|
2
<br />(1) #6 AWG CU THWN-2 EGC
<br />(2) #10 AWG CU PV WIRE
<br />DISTANCE: 100 FT, 0.53% VDROP
<br />3
<br />(1) #6 AWG CU THWN-2 EGC
<br />(6) #10 AWG CU PV WIRE
<br />FILL: 0.3397 IN^2
<br />1" IMC ON STRUCTURES, 39% FILL
<br />DISTANCE: 175 FT, 0.92% VDROP
<br />4.1
<br />(1) #6 AWG CU THWN-2 EGC
<br />(1) #4 AWG CU THWN-2 NEUT
<br />(3) #3/O AWG CU THWN-2
<br />FILL: 0.9368 IN^2
<br />2" EMT ON STRUCTURES, 28% FILL
<br />DISTANCE: 10 FT, 0.05% VDROP
<br />4.2
<br />(1) #6 AWG CU THWN-2 EGC
<br />(1) #6 AWG CU THWN-2 NEUT
<br />(3) #1 AWG CU THWN-2
<br />FILL: 0.57 IN^2
<br />1.25" EMT ON STRUCTURES, 38% FILL
<br />DISTANCE: 10 FT, 0.06% VDROP
<br />5.1
<br />(1) #1/O AWG CU THWN-2 EGC
<br />(1) #3/O AWG CU THWN-2 NEUT
<br />(3) #600 MCM CU THWN-2
<br />(2) PARALLEL RUNS
<br />(2) CONDUITS, IN EACH:
<br />FILL: 3.0562 IN^2
<br />3" EMT ON STRUCTURES, 35% FILL
<br />DISTANCE: 125 FT, 0.23% VDROP
<br />5.2
<br />(1) #3/O AWG AL THWN-2 EGC
<br />(1) #250 MCM AL THWN-2 NEUT
<br />(3) #900 MCM AL THWN-2
<br />(2) PARALLEL RUNS
<br />(2) CONDUITS, IN EACH:
<br />FILL: 4.3582 IN^2
<br />3.5" EMT ON STRUCTURES, 38% FILL
<br />DISTANCE: 125 FT, 0.25% VDROP
<br />6
<br />(1) #2/O AWG CU THWN-2 EGC
<br />(1) #600 MCM CU THWN-2 NEUT
<br />(3) #600 MCM CU THWN-2
<br />(2) PARALLEL RUNS
<br />(2) CONDUITS, IN EACH:
<br />FILL: 3.6559 IN^2
<br />3.5" IMC ON STRUCTURES, 32% FILL
<br />DISTANCE: 15 FT, 0.03% VDROP
<br />1
<br />(1) #6 AWG CU THWN-2 EGC
<br />(2) #10 AWG CU PV WIRE
<br />DISTANCE: 1 FT, 0.03% VDROP
<br />(N) PV AC DISCONNECT 1
<br />600VAC, 3P, 800A, NEMA 3R
<br />W/ 800A FUSES, 65 kAIC
<br />VISIBLE / LOCKABLE FOR UTILITY OPERATION (TO
<br />BECOME MAIN SINGLE POINT OF DISCONNECT ONCE
<br />NEW FUTURE MAIN SWITCHGEAR IS INSTALLED)
<br />G
<br />G
<br />INV JBOX TYP
<br />DC
<br />DC
<br />INV 1 -120 kW
<br />STRINGS 1-3
<br />110 MODULES
<br />1
<br />120
<br />JBOX TYP
<br />DC
<br />DC
<br />INV 1 -120 kW
<br />STRINGS 4-6
<br />110 MODULES
<br />(N) 200A/3P
<br />800A
<br />X1 TO
<br />SYNGERGY
<br />UNIT 138
<br />(N) 125A/3P
<br />G
<br />G
<br />INV JBOX TYP
<br />DC
<br />DC
<br />INV 3 -80 kW
<br />STRINGS 1-3
<br />108 MODULES
<br />3
<br />80
<br />JBOX TYP
<br />DC
<br />DC
<br />INV 3 -80 kW
<br />STRINGS 4-6
<br />113 MODULES
<br />PER MODULE
<br />PER STRING
<br />JBOX TYP
<br />DC
<br />DC
<br />INV 1 -120 kW
<br />STRINGS 7-9
<br />110 MODULES
<br />G
<br />G
<br />INV JBOX TYP
<br />DC
<br />DC
<br />INV 2 -120 kW
<br />STRINGS 1-3
<br />108 MODULES
<br />2
<br />120
<br />JBOX TYP
<br />DC
<br />DC
<br />INV 2 -120 kW
<br />STRINGS 4-6
<br />108 MODULES
<br />JBOX TYP
<br />DC
<br />DC
<br />INV 2 -120 kW
<br />STRINGS 7-9
<br />110 MODULES
<br />(N) 200A/3P
<br />FAULT CURRENT CALCULATIONS:
<br />*PER PLD SPEC 11A, CONFIRM ALUMINUM IS APPROVED WITH OWNER PRIOR TO
<br />INSTALLATION.
