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HomeMy WebLinkAboutProject Information RECEIVED vilAR 0 3 2917 Photovoltaic System Approval Certificate 7M U M-16-0200A FSEC Awarded to: UMA Solar ` 950 Sunshine Lane Altamonte Springs,FL 32714 For The Photovoltaic System Designated: 1-11 M—SW290 —ENPHASE S280-IG MICROINVERTER PV Modules and Array Array Configuration PV Module Manufacturer: SolarWorld Total Number of PV Modules: 1-40 PV Module Model Number: Sunmodule Plus SW290 Mono Series Strings/Branch Circuits: 1-3 FSEC Module Registration Number: SW15-ACTL-0429 Modules Per Series String/Branch Circuit: 1-14 Listing to UL 1703 Verified: Yes Array Nameplate Power Rating: 290 to 11,600 W Power Conditioning Equipment(Inverter) Inverter DC Voltage Window: 16 V to 48 V Inverter Manufacturer: Enphase AC Power Rating: 280 W Inverter Model Number: S280 AC Nominal Voltage Output: 208/240 V Listing to UL 1741 Verified: Yes Max PV Array Power Per Inverter: 365 W Charge Controller and Batteries Battery Manufacturer: N/A Charge Controller Manufacturer: N/A Battery Model Number: N/A Charge Controller Model Number: N/A Battery Type: N/A Listing to UL 1741 Verified: N/A Battery Capacity(C/20 rate): N/A Battery Bank Configuration Total Number of Batteries: N/A Number in Each Series String: N/ ., qJqr of Series Strings: N/A Comments U Electrical Design (Verify the following items for agreement between the installed components and the supplied electrical schematic.) ❑Size,type and location of all conductors in the PV system; []Conduit,raceways,junction boxes,and combiner boxes; aIE PLAN` AM ALL. PROPOSED WON []Size,current rating,voltage ratings,and location of all over-current protection devices; ARE SUBJECT TO ANY COMEC"I ION'S ❑Rating and location of all disconnects; -REQUIRED BY FIELD INSPECTORS Tt AT ❑Point of connection to the utility; -MY BE MECESSS,ARRY IN 0f'.t"�, TO ❑PV module and equipment grounding system(including conductor size); CC!,r !:Y Wi T i I AUL APP UCkULE COVES. ❑PV DC circuit and system grounding(including grounding electrode conductor size); ❑Ground fault detection&interrupter(GFDI)rating and location; ❑Battery wiring and cable sizes(if applicable). Inspection Inspector Name(printed) Inspector Signature Date Installer Information and Certification Company Name: Website: Address 1: Address 2: City: State: Zip: Phone Number: Fax Number: Florida Contractor License Number: Florida Contractor License Type: ( )Solar ( )Electrical ( )Other,please specify: I hereby certify that this PV system has been installed in full accordance with the National Electrical Code. Installer Name(printed) Installer Signature Date Note: FSEC approvals do not replace or exempt any requirements of electrical utilities or local jurisdiction authorities in matters such as permitting, inspections,or utility interconnection agreements