4" 1" 4" 1" 1 1/4" 1 1/2" 4" 1 1/4" 4" 4" 2 1/4" 3/4" 1" 4" TYP UNO 4" 1 1/2" 2 3/4" 4" 5" 2 3/4" 1 1/4" 4" 1 1/4" 1 1/4" 4" 1 1/4" 4" 1 1/4" 1/2" 2" 2" 1/2" 2" 1/2" 2 1/2" 1/2" 1/2" 2" 1/2" 2" 1/2" 2" 2" 1/2" 2" 1/2" 2" 2" 1/2" QUANTITY LOCATION SIGN SIZE AND TEXT WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION NEC ARTICLE RED WITH WHITE LETTERS WARNING! ELECTRIC SHOCK HAZARD SPECIFICATION PHOTOVOLTAIC SYSTEM DC DISCONNECT THE DC CONDUCTORS OF THIS PHOTOVOLTAIC SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED 138 OF EACH 690.14(C)(2) & 690.17 & 690.35 DC DISCONNECT SWITCH ON DC COMBINERS (138) PV INVERTERS (72) 690.54 72 OF EACH RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY INVERTER #-# AUTHORIZED PERSONNEL ONLY QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION 705.12(D)(3) 28 RED WITH WHITE LETTERS THIS UNIT IS FED BY MULTIPLE SOURCES: THE UTILITY, THE BATTERY ENERGY STORAGE SYSTEM (BESS) AND THE PHOTOVOLTAIC (PV) SYSTEM AC PANELBOARDS (9) 3-PHASE TRANSFORMERS (17) BOTH SIDES OF SITE SECTIONALIZING SWITCHGEAR (2) 690.31(4) TBD IN FIELD INSTALL LABEL ON EXPOSED DC CONDUIT, EVERY 10 FT REFLECTIVE WHITE TEXT ON RED, FLEXIBLE LABEL HELLERMANN TYTON 596-00206 OR EQUIVALENT WARNING: PHOTOVOLTAIC POWER SOURCE PHOTOVOLTAIC SYSTEM DATA ACQUISITION SYSTEM POWER METER ENCLOSURE AUTHORIZED PERSONNEL ONLY DAS ENCLOSURES (17) SDA RECOMMENDED 9 RED WITH WHITE LETTERS RED WITH WHITE LETTERS MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): 690.53 138 EACH 6-MODULE SOURCE CIRCUIT: WARNING! DO NOT DISCONNECT FUSES OR CONNECTORS UNDER LOAD DC COMBINERS (138), EACH ENCLOSURE DOOR OF BESS INVERTERS (12) BESS MAIN CONTAINER DOORS (4), AC ECB'S (9), AC PANELBOARDS (9), ALL 3-PHASE TRANSFORMERS (17), 400A AC DISCONNECT FOR BESS POWER (4), BOTH SIDES OF MV SWITCHGEAR (2) BLACK LETTERS WITH PART ORANGE BACKGROUND FAILURE TO COMPLY CAN RESULT IN DEATH OR INJURY. REFER TO NFPA 70E ARC FLASH HAZARD Appropriate PPE Required WARNING 195 MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT: 2.5 Adc 1139 Vdc 1377 Vdc 3.31 Adc SIZE NOT TO SCALE LETTERS TO BE MIN 3/8" TALL SIZE NOT TO SCALE. SIZE PER INDUSTRY STANDARD HOW TO DETERMINE DATA FOR EACH UNIT: REPLACE #-## WITH ID NUMBER OF EACH INVERTER EACH AC COMBINER TO BE LABELED WITH A MAP TO IDENTIFY DC COMBINER LOCATIONS, SEE SHEET PV611 SC QTY * 2.5 Adc SC SIZE * 189.8 Vdc SC SIZE * 229.4 Vdc SC QTY *1.25 * 2.65 Adc QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION AC COMBINING PANELBOARDS (9) 690.15, 690.54 9 OF EACH RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY OPERATING AC VOLTAGE: 600 Vac 3 PHASE RATED AC OUTPUT CURRENT: 1925 Aac AC COMBINER ## PV SYSTEM TRANSFORMERS (9) LABEL CONTENT VARIES, SEE SCHEDULE BELOW SDA RECOMMENDED, 110.24 9 RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY APPARENT POWER RATING: 2000 KVA PRIMARY AC VOLTAGE: 34.9 kVac 3 PHASE PRIMARY AC OUTPUT CURRENT: 33.09 Aac COMBINED PRIMARY CURRENT: XXX.X Aac SECONDARY AC VOLTAGE: 600 Vac 3 PHASE SECONDARY AC INPUT CURRENT: 1925 Aac AVAILABLE FAULT CURRENT: 34 kA CALCULATED ON 5/28/2024 TRANSFORMER PV# INSTALL MULTIPLE ON EACH COMBINER WHERE MULTIPLE BRANCH CIRCUIT SIZES ARE PRESENT PHOTOVOLTAIC SYSTEM AUXILIARY LOAD CENTER AUTHORIZED PERSONNEL ONLY PHOTOVOLTAIC SYSTEM 600V TO 120/240V TRANSFORMER FOR AUXILIARY LOAD CENTER AUTHORIZED PERSONNEL ONLY AUXILIARY LOAD CENTERS (5) & TRANSFORMERS OF AUX LOAD CTRS (5) SDA RECOMMENDED RED WITH WHITE LETTERS 9 OF EACH BESS SYSTEM TRANSFORMERS (2) LABEL CONTENT VARIES, SEE SCHEDULE BELOW OMIT THE LINE IN BLUE, FOR XFMR B1 SDA RECOMMENDED, 110.24 8 RED WITH WHITE LETTERS HELLERMAN TYTON #596-00905 OR EQUIVALENT 110.16(B) WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION PHOTOVOLTAIC SYSTEM AC DISCONNECT DC COMBINERS (138) DC COMBINERS (138) COMBINED DC SPECIFICATIONS FOR CB#-##: 138 690.53 CONFIGURATION: BRANCH CIRCUITS: MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): RED WITH WHITE LETTERS 38 SC OF 6 8x 4 SC, 3x 5 SC 117.5 Adc 1139 Vdc 1377 Vdc 194.5 Adc HOW TO DETERMINE DATA FOR EACH UNIT COMBINERS (138) 690.54 138 RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY OPERATING AC VOLTAGE: 600 Vac 3 PHASE RATED AC OUTPUT CURRENT: 240.6 Aac DC COMBINER CB#-## HOW TO DETERMINE DATA FOR EACH UNIT: REPLACE #-## WITH ID NUMBER OF EACH COMBINER REPLACE #-# WITH CORRESPONDING INVERTER AND # WITH STATION ID FEEDS INVERTER #-#, LOCATED AT INVERTER STATION # REPLACE # WITH ID NUMBER OF EACH TRANSFORMER FILL IN VARIABLE VALUES (XXX.X) TO MATCH SYSTEM SPECS, ACCORDING TO THE SPECIFICATIONS BELOW. SCHEDULE OF VARIABLE VALUES: XFMR # XXX.X XFMR # XXX.X PV1 33.1 PV6 132.4 PV2 66.2 PV7 99.3 PV3 99.3 PV8 66.2 PV4 132.4 PV9 33.3 PV5 165.5 MEANING OF VARIABLES: XXX.X = CUMULATIVE OUTPUT PRIMARY CURRENT AUTHORIZED PERSONNEL ONLY APPARENT POWER RATING: 2600 KVA