<br />FINAL 24" CONDUIT LENGTH TO
<br />INVERTER IS LFMC TO FACILITATE
<br />FUTURE INVERTER REPLACEMENT.
<br />FINAL 24" CONDUIT LENGTH TO
<br />INVERTER IS LFMC TO FACILITATE
<br />FUTURE INVERTER REPLACEMENT.
<br />FINAL 24" CONDUIT LENGTH TO
<br />INVERTER IS LFMC TO FACILITATE
<br />FUTURE INVERTER REPLACEMENT.
<br />NOTES:
<br />1. PROVIDE CONTINUOUS PATH FOR GROUND CONDUCTOR FROM THE INVERTER TO THE EXISTING MAIN SERVICE SWITCHBOARD
<br />GROUND BUS. GROUNDING ELECTRODE CONDUCTOR TO SERVE AS EQUIPMENT GROUND. PROVIDE LAY-IN LUGS TO BOND ALL
<br />EQUIPMENT ALONG THIS PATH TO THE GROUNDING ELECTRODE CONDUCTOR TO ALLOW FOR CONTINUOUS RUN.
<br />TUSTIN MCAF:
<br />COLD DESIGN TEMP = 2°C
<br />HOT DESIGN TEMP = 31°C
<br />PROJECT TOTAL
<br />TOTAL SYSTEM SIZE: 425.345 kW DC, 392.445 kW ACcec
<br />PANEL SPECS:
<br />(877) HANWHA Q CELLS, Q.PEAK DUO XL-G10.3/BFG 485
<br />MODULE AMPERAGE: 10.63 IMP, 11.16 ISC
<br />MODULE VOLTAGE: 45.63 VMP, 53.63 VOC
<br />TEMP. COEFFICIENTS OF Voc: -0.27%/°C
<br />STC: 485W, PTC: 454.3 W
<br />INVERTER SPECS:
<br />(2) SOLAREDGE TECHNOLOGIES, SE120KUS [480V]
<br />277/480V, 3PH, 4W, MAX OUTPUT CURRENT = 144.3A
<br />CEC WEIGHTED EFFICIENCEY: 98.5%
<br />(1) SOLAREDGE TECHNOLOGIES, SE80KUS [480V]
<br />277/480V, 3PH, 4W, MAX OUTPUT CURRENT = 96.5A
<br />CEC WEIGHTED EFFICIENCEY: 98.5%
<br />OPTIMIZER/RAPID SHUTDOWN SPECS:
<br />(439) SOLAREDGE PER P1101 OPTIMIZER
<br />RATED INPUT DC POWER = 1101W
<br />MAX OUTPUT CURRENT = 18A
<br />MAXIMUM OUTPUT VOLTAGE = 80V
<br />MAX SYSTEM VOLTAGE = 1,000V
<br />SEE SPEC SHEET FOR ELECTRICAL PARAMETERS AND
<br />WARRANTY INFO
<br />KEY
<br />PANELS PER
<br />STRING
<br />STRINGS PER SYNERGY UNIT
<br />ARRAY
<br />DC
<br />DC
<br />SOLAREDGE P1101
<br />POWER OPTIMIZER
<br />(2) MODULES PER
<br />X2 TO SYNERGY UNIT XXX
<br />X1 TO SYNERGY UNITXXX
<br />(N) 800A PV SUB 1, 277/480V, 3PH, 4W
<br />MLO, NEMA 3R, 42 kAIC
<br />INTEGRATED DC
<br />DISCONNECT, 1000VDC
<br />INVERTER NUMBER
<br />INVERTER SIZE (kW)
<br />X
<br />G
<br />G
<br />INV
<br />XX
<br />X2X3
<br />COPPER OPTION:
<br />COPPER OPTION:
<br />ALUMINUM OPTION (PIN ADAPTORS REQUIRED):
<br />ETHERNET CAT5E/CAT6 (1" EMT)
<br />SERIAL/RS485 (1" EMT)
<br />SE
<br />R
<br />I
<br />A
<br />L
<br />/
<br />R
<br />S
<br />4
<br />8
<br />5
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<br />N
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<br />E
<br />R
<br />T
<br />E
<br />R
<br />S
<br />(N) DAS-1
<br />MONITORING
<br />CONTROL PANEL
<br />WITH REVENUE
<br />GRADE METER &
<br />SOLAREDGE
<br />COMMUNICATIONS
<br />GATEWAY.
<br />(N) METER 1
<br />FACILITY
<br />CONSUMPTION
<br />METER SERIAL/RS485
<br />24VDC
<br />4W, 1G #12 AWG CU THWN-2 (1" EMT)
<br />(N) 15A/3P
<br />(N) 15A/2P
<br />3W, 1G #12 AWG CU THWN-2 (1" EMT)
<br />4W, 1G #12 AWG CU THWN-2 (1" EMT)
<br />X2 TO
<br />SYNGERGY
<br />UNIT 1
<br />36
<br />X1 TO
<br />SYNGERGY
<br />UNIT 238
<br />X2 TO
<br />SYNGERGY
<br />UNIT 2
<br />36
<br />X1 TO
<br />SYNGERGY
<br />UNIT 338
<br />X2 TO
<br />SYNGERGY
<br />UNIT 3
<br />36
<br />X3 TO
<br />SYNGERGY
<br />UNIT 136
<br />X3 TO
<br />SYNGERGY
<br />UNIT 236
<br />X3 TO
<br />SYNGERGY
<br />UNIT 136
<br />X2 TO
<br />SYNGERGY
<br />UNIT 238
<br />SE
<br />R
<br />I
<br />A
<br />L
<br />/
<br />R
<br />S
<br />4
<br />8
<br />5
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<br />M
<br />T
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<br />
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<br />I
<br />S
<br />Y
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<br />H
<br />A
<br />I
<br />N
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<br />N
<br />V
<br />E
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<br />S
<br />PER INPUT:
<br />G
<br />X1 TO
<br />SYNGERGY
<br />UNIT 2
<br />37
<br />X1 TO
<br />SYNGERGY
<br />UNIT 338
<br />X2 TO
<br />SYNGERGY
<br />UNIT 3
<br />36
<br />LINE SIDE TAP
<br />NEC 705.12(A)(1)
<br />(N) 15A/3P
<br />MAX VOLTAGE DROP
<br />MODULE TO OPTIMIZER = 0.03%
<br />OPTIMIZER TO JBOX = 0.53%
<br />JBOX TO INVERTER = 0.92%
<br />INVERTER TO COMBINER = 0.06%
<br />COMBINER TO AC DISCONENCT = 0.25%
<br />AC DISCONENCT TO MAIN SERVICE = 0.03%