as required for PV system installations. When referring to FSEC approvals in any documentation produced by the supplier,including technical or marketing information,the following statement shall be included: 'The photovoltaic system design described in k1mu 1,when openly installed and maintained,meets the minimum recommended practices established by the Florida Solar ' Energy Center. This'approval'does not imply n[or a anry of this product by the Florida Solar Energy Center or the State of Florida." Provided by: 2016-07-12 Solar g&Certificatton Coordinator Date POWERTABLE:BRANCH CIRCUITATHRU C GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC 3-UNE DIAGRAM SPECIFIC FLAG NOTES. <I DC-SIDE A B C BRANCH CIRCUIT A TO C AC-SIDE 1 THIS 3-LINE ENP 528050LARWORLD SW290 MODULE Q �� � / 1 PRIOR T PERMITS AND WORK AGENCIES DIAGRAM SHOWS THE TA RANG SYSTEM AND pRI0R TO THE COMMENCEMENT OF WORK 6 LABEL BREAKER PER NEC 690.54,705.12(D)AND 705.10. i #PV MODULE 1 1 14(MAX PER BRANCH CIRCUIT) INVERTER 1 MODULE TO REPRESENTUP TO A MAXIMUM A 290 W-dc- � y MANUF SOIARWORID ENP5280 1MODULE SYSTEM UPTOA MAXIMUM 11,600 W-dcA 3 SMALLER PV MODULE COUNT-INVERTER COUNT- A EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL PV BACKFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS THAN �I WIRE SIZE-BRANCH CIRCUIT COUNT MAYBE USED CODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER OR EQUALT0120%OF MAIN SERVICE BUS RATING AND ST BELRSMUST BE _ MODEL SW290 280 W 3920 W PEAK POWER 7 1 WITFiCONTRACTOR RESPONSIBLE FOR SIZING WIRE REQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. MOUNTED qT OPPOSITE END OF MAIN BREAKER PER NEC 705.12(D). POWER BASED ON REQUIRED AMPACITY AND VOLTAGE DROP. e 290 Wp-dc 270W 3780W NOMINAL POWER 2)AC SUB PANEL IS OPTIONALANDSHALL BE IF PV BACKFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDSI2O%OFT VOC 39.9VDC 240 VAC 240 VAC VOLTAGE THERESPONSIBIUTYOFTHE CONTRACT OR TO SIZE USTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQUATELY `3 THE SUB PANEL PER 2011 NEC INSTALLER MAY Q110.3(B). Q SIZED DISCONNECT BETWEEN SUB/SERVICE PANEL AND SUPPLY SIDE pj ISC 9.97 AMP 1.13A 15.82A CURRENT RUN THE SEPARATE BRANCH CIRCUITS SHOWN TO THE CONNECTION AND COMPLY WITH NEC 705.12(A) SERVICE PANEL WITH(1)20 AMP 2 POLE BREAKER PER CONDUCTOR WIRE SIZES SHOWN BASED SOLELY ON AMPACITY RI BMNCH CIRCUIT.SEESHEET20F2 FORTHE QREQUIREMENT5.T0 PREVENTAN INCREASE IN ACVOLTAGE LEVELAND �SCHEMATICSHOWSMAX.CONFIGURATION OF AND VMP 31.4 VDC 60 HZ 60 HZ ]REQUENCY iI OPTION WITHOUT THE SUB PANEL. 