PRIMARY AC VOLTAGE: 34.9 kVac 3 PHASE PRIMARY AC CURRENT: 29.23 Aac COMBINED PRIMARY CURRENT: XXX.X Aac SECONDARY AC VOLTAGE: 480 Vac 3 PHASE SECONDARY AC CURRENT: 2880 Aac AVAILABLE FAULT CURRENT: 62.8 kA CALCULATED ON 1/3/2024 TRANSFORMER B# FED BY DC COMBINERS CB#-#A & CB#-#B LOCATED IN THE ARRAY FIELD SEE MAP ON AC COMBINER DATA IN RED IS SUBJECT TO SPECIFICS OF EACH COMBINER. ADAPT ACCORDINGLY ALL DATA ON THESE LABELS IS SUBJECT TO MODULE SELECTION. WARNING! ELECTRIC SHOCK HAZARD THE DC CONDUCTORS OF THIS PHOTOVOLTAIC SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED INVERTERS (72) TOTAL DC INPUT OF INVERTER #-##: 72 690.53 CONFIGURATION: MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): RED WITH WHITE LETTERS HOW TO DETERMINE DATA FOR EACH UNIT DATA IN RED IS SUBJECT TO SPECIFICS OF EACH INVERTER. ADAPT ACCORDINGLY ALL DATA ON THESE LABELS IS SUBJECT TO MODULE SELECTION. SDA RECOMMENDED RED WITH WHITE LETTERS PV MEDIUM VOLTAGE TRANSFORMERS (9) DAS AUX LOADS TRANSFORMERS (9) 18 WIRING COLOR CODES: GREEN OR BARE: GROUND, TYP OF ALL 600/347V THREE PHASE SYSTEM: PHASE A: BROWN WITH VIOLET TAPE PHASE B: ORANGE WITH VIOLET TAPE PHASE C: YELLOW WITH VIOLET TAPE NEUTRAL: NOT USED 120/240V SINGLE PHASE SYSTEM: LINE 1: BLACK LINE 2: RED NEUTRAL: WHITE THE ABOVE SHOWS SDA's RECOMMENDED COLOR CODE FOR THE 600/347V SYSTEM. IF CONTRACTOR USES ANOTHER COLOR CODE, ADAPT THE COLOR SPECIFICATION TO THE ACTUAL COLORS USED TYP OF ALL LABELS (U.N.O.): LABELS TO BE 1/16" UV RESISTANT ENGRAVED PLASTIC WITH 3M F9460 VHB ADHESIVE CONTRACTOR TO ADAPT ALL DATA IN RED TO THE SPECIFICS OF EACH DEVICE ALL EQUIPMENT CONTAINING THE ARC FLASH LABEL (TO THE LEFT) ALL EQUIPMENT SHALL BE DE-ENERGIZED PRIOR TO MAINTENANCE OR INSEPCTION. IF NOT POSSIBLE OR PRACTICAL, CONTRACTOR IS TO PERFORM A HAZARD ANALYSIS INCLUDING AN ARC FLASH STUDY TO DETERMINE THE ARC FLASH BOUNDARY AND APPROPRIATE LEVEL OF PPE FOR THE PIECE OF EQUIPMENT REQUIRING WORK. SIZE NOT TO SCALE. SIZE TO MATCH ARC FLASH LABEL 195 RED WITH WHITE LETTERS 110.16(B) 85 SC OF 6 265.6 Adc 1139 Vdc 1377 Vdc 351.7 Adc SELECT DC COMBINERS W/ SMALLER BRANCH CIRCUITS (AS APPLICABLE), SEE DC DISTRIBUTION SCHEDULE EACH 5-STRING BRANCH CIRCUIT: 89 OF TOP, 8 OF MIDDLE, 8 OF BOTTOM 690.53 MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): RED WITH WHITE LETTERS 12.5 Adc 1139 Vdc 1377 Vdc 16.6 Adc EACH 4-STRING BRANCH CIRCUIT: MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): 10 Adc 1139 Vdc 1377 Vdc 13.3 Adc REPLACE # WITH ID NUMBER OF EACH TRANSFORMER FILL IN VARIABLE VALUES (XXX.X) TO MATCH SYSTEM SPECS, ACCORDING TO THE SPECIFICATIONS BELOW. SCHEDULE OF VARIABLE VALUES: XFMR # XXX.X XFMR # XXX.X B1 58.5 B5 175.4 B2 23.2 B6 146.1 B3 116.9 B7 233.8 B4 87.7 B8 204.6 MEANING OF VARIABLES: XXX.X = CUMULATIVE PRIMARY CURRENT APPLICABLE TO XFMRS B1 THRU B8 THIS SYSTEM IS UNGROUNDED NEUTRAL CONDUCTOR IS NOT CONNECTED TO GROUND, AND MAY BE ENERGIZED. IF A GROUND FAULT IS INDICATED, PHASE CONDUCTORS MAY BE AT 600V TO GROUND EACH 3-STRING BRANCH CIRCUIT: MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): 7.5 Adc 1139 Vdc 1377 Vdc 9.94 Adc EACH 2-STRING BRANCH CIRCUIT: MAX POWER-POINT CURRENT: MAX POWER-POINT VOLTAGE: MAX SYSTEM VOLTAGE (ADJ): SHORT CIRCUIT CURRENT (ADJ): 5.0 Adc 1139 Vdc 1377 Vdc 6.62 Adc INVERTER #-# AUXILIARY POWER RED WITH WHITE LETTERS FUSE HOLDER IN AC PANELBOARDS (9) MAIN BREAKER RED WITH WHITE LETTERS 9 MAIN BREAKERS IN AUX LOAD CENTERS (9) QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION REPLACE #-# WITH ID OF EACH INVERTER RED WITH WHITE LETTERS 216 FUSES IN AC PANELBOARDS ON INTERIOR, 1 FOR EACH PHASE (72*3 = 216) DAS #X POWER RED WITH WHITE LETTERS 9 BREAKERS IN AUX LOAD CENTER (9) 408.4 408.4 408.4 408.4 ALL ADDITIONAL LOADS TO BE PROPERLY LABELED & IDENTIFIED PER NEC 408.4 BREAKERS IN AUX LOAD CENTER (6) RED WITH WHITE LETTERS CONVENIENCE OUTLET 408.4 9 6 408.4 DAS VOLTAGE RED WITH WHITE LETTERS 9 FUSE HOLDER IN AUX LOAD CENTER (9) 408.4 SEL RELAY BACKUP POWER RED WITH WHITE LETTERS 1 BREAKER IN AUX LOAD CENTER (1) 408.4 PRIMARY METER BACKUP POWER RED WITH WHITE LETTERS 1 BREAKER IN AUX LOAD CENTER (1) 408.4 SEL 3555 RTAC RED WITH WHITE LETTERS 1 408.4 TRANSFORMER X MONITORING RED WITH WHITE LETTERS 9 BREAKERS IN AUX LOAD CENTER (9) BREAKER IN AUX LOAD CENTER (1) 408.4 LOAD CENTER @ SWITCHGEAR PAD RED WITH WHITE LETTERS 1 BREAKER IN AUX LOAD CENTER (1) ! 1 LABELS - SHEET 1 0 1/2'' 1'' 2'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION LABELS - SHEET 2 PV702 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 68 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 2" 4" 1 1/4" 1 1/4" 1" 4" (TYP) 4" 1 1/4" 1 1/2" 4" 4" 1 1/4" 2" 4" 1 1/2" 4" 1 1/4" 4" 2" 4" 2" 4" 2" 4" 4" 1" 1 1/4" 4" 1" 4" 4" 1" 1 1/2" 4" 2 1/2" 4" SDA RECOMMENDED BOTH SIDES OF SITE SECTIONALIZING