<br />TOTAL = 1.82%
<br />EX
<br />T
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<br />DC CONDUIT SCHEDULE:
<br />(2) #10 AWG CU PV WIRE PER STRING
<br />(1) #10 AWG CU THWN-2 EGC PER CONDUIT
<br />#STRINGS FILL IMC SIZE/FILL %EMT SIZE/FILL%PVC SIZE/FILL%
<br />1 0.1273 0.75"/22%0.75"/24%0.75"/31%
<br />2 0.2335 1"/24%1"/27%1"/34%
<br />3 0.3397 1"/35%1"/39%1.25"/27%
<br />4 0.4459 1.25"/27%1.25"/30%1.25"/36%
<br />35%
<br /> -OR -
<br />3.5" EMT ON STRUCTURES, 34% FILL
<br />(IF APPROVED BY SYSTEM OWNER)
<br />3xCT
<br />ROGOWSKI
<br />CT-M1
<br />X1
<br />MMMM
<br />4000A BUS
<br />(F) 2000A/3P
<br />MAIN W/GFPGFP
<br />(F) GROUND
<br />SYSTEM
<br />GRD
<br />(F) MAIN SWITCHBOARD "MSA"
<br />480/277V, 3PH, 4W, 100kAIC
<br />(F) EV
<br />CHARGERS
<br />(F) EV
<br />CHARGERS
<br />(E) PANEL
<br />"HHA"
<br />(F) 600A/3P
<br />MAIN
<br />(F) 600A/3P
<br />MAIN(F)
<br />200AS
<br />200AF
<br />3P
<br />2000A BUS
<br />2000A BUS
<br />(E) MAIN SWITCHBOARD "MS-B"
<br />480/277V, 3PH, 4W, 65kAIC
<br />CIRCUIT TO BE
<br />ABANDONED IN
<br />FUTURE (F)600A BUS
<br />METER FOR
<br />1995 TO BE
<br />REMOVED BY
<br />UTILITY IN THE
<br />FUTURE
<br />(E) 600AF
<br />(E) 600AT, 3P
<br />(E)
<br />DISTRIBUTION
<br />PANEL "DP1"
<br />METER FOR
<br />1801 TO BE
<br />REMOVED BY
<br />UTILITY IN THE
<br />FUTURE
<br />METER FOR
<br />HHA TO BE
<br />REMOVED BY
<br />UTILITY IN THE
<br />FUTURE
<br />(E) 800AF
<br />(E) 400AT, 3P
<br />(F) 800AT, 3P
<br />(E)
<br />DISTRIBUTION
<br />PANEL "DP2"
<br />METER FOR
<br />1895 TO BE
<br />REMOVED BY
<br />UTILITY IN THE
<br />FUTURE
<br />(E) 800AS
<br />(E) 600AF, 3P
<br />UTILITY
<br />SERVICE
<br />(E) GROUND
<br />SYSTEM
<br />GRD
<br />(E) MISC. LOADS
<br />1895 S STANDARD AVE
<br />SANTA ANA, CA 92707
<br />METER# 259000-097541
<br />1995 S STANDARD AVE
<br />SANTA ANA, CA 92707
<br />METER#259000-036083
<br />(F) CONDUIT &
<br />CONDUCTORS
<br />FROM SEPARATE
<br />PERMIT
<br />NOTE:FUTURE EQUIPMENT (F) TO BE INSTALLED
<br />AS PART OF A SEPARATE PERMIT. THIS
<br />EQUIPMENT IS SHOWN FOR CLARITY ONLY.
<br />SUBJECT TO CHANGE ON OTHER PERMIT.