4 MICROINVERTERS.A CONFIGURATION OF LESS THAN 40 MODULES AND IMP 9.33AMP AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR 9 MICROINVERTERS TOTAL MAY BE USED WITH SAME CONFIG SHOWN a:I FOR A TOTAL VOLTAGE DROP OF Q%PER INVERTER MANUFACTURER. ; ••STC:CELL TEMPERATURE @ 25-C,SPECTRUM AM1.5,IRRADIANCE @ 1000 W/MZ EXISTING ELECTRICAL SERVICE EQUI PMENT ASSU M ED TO BE 120/240 V AI Q LABEL DEVICE PER NEC 690.14(C)(2),AND SECURE PER NEC 690.7(D). Q SINGLE PHASE 60 HZAC POWER SYSTEM.CONTRACTOR RESPONSIBLETO X. 30 CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR S. DIFFERENT POWER SYSTEMS. JI A 9 ENP SE DROP CABLE el 3 CABLE SYSTEM To Sub Panel C INVERTEROUTPUTCIRCUIT CABLE And OUTDOOR/INDOOR CONDITIONS pptlonal ouble Lug or Polaris tap 4 (3)Is IOAWG CU,INSULATION:THHN/THWN-2 pV Meter BRANCH GROUND CONDUCTORw1 ON:THXN/TH W N-2 CIRCUITA CONDUITSIZE:J°MINIMUM O TO Utility ATTIC SPACE/WALL INTERIOR RUN ONLY WIRING OPTION New BI-Direclio.1 (3)#10 AWG W/(1)#10 GROUND C6 Meter(DECSupplied) PROIECL TERMINATOR CAP NM ROMEX CABLE,OF CABLE OR B New Fused 1111/1THWN-2 INSTALLED ~ EQUIVALENT(90-C RATED) DiuOnneR in}'conduit N ENDTOMain Wmmw-purr xco vac h OBLES OF 7C-ER ENPMASE ENGAGE CABLE SYSTEM ENPHASE ENGAGE CABLE SYSTEM D'utrhution Dane Nate:Ilr—M.1 CABLE SYSTEM Ll _ _ _ Supply Side Connection LngIe PRRw Melor Socket w/Name 3R Ent 3 S L2 - ---- ----� OBon Soft 4 arm:eo s•e Pa"ei.eere:ed olsmae.n. �y 96 AWG SOUD CU EQUIPMENT-------------------- _______ _4_ GROUNDING CONDUCTOR `#6AWGSOUD CU GROUND TYP. CON T RUNTOGROUNDING LUG ON RAILS.MODULES I I ELECTRICALca GROUNDED TO M IRONRIDGE INTEGRATED RAILS WITH L J NEMA 3R PANEL UNCTI.N BOX 7 SERVICE Z?w D' r 01 I GROUNDING SYSTEM. BRANCH CIRCUIT BTO BE CONNECTED THE SOME ENCLOSURE �I I I II �Xa1 BRANCH (IF REQUIRED) ASBRANCH CIRCUITA WITH SAME INVERTER CICU AND MODULE TYPE ALONG CABLE SYSTEM I'I II _ 20A/2P- �L21 d I BX0. L_________ 2P SEE Note ENPHASE ENGAGE CABLE SYSTEM ENPHASE ENGAGE CABLE SYSTEM SIMILAR GROUNDING STRATEGY AS BRANCH CIRCUIT _____li I - -- -- -- --- - --- DTI•" O DtiaQd__________`#6AWG SOLID CU GROUND TYP. Ll Li I 1IIIr4=;Ill BRANCH BRANCH CIRCUITCTOBECONNECTEDTHE O i i B SAMEASBRANCHCIRCUITAWITHSAME j -- ------ 't i f-- -- -- -- --- - ---- o --- �L1 CIRCUIT (IF REQUIRED) - - I. rs=_=N —T_J �Zr INVERTER AND MODULE TYPE ALONG -- - - CABLE SYSTEM i Ir.rl.j - L_ JUNCTION BOX r_ 3 NEMA3R I DATE ff-201.6JA I I ENPHASE ENGAGE CABLE SYSTEM ENPHASE ENGAGE CABLE SYSTEM ENCLOSURE ' ' ' I I I I � I DRAWN BY, T J I SIMILAR GROUNDING STRATEGY AS BRANCH CIRCUIT ------ ----------- ------ -- -------- ---------- �L"'JI ----B--INERO-l1--TP-�l1T CIRCUR CABLE #6 AWG SOLID CU GROUND TYP. COM SCALE # (3)#6 AWG,INSULATION:THHN/THWN-2 SCALE AS NOTED TOOptional O R I I I I I I ACSUBPANEL 1#6AWG;THHN HWN-2 GROUND CONDUCTOR PV Meter I i I CONDUIT SIZE:J"MINIMUM DRAWING# and New 60A uble Lug Or Polaris tap LI - -- ---- ----�' (OPTIONAL)IFREQUIREDBYUTILITY- ServicePanel L2 I I W60Al2P "*°iOe.,,, - -- ----�i�-----4 ' _�- NEWNONOTREDUIRED.ONNECi.NEUTRAL ENPS28 ' ' T SWITCH NOT REQUIRED. O Mato Breaker O O I ___ __ ------------------- TO EXISTING (OPTIONAL)IF REQUIRED BY UTILITY- $HEFT OF 2 3 To UtlTiry JUNCTION BOX- GROUNDING 240VACSINGLE L---+ ELECTRODE PHASE METER SOCKET W/ 9 New BiDiretlional NEMA 3R ENCLOSURE NEMA 3R ENCLOSURE g #6 Meter(DECSuppfied) PER UTILITY.SEE UTILITY FOR B New Non-Fused THHN/THWN-2 NOTE: NEUTRAL CONDUCTOR AND w Disconnect in 1'mnduit TO Main MAXIMUM OF 141NVERTERS GROUNDING REQUIREMENTS Suppy S'We COnneNon Distributko Panel �Trwwm.