SWITCHGEAR EXTERIOR (2) 1 OF EACH RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY OPERATING VOLTAGE: 34.9 kV 3-PHASE MAXIMUM OUTPUT CURRENT: 362.3 Aac MAX. CURRENT FROM PV SYSTEM: 417.4 Aac MAX. CURRENT TO/FROM BESS: 163.8 Aac FUTURE BESS CAPACITY: 245.8 Aac SITE SECTIONALIZING SWITCHGEAR OPERATING VOLTAGE: 34.9 kV 3-PHASE MAXIMUM OPERATING CURRENT: 297.8 Aac BATTERY SYSTEM OPERATING VOLTAGE: 34.9 kV 3-PHASE MAXIMUM OPERATING CURRENT: 233.8 Aac FUTURE CAPACITY OF CURRENT: 467.6 Aac UTILITY INTERCONNECTION OPERATING VOLTAGE: 34.9 kV 3-PHASE MAXIMUM OPERATING CURRENT: 362.3 Aac 1 OF EACH BREAKERS & SWITCHES WITHIN SITE SECTIONALIZING SWITCHGEAR EXTERIOR (1) 408.4 RED WITH WHITE LETTERS WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION PHOTOVOLTAIC SYSTEM AC DISCONNECT QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION SDA RECOMMENDED SITE SECTIONALIZING SWITCHGEAR EXTERIOR (1) 1 OF EACH RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY OPERATING VOLTAGE: 34.9 kV 3-PHASE MAXIMUM OPERATING CURRENT: 362.3 Aac PHOTOVOLTAIC SYSTEM EXTERNAL GRID SETTINGS RELAY WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION PHOTOVOLTAIC SYSTEM AC DISCONNECT AUTHORIZED PERSONNEL ONLY BATTERY ENERGY STORAGE SYSTEM ISOLATION TRANSFORMER FOR BESS AUXILIARY POWER PRIMARY AC VOLTAGE: 480 Vac 3 PHASE UNGROUNDED SECONDARY AC VOLTAGE: 277/480 Vac 3 PHASE GROUNDED WYE SDA RECOMMENDED BESS 3-PHASE TRANSFORMER (5, UPPER LABEL) BESS 5kVA TRANSFORMER (5, LOWER LABEL) RED WITH WHITE LETTERS 8 OF EACH AUTHORIZED PERSONNEL ONLY BATTERY ENERGY STORAGE SYSTEM STEP-DOWN TRANSFORMER FOR BESS INVERTER AUXILIARY POWER PRIMARY AC VOLTAGE: 480 Vac 1-PHASE SECONDARY AC VOLTAGE: 120 Vac 1 PHASE SDA RECOMMENDED BESS 30A DISCONNECT (8) RED WITH WHITE LETTERS AUTHORIZED PERSONNEL ONLY BATTERY ENERGY STORAGE SYSTEM AC DISCONNECT FOR BESS INVERTER AUXILIARY POWER AC VOLTAGE: 480 Vac 8 QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION SDA RECOMMENDED, 706.15(C) BESS CONTAINER DC DISCONNECT (5) 8 RED WITH WHITE LETTERS BATTERY SYSTEM DC DISCONNECT NOMINAL ESS VOLTAGE: 1296V MAXIMUM ESS VOLTAGE: 1500Vdc AVAILABLE ESS FAULT CURRENT: 197 kA DATE OF CALCULATION: JUNE 2023 AUTHORIZED PERSONNEL ONLY CONTRACTOR TO ADAPT ALL DATA IN RED TO THE SPECIFICS OF EACH DEVICE BATTERY CONTAINER # NOMINAL ESS VOLTAGE: 1296V MAXIMUM ESS VOLTAGE: 1500Vdc AVAILABLE ESS FAULT CURRENT: 197 kA DATE OF CALCULATION: JUNE 