<br />RO
<br />O
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<br />EX
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<br />(3) TWISTED
<br />PAIR LEADS
<br />(1" EMT)
<br />(N) WEATHER
<br />STATION 1 SERIAL/RS485
<br />24VDC
<br />(F) FUTURE EQUIPMENT
<br />(N) 250A/3P
<br />FOR FUTURE
<br />COMBINED
<br />SYSTEM
<br />(F) 1995 S
<br />STANDARD
<br />AVE METER
<br />UT
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<br />E
<br />R
<br />(E) 800A SECTION (E) 800A
<br />SECTION
<br />THIS DOCUMENT CONTAINS PROPRIETARY
<br />INFORMATION. REPRODUCTION, DISCLOSURE, OR
<br />USE WITHOUT SPECIFIC WRITTEN
<br />AUTHORIZATION OF CONTRACTOR
<br />IS STRICTLY FORBIDDEN.
<br />DA
<br />T
<br />E
<br />:
<br />X_____________________________
<br />SKYBRIDGE
<br />RENEWABLES LLC
<br />127 MAYFAIR ALISO VIEJO,
<br />CA 92656
<br />TEL: (949) 424-9320
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<br />SKYBRIDGE RENEWABLES LLC
<br />C10 - 1112028
<br />10/31/2025
<br />12" = 1'-0"1 Single Line Diagram System 1
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<br />1 11.16 1.56 17 1 2 #10 AWG CU PV WIRE NA #6 AWG 1 90 31 0 31 2
<br />2 18 1.25 23 1 2 #10 AWG CU PV WIRE NA #6 AWG 1 90 31 0 31 2
<br />3 18 1.25 23 1 6 #10 AWG CU PV WIRE NA #6 AWG 1 90 31 0 31 6
<br />4.1 144.3 1.25 180 1 3 #3/O AWG CU THWN-2 #4 AWG #6 AWG 1 90 31 0 31 3
<br />4.2 96.5 1.25 121 1 3 #1 AWG CU THWN-2 #6 AWG #6 AWG 1 90 31 0 31 3
<br />5.1 385.1 1.25 481 2 3 #600 MCM CU THWN-2 #3/O AWG #1/O AWG 2 90 31 0 31 3
<br />5.2 385.1 1.25 481 2 3 #900 MCM AL THWN-2 #250 MCM #3/O AWG 2 90 31 0 31 3
<br />6 385.1 1.25 481 2 3 #600 MCM CU THWN-2 #600 MCM #2/O AWG 2 90 31 0 31 3
<br />WIRE RATING CHART
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<br />Derated Wire Rating <= Amps Max .
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<br />1 40 0.96 1 1 X 40A X 0.96 X 1 = 38 >= 17
<br />1 40 0.96 1 1 X 40A X 0.96 X 1 = 38 >= 23
<br />1 40 0.96 0.8 1 X 40A X 0.96 X 0.8 = 31 >= 23
<br />1 225 0.96 1 1 X 225A X 0.96 X 1 = 216 >= 180
<br />1 145 0.96 1 1 X 145A X 0.96 X 1 = 139 >= 121
<br />2 475 0.96 1 2 X 475A X 0.96 X 1 = 912 >= 481
<br />2 480 0.96 1 2 X 480A X 0.96 X 1 = 922 >= 481
<br />2 475 0.96 1 2 X 475A X 0.96 X 1 = 912 >= 481
<br />TERMINATION...
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<br />60 30 >=17
<br />60 30 >=23
<br />60 30 >=23
<br />75 200 >=180
<br />75 130 >=121
<br />75 840 >=481
<br />75 850 >=481
<br />75 840 >=481
<br />VOLTAGE DROP CHART
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<br />10.63 91.26 1 0.03
<br />18 850 100 0.53
<br />18 850 175 0.92
<br />144.3 480 10 0.05
<br />96.5 480 10 0.06
<br />385.1 480 125 0.23
<br />385.1 480 125 0.25
<br />385.1 480 15 0.03
<br />*
<br />* NOTE: ALL TERMINATIONS TO BE RATED TO 75°C OR MORE
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<br />No.
<br />Descrip
<br />tio
<br />n
<br />Date
<br />1895 & 1995 S Standard
<br />Ave1/7/2025
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