�ia[ e.�..rcra�s4.�. PER BRANCH CIRCUIT PER 0 iun d., "°"°"�•awm..n MANUFACTURER RECOMMENDATIONS. �P POWERTABLE:BRANCH CIRCUIT ATHRU C GENERAL DIAGRAM NOTES: GENERAL PHOTOVOLTAIC3-LINE DIAGRAM SPECIFIC FLAG NOTES: YI DC-SIDE A B C BRANCH CIRCUITATO C AC-SIDE 1)THIS 3-UNE ENP S280/50LARWORLD SWI90 MODULE QOB-IN ALL PERMITS AND APPROVALS FROM GOVERNING AGENCIES DIAGRAM SHOWS THE MAXIMUM SYSTEM AND PRIOR TO THE COMMENCEMENT OF WORK 6 LABEL BREAKER PER NEC 690.54,105.12(D)AND 705.10. Q ! #PV MODULE 1 1 14(MAX PER BRANCH CIRCUIT) INVERTER IS MEANTTO REPRESENTA RANGE FROM A290 W-dc- 1 MODULE SYSTEM UP TO A MAXIMUM 11,600 W-dc A MANUF SOIARWORLD ENP 5280 B� V � SMALLER PV MODULE COUNT-INVERTER COUNT- EQUIPMENT SHALL BE INSTALLED PER THE 2011 NATIONAL ELECTRICAL PV BAIXFEED CURRENT PLUS MAIN BREAKER RATING MUST BE LESS THAN WIRESIZE-BRANCH CIRCUIT COUNT MAYBEUSED \ODE(NEC),ALL APPLICABLE OR GOVERNING CODES,MANUFACTURER OR EQUALTO 120%OF MAIN SERVICE BUS RATING AND BREAKERS MUST BE MODEL SW290 28OW 3920W PEAK POWER 7 j WITH CONTRACTOR RESPONSIBLE FOR SIZING WIRE REQUIREMENTS OF AND PER THE GOVERNING UTILITY COMPANY. QMOUNTEDAT OPPOSITE END OF MAIN BREAKER PER NEC 705.12(D). � �, POWER 290 Wp-dc 270W 3780W NOMINAL POWER BASED ON REQUIRED AMPACITY AND VOLTAGE DROP. s IF PV BAIXFEED CURRENT PLUS MAIN BREAKER RATING EXCEEDS 120%OFi VOC 39.9 VDC 240 VAC 240VAC VOLTAGE USTING AGENT NAME AND NUMBER SHALL BE INDICATED PER NEC MAIN SERVICE BUS RATING,CONTRACTOR SHALL LOCATE ADEQUATELY ; Q 110.3(B). Q SIZED DISCONNECT BETWEEN SUB/SERVICE PANEL AND SUPPLY SIDE D q� ISC 9.97 AMP 1.13A 15.82A Pq CONNECTION AND COMPLY WITH NEC 705.12(A)CONDUCTORWIRESIZESSHOWNBASEDSOLELYONAMPACITY VMP 31.4 VDC 60 HZ 60 HZ QREQUIREMENTS.TO PREVENT AN INCREASE IN AC VOLTAGE LEVEL AND SCHEMATIC SHOWS MAX.CONFIGURATION OF 40 MODULES AND MICROINVERTERS.A CONFIGURATION OF LESSTHAN 40 MODULES AND IMP 9.33 AMP 4 AVOID ANY NUISANCE FAULTS,IT IS RECOMMENDED TO SIZE CONDUCTOR Q MICROINVERTERS TOTAL MAY BE USED WITH SAME CONFIG SHOWN ! FOR ATOTAL VOLTAGE DROP OF<2%PER INVERTER MANUFACTURER. Ti I ••STC:CELL TEMPERATURE @ 25'C,SPECTRUM AM1.5,IRRADIANCE @ IODO W/M2 EXISTING ELECTRICAL SERVICE EQUIPMENT ASSUMED TO BE 120/240 V R� Q LABEL DEVICE PER NEC 6S.A1(C)1[2),AND SECURE PER NEC 690.7(D). &IINGLEPIIAIE60HZACPCIWERIYITEM.CONTRACTOR RESPONSIBLE TO 30 CONTACT ENGINEER OF RECORD FOR SITE SPECIFIC REQUIREMENTS FOR A B ENPHASE DROP DIFFERENT POWER SYSTEMS. a' 3 CABLE SYSTEM C INVERTER OUTPUT CIRCUIT CABLE €I QOUTDOOR/INDOOR CONDITIONS 4 (3)#30 AWG CU,INSULATION:THHN/THWN-2 P 0 AWG CUNSU BRANCH GIROUND CONDUCTORLAnON:THHN/TH WN-2 CIRCUITA CONDUITSIZE:J°MINIMUM ATTIC SPACE/WALL INTERIOR RUN ONLY -- - -- - WIRING OPTION (3)It 10 AWG W/(1)#10 GROUND PROJECT, TERMINATOR CAP NM ROME%CABLE,OF CABLE OR INSTALLED EQUIVALENT(9D'C RATED) ' ON END OF TC-ER ENPHASE ENGAGE CABLE SYSTEM t ENPHASE ENGAGE CABLE SYSTEM _ CABLE SYSTEM c '- 3 5#6 AWG SOLID CU EQUIPMENT------------------- #6 AWG SOLID CU GROUND TYP.GROUNDINGCONDUCTOR CONTRUN TOGROUNDING - - i�------ 6 ——— ELECTRICAL Q LUG ON RAILS.MODULES I GROUNDED TO RAILS WITH L__-� (UNCTION BOX 7 I I I SERVICE i IRONRIDGE INTEGRATED - NEMA 3R 3P BWR GROUNDING SYSTEM. BRANCHORCUIT BTO BE CONNECTED THE SAME ENCLOSURE BOTEI II PANEL z3w BRANCH AS BRANCH CIRCUIT A WITH SAME INVERTER Q I x> „(IF REQUIRED) iI t7 Q Z Cl RCU IT B AND MODULE TYPE ALONG CABLE SYSTEM I `L r---_�u , I , , iL------------------ __ _ __ ______J ' `---------"`------------------- -- - -- ------- �r u ,o ENPHASE ENGAGE CABLE SYSTEM ENPHASE ENGAGE CABLESYSTEM ' I -____________________ �i�u r J h U GROUNDING STRATEGY AS BRANCH CIRCUITA----------� ---I --------------------------------------- ---------------- SIMILAR - ---- -------- V _______________________________ f _ #6AWG SOLID N GROUND TYP. i u , i i ___ _____________ Ll`2 BRANCH CIRCUITC IRUICONNECTEDTHE 1r ___ 1BRANCH - I SAME AS BRANCH CIRCUITA WITH SAME - - ---'------ (IFREQUIRED) i ,I , ,i ---- — — 3 Z n e CIRCUIT C CA LE ERANDSTEM DU ETYPEALONG -- - r____�a� - -- Z ..I CABLE SYSTEM i I L_-_I JUNCTION BOX I NECL SR ENPHASE ENGAGE(ABLE SYSTEM ENPHASE ENGAGE CABLE SYSTEM ' ' " ' 'ENCLOSURE , , � , ,,, � DATE 6-27-2016 Q ' ___________ -------------------------------------- DRAWN BY: lAT SIMILAR GROUNDING STRATEGY AS BRANCH CIRCUITA " aKD er: Rz a #6 AWG SOLID CU GROUND TYP. 4 REC NO.# TO EXISTING SCAIE AS NOTED GROUNDING Ll I ' ELECTRODE - -- ----�,.----1' (OPTIONAL)IF REQUIRED BY UTILITY- DRAWING ---_ -----===- -----4 NEW NON-FUSED ACDISCONNECT.NEUTRAL ENPS280@ SWITCH NOT REQUIRED. -- ------------------' (OPTIONAL)IF REQUIRED BY UTILITY- JUNCTION BOX- 24OVAC SINGLE SHEETOF Y g NEMA 3R ENCLOSURE PHA5E METER SOCKET W/ NEMA 3R ENCLOSURE EACH BRANCH CIRCUIT PER UTILITY.SEE UTILITY FOR 4 NOTE: NEUTRALCONDUCTORAND MAXIMUM OF 141NVERTERS GROUNDING REQUIREMENTS PER BRANCH CIRCUIT PER MANUFACTURER RECOMMENDATIONS. 4 NEC 2011 LABELING REQUIREMENTS PHOTOVOLTAIC AC DISCONNECT MAXIMUM AC OPERATING CURRENT: 1-45.2A WARNING MAIN PV SYSTEM MAXIMUM AC OPERATING VOLTAGE: 240 V DUAL POWER SOURCE (PER NEC 690.54-PROVIDE AT EXTERNALAC DISCONNECT D15CONNECF/MAIN SERVICE PANEL/NEWSERVICE SECOND SOURCE IS PV SYSTEM PANEL FOR SOLAR PV IF APPLICABLE) LABEL PER NEC 705.12(D)(4)-PROVIDE AT MAIN PER NEC 690.14(2)-PROVIDE AT MAIN SERVICE PANEL OR TAP BOX LOCATION SERVICE PANEL OR NEW SERVICE