2024 AUXILIARY AC POWER VOLTAGE: 277/480V AUTHORIZED PERSONNEL ONLY 40 ONE OF EACH DOOR WITHIN A PAIR OF DOUBLE DOORS OF BESS CONTAINER DOORS (40), NEAR THE LATCHES RED WITH WHITE LETTERS SDA RECOMMENDED, 706.15(C) BESS CONTAINER DC DISCONNECT (5) DO NOT DISCONNECT UNDER LOAD SHUT OFF ADJACENT INVERTER BEFORE OPENING THIS DISCONNECT 690.15 5 RED WITH WHITE LETTERS BESS CONTAINER DC DISCONNECT (8) BESS INVERTER DC DOORS (8) 12 OF EACH RED WITH WHITE LETTERS WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION QUANTITY LOCATION SIGN SIZE AND TEXT NEC ARTICLE SPECIFICATION EXTERIOR DOOR OF BESS INVERTER AC DISCONNECT (8) AUTHORIZED PERSONNEL ONLY BESS INVERTER # OPERATING AC VOLTAGE: 480 Vac 3 PHASE RATED AC OUTPUT CURRENT: 1925 Aac WARNING! ELECTRIC SHOCK HAZARD THE DC CONDUCTORS OF THIS BATTERY ENERGY STORAGE SYSTEM ARE UNGROUNDED AND MAY BE ENERGIZED HOW TO DETERMINE DATA FOR EACH UNIT: REPLACE # WITH ID NUMBER OF EACH BESS CONTAINER 706.15(C) RED WITH WHITE LETTERS HOW TO DETERMINE DATA FOR EACH UNIT: REPLACE # WITH ID NUMBER OF EACH BESS CONTAINER 8 OF EACH WARNING! ELECTRIC SHOCK HAZARD DO NOT TOUCH TERMINALS TERMINALS ON BOTH LINE & LOAD SIDES MAY BE ENERGIZED IN OPEN POSITION WARNING! ELECTRIC SHOCK HAZARD THIS SYSTEM IS UNGROUNDED NEUTRAL CONDUCTOR IS NOT CONNECTED TO GROUND, AND MAY BE ENERGIZED. IF A GROUND FAULT IS INDICATED, PHASE CONDUCTORS MAY BE AT 480V TO GROUND 8 OF EACH EXTERIOR DOOR OF BESS INVERTER AC DISCONNECT (2) RED WITH WHITE LETTERS 690.5 690.15, 690.54 PV SYSTEM #1 TRANSFORMERS PV1 THRU PV9 SDA RECOMMENDED RED WITH WHITE LETTERS BESS MEDIUM VOLTAGE TRANSFORMERS (8) AUX LOADS TRANSFORMERS (8) 16 WIRING COLOR CODES: GREEN OR BARE: GROUND, TYP OF ALL 277/480V THREE PHASE SYSTEM: PHASE A: BROWN PHASE B: ORANGE PHASE C: YELLOW NEUTRAL: GRAY 120/240V END-GROUNDED SINGLE PHASE: LINE 1 (120V TO NEUTRAL): BLACK LINE 2 (240V TO NEUTRAL): RED NEUTRAL: WHITE 1 LABELS - SHEET 2 0 1/2'' 1'' 2'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION GATE LABELS & SYSTEM MAP PV703 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 69 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 9" 12" 1/2" 5 1/2" 5 1/2" 1/2" 1/2" 4" 4" 1/2" 9" 6" TYP OF ALL: 1/4" ENGRAVED PUNCH-OUT HOLE (TYP OF 8) TO FIT EXTERIOR- RATED WOOD SCREWS FOR ATTACHING TO POLE (OR GATE IF APPLICABLE). LOCATE 1/2" FROM EDGE OF LABEL AT CORNERS & CENTERS OF EDGES 8 QTY 1/4" HOLES FOR FASTENING TO