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HomeMy WebLinkAboutPHOTOVOLTAIC CERTIFICATION PACKAGEAh, 1 FLORIDA SOLAR ENERGY CENTER Creating Energy independence SCANNED BY St. Lucie County Photovoltaic System Certification Package Feb 28 2019 Solar Advantage ST.LUCIE COUNTY PLAN REVIEW 16510 N. Florida Ave BLDG: #1 00 Lutz, FL 33549 USA DATE: ELE i DATE: — — PLUMB: DATE: MECH: DATE: PILE COPY 1679 Clearlake Road • Cocoa, FL 32922-5703 • USA (321) 638-1000 • www.fsec.ucfedu • pvsystem@fsec.ucf.edu PHOTOVOLTAIC SYSTEM APPROVAL CERTIFICATE FSEColar CERTIFICATION 541 dFordge DESIGNATION:160O-Cell 325w SMA 5.OKW s Ave Lutz, Lug, FL 33549 USA SYSTEM SIZE: DATE: 5200W Febmary28, 2019 / EXPIRATION: February 29. 2024 Module Manufacturer Model Number Registration 0 Strings' Smallest String' Largest String' Quantity Hanwha Q Cells Q.PEAK DUO-G5 I 400795 2 8 8 16 America 326W •for systems using ACPV modules or microinverters, this data reflects branch circuits rather than strings Inverter Manufacturer Model Number DC Voltage Window Max DC Input AC Power Rating Nominal Output Voltage SMA SB5.0-1SP-US-00 100-550 5150 5000 240 Charge Controller Manufacturer Charge Controller Model N/A Battery Manufacturer Battery Model Battery Type Capacity (C/20 rate) Quantity N/A Review Comments Note: FSEC approvals do not replace or exempt any requirements of electrical utilities or local jurisdiction authodties 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 infonnatton, the following statement shall be included: The photovoltaic system design described in this manual, when propedyinsta/led and maintained, meets the minimum recommended practices established by the Florida Solar Energy Center. This approval'does not imply endorsement or warranty of this productby the Florida Solar Energy Center or the state of Florida.' Print Date: February, 2019 University of Central Florida. FSEC/l1CF ♦ 1679 Clearlake Road ♦ Cocoa, Florida 32922 ♦ www.fsec.ucf.edu i FSEC-Cerr!/led 5tantlartl iO3 Page 1 of 2 PHOTOVOLTAIC SYSTEM APPROVAL CERTIFICATE F S E Cry AWARED TO: DAdvantage CERTIFICATION #' 700541 Solar DESIGNATION: 16 Q-Cell 325w SMA 16510 N.-Florida Ave 5.0KW #100 Lutz, FL 33549 USA SYSTEM SIZE: 520OW DATE: February.28, 2019 EXPIRATION: February 29, 2024 Inspection Electrical Design (Verify the following Items for agreement between the installed components and the attached electrical schematic.) 0 Size, type, and location of all conductors in the PV system 0 Conduit, raceways, junction boxes, and combiner boxes 0 Size, current rating, voltage ratings, and location of all over -current protection devices 0 Rating and location of all disconnects 0 Point of connection to the utility ❑ PV module and equipment grounding system (induding conductor size) D PV DC circuit and system grounding (including grounding electrode conductor size) 0 Ground fault detection interrupter (GFDI) rating and location 0 Battery wiring and cable sizes (if applicable) Inspector Name (Printed) Inspector Signature Date Installer Information and Certification Company Name: Website: Company Address: Phone Number: Florida Contractor License Number: Florida Contractor License Type: Mlar DElectrical DOther, please specify: I hereby cerfify that this PV system has been installed in full accordance with the National Electrical Code. Inspector Name (Printed) Inspector Signature Date Print Date: February, 2019 © University of Central Florida. FSECIUCF ♦ 1679 Clearlake Road ♦ Cocoa, Florida 32922 ♦ www.fsec.ucf.edu FSEC-Cer[I/ied Standartl 203 Page 2 of 2 EQUIPMENT BONDED IN ACCORDANCE WITH UL 2703 LISTING }(1) RAPID. SHUTDOWN DEVICE 11 (LOCATED WITHIN 10 FEET OF ARRAY) Inverter com. �` JUNCTION BOX - ROOFLINE ----------------------- DC- G (2) CONDUCTOR AND CONDUIT (OR RACEWAY) SCHEDULE Hanwha Q Cells America