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37 SII#ab-380BK modules, 37 Enphase IQ7-Plus micro inverters NOTES: <br /> 14A6kw DC --- 10,73OWmax confinuuou.s AC Output 1.ALL AC PV MODULES SHALL BE CONNECTED WITH MANUFACTURER SUPPLIED CONNECTORS. <br /> 2. INVERTER BRANCH CIRCUIT TRANSITION BOX SHALL BE LOCATED ON THE ROOF AND NEMA 3R <br /> 4 branch circuits 11, 11, 9, 6: SYSTEM INCLUDES RAPID RATED. <br /> Silfab-380 SHUTDOWN AND REQUIRED 3.ALL WIRES FROM ROOF TRANSITION BOX TO AC COMBINER PANEL SHALL BE 10AWG.THWN-2 AND <br /> IN CONDUIT TO MEET NEC CODE AND LIMIT VOLTAGE DROP TO LESS THAN 2%. <br /> Modules MARKING/ LABELING. RAPID SHUTDOWN 4.WIRING IN DC CIRCUITS TO BE RATED 600V-90C, EXPOSED CABLES SUNLIGHT RESISTANT. <br /> & I07+ micro- LABELING PER IS INITIATED BY LOSS OF 5.PV SYSTEM Voc SHALL NEVER EXCEED 600 VDC. <br /> inverters/ UTILITY POWER. 6.Customer Owned PRODUCTION METER&PV SYSTEM DISCONNECT SHALL BE LOCATED NEXT TO NEC 690/705 NET-METER. <br /> 7.PV MODULE,AND RACKING GROUNDING CONDUCTOR SHALL BE 10AWG, (6awg where exposed to <br /> physical damage). <br /> Customer Owned - 200 amp service <br /> Production METER <br /> EnPhase <br /> Meter#: 353271 107Plus <br /> I I I Micro-inverter <br /> See I I I Downsize Neutral per L1 L2 <br /> detail NEC 705.28 ( C )(2) Module DC input <br /> at right ( 2 @ 46, ' <br /> 2 @ 48 Grid, _ 120/240 VAC 10 <br /> / I I <br /> L1 L2 <br /> I i THWN-2 copper N FROM UTILITY <br /> 1 I i NM 3@#3, <br /> 1 > 1 I I #8 Gnd, <br /> IV <br /> 60 amp utility i THWN-2 copper <br /> AC disconnect ,) 2 A L L <br /> I 4 I I I (Inter-locking, t H M 3@#8, Inverter AC output <br /> f— 1visible break) 60A t, #10 Grid, <br /> 290w continuous <br /> I Downsize Neutral per P Service THWN-2 copper AC output/1.45A <br /> I ( NEC 705.28 (C )(2) Di connect <br /> 2 @#6, z 100 _ <br /> I I I 2@#8 Gnd, o <br /> i D o CD o. . <br /> I THWN-2 copper z <br /> I I I 240 VAC 1 w° I N i n r <br /> `WHZ, r;0 Customer <br /> I I I I 45AAC(max) m 50a supplied <br /> 10,730Wmp G N o ar " <br /> 0 <br /> F'Y' <br /> o ChargerEV <br /> ` <br /> 1 I o <br /> o SubPanel in <br /> Ill I; 11 12AWG Factory ##10AWG N Prod tion T garage by <br /> F I I I ssembled TCER THWN-2 haw Bare Cu -L sunergy <br /> I <br /> L I I L l 1 L <br /> Router <br /> t 1 t 1 <br /> 1 1 l 1 1 2 2 <br /> t I t I Internet via WIFi in <br /> 1 Icustomer router <br /> ox Consumption CT's <br /> m <br /> Wi-FI <br /> o � E <br /> �+ G ``='/ wi-FI Internet via Utility District: anergy <br /> Y WiFi in customer SnoPUD Systems - Y <br /> STSTEMe <br /> 6awg,Bare Cu 4546 Leary Way NW <br /> MODULE EQUIPMENT GROUND NEMA 3R 125amp Enphase router Jurisdiction: Cooper <br /> EQUIPMENT GROUND to Seattle,WA 98107 <br /> –UL listed/NEC compliant, root junction box. Everett <br /> roof junction IQ ac Project: <br /> SunModo Ground system box Combiner panel: Drawn By: 14.06kW Silfab-En hase Photovoltaics stem <br /> Jon Lange,NASCEP SileAddress: Title/ParVDescrition: <br /> .6%{1.470 Voltage Dron:Circuit 1-(290w'11)/240v=13A,@ 240v @ 25ft @ 50c Electrical Engineer: 1301Rucker Ave <br /> 1.47V=2.0 x 2 x 25.0/1000 x 15.7 x 0.919(DROP=IMPEDANCE per K_LENGTH x 2 x LENGTH/1000 x CURRENT x T MPERATURE-CORRECTION) Howard Lamb,MSEE PV ELECTRICAL <br /> Circuits 2 and 3 will be the same or less current and same Length,so less voltage drop. Date: 11/6/22 Everett, WA 98201 CONFIGURATION DRAWING <br /> ,36%1.970 Voltage Drop:Circuit 1-(290w`11)/240v=13A,@ 240v @ 3011t one-way distance Signatures: <br /> .97V=1.2 x 2 x 30.0/1000 x 15.7 x 0.838(DROP=IMPEDANCE per K_LENGTH x 2 x LENGTH/1000 x CURRENT x TEMPERATURE—CORRECTION) Engineer: <br /> Circuits 2 and 3 will be less current and same Length,so less voltage drop. <br />