POLE- MOUNTED EQUIPMENT & GATES. LOCATE CENTER OF HOLE 1/2" FROM EDGE OF MAP QTY 8 BATTERIES & ADJACENT PADS W/ INVERTERS & TRANSFORMERS UTILITY-OWNED PRIMARY METER, POINT OF COMMON COUPLING CUSTOMER-OWNED SITE SECTIONALIZING SWITCHGEAR, SEL RELAY, AND MV BREAKERS FOR PV & BESS SYSTEMS UTILITY-OWNED RISER POLE W/ POINT OF INTERCONNECTION ENTRY GATE INVERTER STATION 1, TRANSFORMER PV1, & DISCONNECT FOR ZONE 1 PV SYSTEM INVERTER STATIONS 2 & 3, TRANSFORMERS PV2 & PV3, & DISCONNECTS FOR PV SYSTEMS OF ZONES 2 & 3 INVERTER STATIONS 4 & 5, TRANSFORMERS PV4 & PV5, & DISCONNECTS FOR PV SYSTEMS OF ZONES 4 & 5 INVERTER STATIONS 6 & 7, TRANSFORMERS PV6 & PV7, & DISCONNECTS FOR PV SYSTEMS OF ZONES 6 & 7 INVERTER STATIONS 8 & 9, TRANSFORMERS PV8 & PV9, & DISCONNECTS FOR PV SYSTEMS OF ZONES 8 & 9 HANDHOLES FOR EXPANDING SYSTEM ROAD TO PHASE 2 REGION FOR PHASE 2 EXPANSION RED W/ WHITE GRAPHICS & LETTERS, ENGRAVED NEC ARTICLE SIGN SIZE AND TEXT LOCATION QUANTITY SPECIFICATION 705.10, 706.11 13 ALL GATES (2) - NEC REQUIRED, SDA'S RECOMMENDATION: ONE PV TRANSFORMER PER PAD (5), ARRANGE FOR VISIBILITY FROM DRIVEWAY, OK TO OMIT CORNER HOLES FOR MOUNTING ON TRANSFORMERS CONTACT PHONE: (XXX)XXX-XXXX IN CASE OF EMERGENCY DIAL 911 QTY 1: WHITE TEXT ON RED BACKGROUND, APPLY TO ENTRY GATES. COORDINATE INFORMATION IN RED W/ SYSTEM OWNER PHOTOVOLTAIC SYSTEM INSTALLED BY VI ELECTRON AUTHORIZED PERSONNEL ONLY MAINTAIN SERIES CONNECTION OF UTILITY & CUSTOMER-OWNED LOCKS ON ENTRY GATE NORTH CAUTION POWER TO THIS SITE IS SUPPLIED FROM THE MULTIPLE SOURCES WITH DISCONNECTING MEANS AS SHOWN SITE ACCESS DRIVEWAY SITE ACCESS DRIVEWAY PUBLIC ROADWAY PV ARRAY: ZONE 1 PV ARRAY: ZONE 2 PV ARRAY: ZONE 3 PV ARRAY: ZONE 4 PV ARRAY: ZONE 5 PV ARRAY: ZONE 6 PV ARRAY: ZONE 7 PV ARRAY: ZONE 8 PV ARRAY: ZONE 9 SEE PHASE 2 MAP FOR DETAILS ON PHASE 2 SYSTEM FORTUNA PV SYSTEM - PHASE 1 1 GATE LABELS & SYSTEM MAP 0 1/2'' 1'' 2'' solar design associates inc HARVARD, MA 01451-0242 tel: 978-456-6855 fax: 978-772-9715 www.solardesign.com FORTUNA (WEST END ST. THOMAS) REVISION NOTES MARK DATE DESCRIPTION PROFESSIONAL STAMP THIS DRAWING IS FOR INFORMATION PURPOSES ONLY. CERTIFICATION OR VALIDATION IS TO BE DONE BY A PROFESSIONAL WITH EXPERTISE IN THE REQUIRED FIELD AND A LICENSE IN THE STATE THAT THE INSTALLATION WILL RESIDE. CERTFICIATION OR VALIDATION TO BE INCLUDED AS PART OF THE SUBMITTALS FOR PERMITTING OF THE OVERALL PROJECT. PERMIT SET