PANEL FOR LABEL NOTE:THIS LABEL IS SUBJECTTO HANISE BASED ON SIZE OF INSTALLED SYSTEM. SOLAR PV FOR SUPPLY SIDE CONNECTION FOR EXAMPLE,IF 24 MICROINVERTERS ARE INSTALLED,MAXIMUM AC OPERATING CURRENT SHALL BE 1.3A X 9 OF • MICROINVERTERS,WHICH IS 27.12A PHOTOVOLTAIC CIRCUIT PANEL DIRECTORY NO.SIZE ORCURIDENOFICATION NO.SIZE CIRCUIT IDENTIFICATION (TYPE INFORMATION HERE) _L 2OA BRANCH ORCUITA 1 ZOA BRANCHCIRCURC AC DISCONNECT 1 20A BRANCH CIRCUIT[ SPARE SPARE PER NEC 690.14(C)(2)&690.15-PROVIDE AT EITHER SPARE SPARE EXTERNAL AC DISCONNECT OR PV SYSTEM BREAKER SPARE SPARE IN SERVICE PANEL CIRCUIT DIRECTORY SUBJECT TO CHANGE BASED ON SITE SPECIFIC REQUIREMENTS BUT DIRECTORY REQUIRED PER NEC 705.10 WARNING ELECTRIC SHOCK HAZARD. DONOTTOUCH TERMINALS.TERMINALS ON BOTH THE LINE AND LOAD SIDES MAY BE ENERGIZED IN THE OPEN POSITION LABEL PER NEC MAT-PROVIDE AT MAIN SERVICE PANEL WARNING INVERTER OUTPUT CONNECTION-DO NOT RELOCATE THIS OVERCURRENT DEVICE LABEL PER NEC 705.12(DII7).PROVIDE AT MAIN SERVICE PANEL RECEI�'�D ']A Enphase Microinverters EnphaseS280 ............ F) � I 5 tybgyj..�4,sn1.� 5 i I Designed for high-powered, 60-cell modules,the advanced grid-ready Enphase S280 Microinverter- is built on the fifth-generation platform and achieves the highest efficiency for module-level power electronics along with cost per watt reduction. With its all-AC approach,the S280 simplifies design and installation for 280 VA installations, and delivers optimal energy harvest.The S280 is compatible with storage systems, including battery management systems. The Enphase S280 integrates seamlessly with the Enphase Envoy-S' communications gateway, and Enphase Enlighten'" monitoring and analysis software. PRODUCTIVE SIMPLE AND RELIABLE ADVANCED GRID READY -Optimized for higher-power, -No GEC needed for microinverter -Complies with fixed power factor, 60-cell modules -No DC design or string calculation voltage and frequency ride-through -Maximizes energy required requirements production -More than 1 million hours of testing -Remote updating to respond to -Minimizes impact of shading, - Industry-leading warranty, changing grid requirements dust,and debris up to 25 years -Configurable for variable grid profiles like Hawaiian Electric Company (HECO) Rule 14H,California Rule 21 " ENPHASE, c us RECEI,;TD a AR 0 C 2917 Enphase S280 Microinverter// DATA INPUT DATA(DC) S280-60-LL-2-US,S280-60-LL-5-US Commonly used module pairings' 235 W-365 W i Maximum input DC voltage — 48 V — — Peak,power tracking voltage 27 V-37 V Operating range 16 V-48 V — Min/Max start voltage 22 V/48 V Max DC short circuit current 15 A OUTPUT DATA(AC) 208 VAC 240 VAC Peak output power 280 VA -- -- — 280 VA— Maximum continuous power 270 VA 270 VA Nominal volta ge/ran ge 2r 208 V/183-229 V 240 V/211-264 V Nominal output current 1.30 A 1.13 A Nominal frequency/range 