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GND <br />N <br />(N) 200A ENPHASE IQ SYSTEM <br />CONTROLLER 3 <br />SC200D111C240US01 <br />SYSTEM CAN OPERATE IN <br />ISLAND MODE <br />40A <br />50A <br />CTRL <br />PV/BATTERY <br />BREAKERS <br />GN <br />D N <br />(N)125A BACKUP <br />LOAD CENTER <br />AFCI PROTECTION <br />WILL BE PROVIDED <br />FOR 15A AND 20A <br />BREAKERS THAT ARE <br />RELOCATED MORE <br />THAN 6' FROM THE <br />ORIGINAL BREAKER <br />SOURCE <br />(N) 125A ENPHASE <br />IQ COMBINER 5C NEMA-3R <br />X-IQ-AM1-240-5C <br />[CRD-PCS NEM] <br />ENPHASE IQ GATEWAY <br />ENV2-IQ-AM1-240 <br />enphase <br />ENERGY <br />20A <br />20A <br />20A <br />ENPHASE <br />C E L L <br />MODEM <br />MODEL #: <br />CELLMODEM-M1-06-SP-05 <br />WIRELESS COMMUNICATION <br />ADAPTER FOR ENPHASE <br />ENERGY SYSTEM <br />CELLULAR REVENUE-GRADE <br />PRODUCTION METERING <br />FACTORY INSTALLED <br />BREAKER HOLD-DOWN KIT TO BE <br />USED FOR IQ8-SERIES BRANCHES <br />20A <br />IQ GATEWAY <br />PRODUCER'S STORAGE DEVICE(S) WILL NOT <br />CAUSE THE HOST LOAD EXCEED ITS NORMAL PEAK <br />DEMAND. NORMAL PEAK DEMAND IS DEFINED AS <br />THE HIGHEST AMOUNT OF POWER REQUIRED FROM <br />THE DISTRIBUTION SYSTEM BY PRODUCER'S <br />COMPLETE FACILITIES WITHOUT THE INFLUENCE <br />OR USE OF ENERGY STORAGE DEVICES. <br />+ <br />- <br />CTRL(N) ENPHASE ENERGY <br />IQBATTERY-5P-1P-NA <br />[240V] [SI1-SB] + <br />SC200D111C240US01 + <br />IQ COMBINER X-IQ-AM1-240-5C <br />[CRD-PCS NEM] <br />THE ESS CIRCUIT BREAKER SHALL BE <br />SECURED IN PLACE BY AN ADDITIONAL <br />FASTENER PER SECTION 408.36(D). THE <br />BREAKER AND FASTENER SHALL BE MADE <br />BY THE SAME MANUFACTURER <br />LOADS <br />(E) <br />(N) 60A <br />VISIBLY OPEN, <br />LOCKABLE, <br />AC DISCONNECT <br />240V NEMA-3R <br />G <br />EATON <br />DG222URB <br />THWN-2 <br />3-#10 <br />1-#8 GRND <br />3/4" EMT CONDUIT <br />AC J-BOX <br />G <br />1 STRING OF <br />MODULES11 <br />SOURCE CIRCUIT #1 <br />Isc = 13.31 A <br />AC J-BOX <br />G <br />1 STRING OF <br />MODULES10 <br />SOURCE CIRCUIT #2 <br />Isc = 12.1 A <br />ENPHASE Q CABLE <br />2-#12 <br />1-#6 GRND <br />OPEN AIR <br />THWN-2 <br />2-#10 <br />1-#8 GRND <br />3/4" EMT CONDUIT <br />EACH WITH AN ENPHASE <br />MICROINVERTER <br />AC J-BOX <br />G <br />1 STRING OF <br />MODULES10 <br />SOURCE CIRCUIT #3 <br />Isc = 12.1 A <br />+ <br />- <br />CTRL(N) ENPHASE ENERGY <br />IQBATTERY-5P-1P-NA <br />[240V] [SI1-SB] + <br />SC200D111C240US01 + <br />IQ COMBINER X-IQ-AM1-240-5C <br />[CRD-PCS NEM] <br />THWN-2 <br />3-#8 <br />1-#8 GRND <br />3/4" EMT CONDUIT <br />GROUNDING ELECTRODE & <br />AUXILLARY GROUNDING <br />ELECTRODE AS NEEDED PER <br />CEC 690.47 (6 FEET APART) <br />L <br />LL <br />L <br />GN <br />D N <br />ME <br />T <br />E <br />R <br /> <br /># <br /> <br />2 <br />2 <br />2 <br />0 <br />1 <br />3 <br />- <br />1 <br />2 <br />4 <br />5 <br />9 <br />1 <br />(OVERHEAD) <br />(E)200A BOT FED <br />MAIN SERVICE PANEL <br />(E) <br />200A/2P <br />(N) <br />125A LUG <br />KIT <br />THWN-2 <br />3-#8 <br />1-#8 GRND <br />3/4" EMT CONDUITEACH WITH AN ENPHASE <br />MICROINVERTER <br />EACH WITH AN ENPHASE <br />MICROINVERTER <br />(N) <br />125A/2P <br />(N) <br />125A/2P <br />THWN-2 <br />3-#1/0 <br />1-#6 GRND <br />1.5" EMT CONDUIT <br />THWN-2 <br />3-#1/0 <br />1-#6 GRND <br />1.5" EMT CONDUIT <br />ESS DISCONNECT <br />SWITCH <br />THWN-2 <br />4-#12 <br />3/4" EMT CONDUIT <br />E7 <br />SHEET NUMBER: <br />SE <br />M <br />P <br />E <br />R <br /> <br />S <br />O <br />L <br />A <br />R <br />I <br />S <br />18 <br />0 <br />5 <br /> <br />J <br />O <br />H <br />N <br /> <br />T <br />O <br />W <br />E <br />R <br />S <br /> <br />A <br />V <br />E <br />EL <br /> <br />C <br />A <br />J <br />O <br />N <br />, <br /> <br />C <br />A <br /> <br />9 <br />2 <br />0 <br />2 <br />0 <br />C- <br />1 <br />0 <br /> <br />L <br />I <br />C <br /> <br /># <br /> <br />9 <br />7 <br />8 <br />1 <br />5 <br />2 <br />Li <br />c <br />. <br /> <br />H <br />o <br />l <br />d <br />e <br />r <br /> <br />D <br />i <br />g <br />i <br />t <br />a <br />l <br />l <br />y <br /> <br />S <br />t <br />a <br />m <br />p <br />e <br />d <br />PR <br />O <br />J <br />E <br />C <br />T <br /> <br />F <br />O <br />R <br />: <br />PR <br />O <br />P <br />O <br />S <br />E <br />D <br />DRAWN BY: <br />DATE: <br />(DC) kW: <br />PROJECT #: <br />Jo <br />h <br />n <br /> <br />A <br />l <br />m <br />o <br />n <br />d <br />ENERQUAL <br />1/15/2025 <br />97567 <br />12.090 <br />CH <br />R <br />I <br />S <br />T <br />O <br />P <br />H <br />E <br />R <br /> <br />W <br /> <br />R <br />O <br />S <br />A <br />S <br />SA <br />N <br />T <br />A <br /> <br />A <br />N <br />A <br /> <br />C <br />A <br /> <br />9 <br />2 <br />7 <br />0 <br />6 <br />23 <br />5 <br />2 <br /> <br />N <br /> <br />R <br />I <br />V <br />E <br />R <br />S <br />I <br />D <br />E <br /> <br />D <br />R <br />PH <br />O <br />N <br />E <br /> <br />: <br /> <br />( <br />5 <br />3 <br />0 <br />) <br /> <br />8 <br />1 <br />3 <br />- <br />1 <br />7 <br />0 <br />9 <br />AP <br />N <br /> <br />: <br /> <br />0 <br />0 <br />2 <br />- <br />1 <br />3 <br />3 <br />- <br />0 <br />5 <br />12 <br />. <br />0 <br />9 <br />0 <br /> <br />k <br />W <br /> <br />D <br />C <br /> <br />P <br />V <br />10 <br /> <br />k <br />W <br />h <br /> <br />E <br />S <br />S <br />SO <br />L <br />A <br />R <br /> <br />P <br />H <br />O <br />T <br />O <br />V <br />O <br />L <br />T <br />A <br />I <br />C <br /> <br />& <br />EN <br />E <br />R <br />G <br />Y <br /> <br />S <br />T <br />O <br />R <br />A <br />G <br />E <br />SY <br />S <br />T <br />E <br />M <br /> <br />S <br />I <br />Z <br />E <br />: <br />OCPD CAN SAFELY DE-ENERGIZE SOURCE <br />AND OUTPUT CIRCUITS FOR ENTIRE PV <br />AND ESS SYSTEM. (2022 CEC 705.20) <br />LOCKABLE DISCONNECT IN COMPLIANCE <br />WITH 2022 CEC , ARTICLE 706.15 <br />ALLOWS A MICROGRID SYSTEM TO <br />SEPARATE FROM AND RECONNECT TO <br />OPERATE IN PARALLEL WITH A PRIMARY <br />POWER SOURCE (2022 CEC, ARTICLE 705) <br />PV <br />DISCONNECTING <br />MEANS <br />BATTERY DISCONNECTING MEANS <br />ALL LOADS OF MSP WILL BE RELOCATED TO <br />NEW 125A BACKUP LOAD CENTER. <br />JUNCTION BOXES ARE SHOWN TO PROVIDE ALL CONDUCTOR <br />TRANSITIONS WILL BE PERFORMED WITHIN A WATERTIGHT <br />ENCLOSURE. COUNT WILL BE DETERMINED AT TIME OF INSTALLATION <br />FOR MSP - <br />INTERCONNECTION METHOD PER 705.12(B)(3)(3): <br />THE SUM OF THE AMPERE RATINGS OF ALL OVERCURRENT DEVICES ON <br />PANELBOARDS, BOTH LOAD AND SUPPLY DEVICES, EXCLUDING THE RATING OF <br />THE OVERCURRENT DEVICE PROTECTING THE BUSBAR, SHALL NOT EXCEED THE <br />AMPACITY OF THE BUSBAR. THE RATING OF THE OVERCURRENT DEVICE <br />PROTECTING THE BUSBAR SHALL NOT EXCEED THE RATING OF THE BUSBAR. <br />THE SUM OF THE LOADS FED THROUGH THE MAIN <br />SERVICE PANEL DO NOT EXCEED THE AMPACITY OF THE <br />BUSBAR. <br />AIC RATINGS FOR ALL PROPOSED BREAKERS SHALL HAVE EQUAL OR <br />GREATER AIC RATINGS OF THE EXISTING BREAKERS PER CEC 690.13 <br />NO EXISTING <br />LOADS AT THE <br />MAIN SERVICE <br />PANEL <br />PLEASE REFER TO SHEET E7.2 & E7.3 <br />FOR THE CONDUCTOR DERATE <br />CALCULATIONS, PANEL SCHEDULE, <br />AND CONDUIT FILL CALCULATIONS. <br />No. E 22012 <br />SESFIOONRAP LD EENRGETINSIEGEERR <br />E LLAECCITRS ATIANTER OOFFI L CA <br />AMN IERDAOGHUTHE <br />AM <br />Exp. 09/30/2 5 <br />STAMPED 01/16/2025 <br />2352 N Riverside <br />Dr1/23/2025