Monday, January 13, 2025 CONTRACTOR NAME STREET CITY/ST/ZIP NOTES NAME STREET CITY/ST/ZIP NOTES SITE SUBMISSION COMBINER MAP LABELS PV704 St Tom - Fortuna.pln AS NOTED CH RE SHEET SIZE: SHEET DRAWING NO. DRAWING TITLE FILE NAME CHECKED BY DRAWN BY DATE DRAFTED: DRAWING SCALE 1/13/2025 OF ARCH D 70 70 FORTUNA ESTATE, US VI, STT. FORTUNA ROAD FORTUNA (WEST END ST. THOMAS) SITE KEY N 1' 9" 1' 9" INV STATION 6 & 7 & XFMRs PV6 & PV7 INV STATION 8 & 9 & XFMRs PV8 & PV9 SITE SWITCHGEAR PRIMARY METER ENTRY GATE NORTH NORTH CB1-1A CB1-1B CB1-2A CB1-2B CB1-3A CB1-3B CB1-4A CB1-4B CB1-5A CB1-5B CB1-6A CB1-6B CB1-7A CB1-7B CB1-8A CB1-8B CB2-1A CB2-1B CB2-2A CB2-2B CB2-3A CB2-3B CB2-4A CB2-4B CB2-5A CB2-5B CB2-6A CB2-6B CB2-7A CB2-7B CB2-8A CB2-8B CB3-1A CB3-1B CB3-2A CB3-2B CB3-3A CB3-3B CB3-4A CB3-4B CB3-5A CB3-5B CB3-6A CB3-6B CB3-7A CB3-7B CB3-8A CB3-8B INV STATION 1 & XFMR PV1 INV STATION 2 & 3 & XFMRs PV2 & PV3 CB4-1A CB4-1B CB4-2A CB4-2B CB4-3A CB4-3B CB4-4A CB4-4B CB4-5A CB4-5B CB4-6A CB4-6B CB4-7A CB4-7B CB4-8A CB4-8B CB5-1A CB5-1B CB5-2A CB5-2B CB5-3A CB5-3B CB5-4A CB5-4B CB5-5A CB5-5B CB5-6A CB5-6B CB5-7A CB5-7B CB5-8A CB5-8B CB6-1A CB6-1B CB6-2A CB6-2B CB6-3A CB6-3B CB6-4A CB6-4B CB6-5A CB6-5B CB6-6A CB6-6B CB6-7A CB6-7B CB6-8A CB6-8B CB7-1A CB7-1B CB7-2A CB7-2B CB7-3A CB7-3B CB7-4A CB7-4B CB7-5A CB7-5B CB7-6A CB7-6B CB7-7A CB7-7B CB7-8A CB7-8B CB8-1A CB8-1B CB8-2A CB8-2B CB8-3A CB8-3B CB8-4A CB8-4B CB8-5A CB8-5B CB8-6 CB8-7 CB8-8 CB9-1A CB9-1B CB9-2A CB9-2B CB9-3A CB9-3B CB9-4 CB9-5 CB9-6 CB9-7A CB9-7B CB9-8A CB9-8B INV STATION 4 & 5 & XFMRs PV4 & PV5 BESS 1 THRU 4 BESS 5 THRU 8 NEC ARTICLE SIGN SIZE AND TEXT LOCATION QUANTITY SPECIFICATION 3 6 AC COMBINERS 4 THRU 9 (QTY 5) AC COMBINERS 1 THRU 3 (QTY 3) RED W/ WHITE GRAPHICS & LETTERS, ENGRAVED 690.15 DC DISCONNECTS ARE LOCATED AT EACH DC COMBINER, IDENTIFIED WITH THE PATTERN CB#-#A OR CB#-#B, CORRESPONDING TO EACH INVERTER OF SIMILAR ID NUMBER, EXCLUDING THE A OR B SUFFIX. AC DISCONNECTS LOCATED IN THE AC COMBINING PANELBOARDS AT EACH INVERTER STATION DC DISCONNECTS ARE LOCATED AT EACH DC COMBINER, IDENTIFIED WITH THE PATTERN CB#-#A OR CB#-#B, CORRESPONDING TO EACH INVERTER OF SIMILAR ID NUMBER, EXCLUDING THE A OR B SUFFIX. AC DISCONNECTS LOCATED IN THE AC COMBINING PANELBOARDS AT EACH INVERTER STATION RED W/ WHITE GRAPHICS & LETTERS, ENGRAVED 690.15 1 DC COMBINER MAPS - LOCATE APPLICABLE LABEL ON EACH AC COMBINER 0 1/2'' 1'' 2''