60/57-61 Hz 60/57-61 Hz - -- -------- ---- -------- ----- ------------------- --- ---------------- ---------------------------- --------------- -- Extended frequency range 57-63 Hz 57-63 Hz Power factor at rated power 1.0 1.0 Maximum units per 20 A branch circuit 21 (three phase,balanced) '- 14(single phase) —� Maximum output fault current 663 mA rms,100 ms 663 mA,100 ms Power factor(adjustable) 1 /0.7 leading...0.7 lagging 1 /0.7 leading...0.7 lagging EFFICIENCY 208 VAC 240 VAC CEC weighted efficiency 96.5% 97.0% Peak inverter efficiency 96.13 Rio _973 D/o MECHANICAL DATA Ambient temperature range -400C to+65°C Connector type S280-60-LL-2-US:MC4. S280-60-LL-5-US:Amphenol H4 Dimensions(WXHXD) 172•mm x 175 mm x 35 mm(without bracket) Weight 1.8 kg(4lbs) .Cooling Natural convection-No fans Enclosure environmental rating Outdoor-NEMA 6 FEATURES Compatibility 60-cell PV modules Communication Power line Integrated ground The DC circuit meets.the requirements for ungrounded PV arrays in NEC 690.35.Equipment ground is provided in the Engage Cable.No additional , GEC or.ground is required.Ground fault protection(GFP)is integrated into the microinverter. Monitoring Enlighten Manager and MyEnlighten monitoring options i Compliance UL1741/IEEE1547,FCC'Part 15 Class B, CAN/CSA-C22.2 NO.07M91,.0.4-04,and 107.1-01 1.Suggestion only,inverter self limits DC inputs. 2.Nominal voltage range can be extended beyond nominal if required by the utility. To learn more about Enphase Microinverter technology, visit enphase.com v E N P H AS Eo ©2016 Enphase Energy.All rights reserved.All tradema*r brands in this document are registered by their respective Or. January 2016 Su n , t.�z-od i, PIS u . 1 S'WI 285-3A 0 IM NO II�33 [ m. fra r e,,l 5 bursbarlREALVALUE r[ r TUV Power controlled: y917 TOVNl1elmsnd Lowest measuring tolerance in industry t A 4 Every component is tested to meet 3 times IEC requirements J I. J Designed to withstand heavy i accumulations of snow and ice a s; Sunmodule Plus: Positive performance tolerance ; fZSi�; 25-year linear performance warranty and 10-year product warranty ' Glass with anti-reflective coating J World class((�tualit Qualified,IEC 67215 quality BlowiSafety tgested,IEC61730 anc w�0 V •Blown sand resistance,lEC6006N-2-68 V\ Fully-automated production lines and seamless monitoring of the process and mate- o e mania Desistance,IEC 62716 rial ensure the quality that the company sets as its benchmark for its sites worldwide. PefiDdctinspe[tIDnIECb"°' C us UL 1703 •PerlDdi[Inspe[tlDn SolarWorld Plus-Sorting 'PTarr., ntrDlled Plus-Sorting guarantees highest system efficiency.SolarWorld only delivers modules In F�i • '" that have greater than or equal to the nameplate rated power. C LUZ Horre lnnovation Fi]] NG•5 GREEN CERTIFIED. 