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BE <br />T <br />T <br />E <br />R <br /> <br />E <br />A <br />R <br />T <br />H <br /> <br />E <br />L <br />E <br />C <br />T <br />R <br />I <br />C <br /> <br />I <br />N <br />C <br />. <br />16 <br />7 <br />2 <br />0 <br /> <br />M <br />A <br />R <br />Q <br />U <br />A <br />R <br />D <br />T <br /> <br />A <br />V <br />E <br /> <br />C <br />E <br />R <br />R <br />I <br />T <br />O <br />S <br />CE <br />R <br />R <br />I <br />T <br />O <br />S <br />, <br /> <br />C <br />A <br /> <br />9 <br />0 <br />7 <br />0 <br />3 <br />PH <br />O <br />N <br />E <br /> <br /># <br />: <br /> <br />( <br />8 <br />8 <br />8 <br />) <br /> <br />3 <br />7 <br />3 <br />- <br />9 <br />3 <br />7 <br />9 <br />LI <br />C <br /> <br /># <br />: <br /> <br />C <br />1 <br />0 <br />- <br />1 <br />0 <br />2 <br />4 <br />4 <br />6 <br />0 <br />(E) GROUNDING <br />ELECTRODE <br />(COPPER) <br />GROUND <br />ROD <br />STRING 1: (12x) Canadian Canadian <br />CS3N-390MS PV MODULES <br />WITH 12 S440 SE POWER OPTIMIZERS <br />1 <br />JUNCTION BOX <br />- NEMA 3R <br />AS REQUIRED <br />2 <br />INVERTER <br />SOLAREDGE 3800H-US <br />NON-RGM <br />WITH DC DISCONNECT <br />PHOTOVOLTAIC SYSTEM <br />EQUIPPED WITH RAPID <br />SHUTDOWN PER NEC 690.12 <br />3+ - <br />+ - <br />+ - <br />+ - <br />+ - <br />+ - <br />1221 <br />DC AC <br />MAX. BREAKER CALC.: <br />200A X 1.2 - <br />POINT OF INTERCONNECTION <br />LOAD SIDE 705.12(B)(3)(2) <br />TO UTILITY GRID <br /> Overhead <br />MAIN (E) 200A <br />200A = 40A <br />M <br />BI-DIRECTIONAL <br />UTILITY METER <br />1PH/240V <br />(E) 200A/200A MAIN <br />SERVICE PANEL <br />240/120v 1-PH, 3-W <br />SOLAR BREAKER LOCATED AT <br />THE FURTHEST END OF BUS <br />BAR FROM THE MAIN BREAKER <br />MAIN BONDING JUMPER <br />(N) 20A <br />CONDUCTOR AND CONDUIT SCHEDULE W/ELECTRICAL CALCULATIONS <br />ID TYPICAL CONDUCTOR CONDUIT CURRENT-CARRYING CONDUCTORS <br />IN CONDUIT OCPD EGC TEMP. CORR. FACTOR CONDUIT FILL FACTOR CONT. CURRENT MAX. CURRENT (125%) BASE AMP. DERATED AMP. TERM. TEMP. RATING AMP. @ TERMINAL <br />1 #10 PV Wire, in open air 3/4" EMT N/A N/A #6 51 1 15 18.75 40 38.4 90 50 <br />2 #10 THWN-2, in conduit 3/4" EMT 2 N/A #8 51 1 15 18.75 40 38.4 75 35 <br />3 #10 THWN-2, in conduit 3/4" EMT 3 20 #8 32 1 16 20 40 38.4 75 35 <br />ASHRAE EXTREME LOW <br />DESIGN TEMPERATURES <br />ASHRAE 2% HIGH <br />32°F <br />32°F <br />POWERBOX MAX OUTPUT CURRENT <br />OPTIMIZERS IN SERIES <br />NOMINAL STRING VOLTAGE <br />ARRAY OPERATING CURRENT <br />STRING DETAILS <br />INVERTER 1 <br />STRING CALCULATIONS <br />STRING 1 <br />15A <br />12 <br />380V <br />16A <br />SYSTEM SUMMARY <br />ARRAY STC POWER <br />4680W <br />ARRAY PTC POWER <br />4371.6W <br />MAX AC CURRENT <br />16A <br />MAX AC POWER <br />3800W <br />INVERTER 1 <br />POWER OPTIMIZERS <br />RATED INPUT (W) <br />MAX INPUT ISC (A) <br />WEIGHTED EFFICIENCY <br />SOLAREDGE S440 Optimizer <br />MAX OUTPUT(A) <br />MAX DC (V) <br />INVERTER 1 SPECS <br />SOLAREDGE 3800H-US_Non-RGM <br />AC VOLTAGE (V) <br />240 <br />GROUND <br />0.99 <br />MAX OCPD (A) <br />20 <br />RATED POWER (W) <br />3800 <br />MAX OUTPUT (A) <br />16 <br />MAX INPUT (A) <br />11 <br />MAX INPUT (V) <br />480 <br />EFFICIENCY (CEC) <br />0.99 <br />MODULE SPECS <br />Canadian Canadian CS3N-390MS <br />PMAX (W) <br />390 <br />PTC (W) <br />364.3 <br />ISC (A) <br />11.38 <br />IMP (A) <br />10.6 <br />VOC (V) <br />44.1 <br />VMP (V) <br />36.8 <br />TEMP. COEFF. OF VOC <br />-0.122 <br />440 <br />15 <br />98.6 <br />15 <br />60 Nathan Draeger <br />REV: DESCRIPTION:BY: DATE: <br />DRAWING TITLE: <br />DESIGNER: <br />DESIGN MGR: <br />DWG PAGE: <br />ENGINEER OF RECORD <br />Tino Marufu <br />NE <br />W <br /> <br />P <br />V <br /> <br />S <br />Y <br />S <br />T <br />E <br />M <br />: <br /> <br />4 <br />, <br />6 <br />8 <br />0 <br /> <br />D <br />C <br /> <br />/ <br /> <br />3 <br />8 <br />0 <br />0 <br /> <br />A <br />C <br />Lo <br />r <br />e <br />n <br />z <br />o <br /> <br />A <br />b <br />r <br />e <br />g <br />o <br />1 <br />3 <br />0 <br />2 <br /> <br />E <br /> <br />1 <br />5 <br />t <br />h <br /> <br />S <br />t <br />, <br /> <br />S <br />a <br />n <br />t <br />a <br /> <br />A <br />n <br />a <br />, <br /> <br />C <br />A <br /> <br />9 <br />2 <br />7 <br />0 <br />1 <br />AP <br />N <br />: <br /> <br />4 <br />0 <br />0 <br />2 <br />3 <br />2 <br />1 <br />4 <br />1. 18. 2023 <br />1. 18. 2023 <br />DATE: TIME: <br />01:26 PM <br />01:26 PM <br />ELECTRICAL NOTES <br />1. PV SOURCE CIRCUIT(S) ARE TO BE <br />SUNLIGHT-RESISTANT PV-WIRE AS PERMITTED BY <br />CEC 690.31(B). <br />2. ALL DIRECT CURRENT CIRCUITS ARE TO BE <br />INSTALLED IN METAL RACEWAY FROM THE POINT <br />OF PENETRATION OF THE SURFACE OF THE <br />BUILDING OR STRUCTURE TO THE MAIN SERVICE <br />PANEL AS MANDATED BY CEC 690.31(E). <br />3. WEATHERPROOF J-BOX – NEMA 3R. <br />4. ROOFTOP CONDUIT SHALL BE A MINIMUM OF 1" <br />ABOVE THE ROOF SURFACE. <br />5. ALL WORK SHALL COMPLY WITH THE 2019 <br />CALIFORNIA ELECTRICAL CODE (C.E.C.) AND ALL <br />OTHER LOCAL CODES AS APPROVED BY THE <br />AUTHORITY HAVING JURISDICTION. <br />ELECTRICAL LINE DIAGRAM <br />LINE DIAGRAM & <br />DESIGN TABLES <br />P5 <br />DESIGN TABLES <br />1302 E 15th St <br />02/02/23