25-year linear performance guarantee and extension of product warranty to 10 years [[ OVE SolarWorld guarantees a maximum performance digression of 0.7%p.a.in the course of 25 years, a significant added value compared to the two-phase warranties com- Mcs mon in the industry,along with our industry-first 10-year product warranty. 'in accordance with the applicable SolarWorld Limited Warranty at purchase. www.solarworld.com/warranty solarworld.com IMPORRTED COMPONENTS Sunmodule;// Plus SOLARWORLD SW 285-300 MONO (33mm frame, 5 busbar) REALVALUE-. PERFORMANCE UNDER STANDARD TEST CONDITIONS(STC)` SW 285 SW 290 SW 295 SW 300 Maximum power Pm„ 285 Wp 290 Wp 295 Wp 300 Wp Open circuit voltage Von 39.7 V 39.9 V 40.0 V 40.1 V Maximum power point voltage V,,, 31.3 V 31.4 V 31.5 V 31.6 V Short circuit current I,C 9.84 A 9.97 A 10.10 A 10.23 A Maximum power point current I-pp 9.20 A 9.33 A 9.45 A 9.57 A Module efficiency qm 17.00% 17.30% 17.59% 17.89 •STC:1000W/m2,25°C,AM 1.5 PERFORMANCE AT 800 W/M2,NOCT,AM 1.5 SW 285 SW 290 SW 295 SW 300' Maximum power Pm„ 213.1 Wp 217.1 Wp 220.5 Wp 224.1 Wp Open circuit voltage Von 36.4 V 36.6 V 36.7 V 36.9 V Maximum power point voltage V-PP 28.7 V 28.8 V 28.9 V 31.1 V Short circuit current I,� 7.96 A 8.06 A 8.17 A 8.27 A Maximum power point current ImPP 7.43 A 7.54 A 7.64 A 7.75 A Minor reduction in efficiency under partial load conditions at 25'C:at 200 W/m',100%ofthe STC efficiency(1000 W/m2)is achieved. 'Preliminary values,subject to change. COMPONENT MATERIALS I 1000 W/m2 x Cells permodule 60 Front Low iron tempered glass 800 W/m� with ARC(EN 12150) g 600 W/m2 Cell type Mono c5 buslline Frame Clear anodized aluminum bar 400 W/m2 Cell dimensions 6.17 in x 6.17 in Weight 39.7 Ibs(18.0 kg) (156.75 x 156.75 mm) � 200 W/ma THERMAL CHARACTERISTICS ADDITIONAL DATA 100 W/m2 NOCT 46°C Power sorting -0 Wp/+5 Wp Module voltage[V] V. TO. 0.04%/K J-Box IP65 37.8(961) TCV,1 -0.30%/K Connector PV wire per UL4703 with H4connectors 4.20 TCPmPP -0.41%/K (106.65) �_ Operating temp -40°C to+85°C qx Module fire performance (UL 1703)Type 1 i, 7.12 00.26(6.6) (180.8s) 00.35(9) PARAMETERS FOR OPTIMAL SYSTEM INTEGRATION o Maximum system voltage SC 11/NEC 1000 V 0 Maximum reverse current 25 A Number of bypass diodes 3 o 7 D Design loads' Two rail system 113 psf downward,64 psf upward v _ - Design loads' Three rail system 178 psf downward,64 psf upward Design loads' Edge mounting 178 psf downward,41 psf upward Please refer to the Sunmodule installation instructions for the details associated with these load cases. o.a3N) Compatible with both"Top-Down" �0.35(9) and"Bottom"mounting methods 11.32 Grounding Locations: (287.50) .30(33) -4locations alongthe length ofthe module in the extended flange. -I�- 39.4(1001)�I 1.30(33) i i L All units provided are imperial.SI units provided in parentheses. 1.14(29) SolarWorldAG reserves the right to make specification ch without notice. SW-01-751OUS07-2015