Q.PEAK DUO-G5 325W 2 strings: (8] 18] Total modules: 16 Z� U 25 ) IL m a w o a o V o INVERTER SMA SB5.0-lSP-US-40 WITH INTEGRATED DC DISCONNECT AC DISCONNECT, (OPTIONAL) 60A, 240Vac, Nema 3R (3) D NET -METER O (UTILITY - APPROVED) LOAD ( ^( CENTER 1 L1 I'I L2 SYM. CIRCUIT MAX. CURR. (A) LOCATION TYPE CONDUCTOR COND. MIN. SIZE (AWG) MAT. CUR. CAR. COND. MAX. CONDUCT. CUR. (A) TEMP. COI- FACTOR CONDUIT ADJ. FACT. MAX.COND. CUR. (CORR.) (A) WETTEMP. RATING (deg. C) CONDUIT TYPE CONDUIT SIZE (In.) OCPDTYPE OCPD (A) 1 EXPOSED SOURCE CIRCUIT WIRING 12.66 Free air PV Wire, baresolid DC+/OC-, EGC 30, 10, 6 CU 4 55 0.58 1 31.90 90 2 PV DC SOURCE CIRCUITS 12.68 Condult/Ext. THWN-2 DC+/DC-, EGC 10, 10, 10 CU 4 40 0.91 0.80 29.12 90 Metallic 314 3 INVERTER AC OUTPUT CIRCUIT 24 CondultAnt. THWN-2 1-1/1-2, N, EGC 10, 10, 10 CU 3 40 0.91 1 36.40 90 Metallic 314 Cit.. Breaker 30 ®Ftorlde I pV System Design. Created: 2019-02-28 Registered by: Solar Advantage System size: 16 modules, S.2kW DC, S.OkW AC Wiring Diagram W00�1 solar Based on 2014 NEC S 6th Etlitien (2017) FBC. 16510 N. Florida Ave Inverter: SMA, SBS.B.SSP-US-40 Energy — Center Produced by the solar Plans Designer. Lutz, FL 33549, USA MOdule(s); Hanwha Q Cells America, O.PEAK DUO-G5 325W YY 1 Company Inverter Name Solar Advantage Address #100 City Lutz State FL ZIP Code 33549 Country USA Primary Phone Number 813-399-1231 Module Manufacturer Hanwha Q Cells America Model Q.PEAK DUO-G5 325W Nameplate Power Rating 325W Cell Type Monocrystalline Total Number Cells 120 Pmp 325 W - Voc 40.40 V Isc 10.14 A Vmp 33.65 V Vnoct 31.70 V Imp 9.66 A Max Series Fuse 20 A Max System Voltage 1000 V TC Voc Percent -0.28 FireType 1 Array Num Of Modules 16 Num Of Strings 2 Smallest String 8 Largest String 8 Max Temp 36C ' Min Temp -9 C Cade Defined Voltage Limit 600 V Voltage Correction Factor 1.14 Max System Voltage 368.45 V Min Voltage 260.91 V MPPT Isc 10.14A Pmp 5200 W Vac 323.20 V Vmp 269.20 V Manufacturer SMA Model SB5.0.1SP-US-40 MPPT Channels 3 Vmax 600 v Vstart 125 V MPFr Min. 220 V MPPr Max. 480 V Max. Isc per MPPT 18 A Max. Imp per MPPT 10 A Voltage Range Min 100 V Voltage Range Max 550 V Nominal AC Output Power 5000 W Max AC Output Current 24A Arc -Fault Circuit Protection Yes GFDI Yes Interconnection Grid Voltage 240 VAC Busbar Rating 200 A Supply OCPD Rating 120 A Inverter OCPD Device Sum 3DA Inverter Output Cur Sum 24A Inverter Max Cur. • 125% 30 A Bussbar Loads 120 A 0E(DD)2)(33 Yes 702(2)(b) Yes 705.12(D)(2)(3)(c) Yes Florida I pV System Design. Created: 2019-02-28 1Registered by: Solar Advantage System size: 16 modules, 5.2kW DC, 5.0kW AC Solar Based on 2014 NEC & 6th Edition (2017) FBC. 16510 N. Florida Ave Inverter: SMA, S05.0-1SP-US-48 EnaNy Center I Produced by the Solar Plans Designer. I Lutz, FL 33549, USA I Hodule(s): Hanwha 0 Cells America. O.PEAK DUD-GS 325W System Specs. W-002 Created on: 2019-02-28 Based on 2014 NEC & 6th Edition (2017) FBC ELECTRICAL NOTES 1.) CONTRACTOR IS RESPONSIBLE FOR COMPLYING WITH ALL LOCAL OR NATIONAL CODE REQUIREMENTS AND EQUIPMENT INSTALLATION INSTRUCTIONS. 2.) ALL COMPONENTS MUST BE GROUNDED PER NEC 690.43 AND ACCORDING TO THE MANUFACTURER'S INSTRUCTIONS. 3.) ALL EQUIPMENT TO BE LISTED BY UL OR OTHER NRTL, AND LABELED FOR ITS APPLICATION PER NEC 690.4(D). 4.) ALL CONDUCTORS SHALL BE COPPER, RATED FOR 600 V AND 90 DEGREE C WET ENVIRONMENT. 5.) WIRING, CONDUIT, AND RACEWAYS MOUNTED ON ROOFTOPS SHALL BE ROUTED DIRECTLY TO, AND LOCATED AS CLOSE AS POSSIBLE TO THE NEAREST RIDGE, HIP, OR VALLEY. 6.) WORKING CLEARANCES AROUND ALL NEW AND EXISTING ELECTRICAL EQUIPMENT SHALL COMPLY WITH NEC 110.26. 7.) CONTRACTOR SHALL FURNISH ALL NECESSARY OUTLETS, SUPPORTS, FITTINGS AND ACCESSORIES TO FULFILL APPLICABLE CODES AND STANDARDS. 8.) WHERE SIZES OF JUNCTION BOXES, RACEWAYS, AND CONDUITS ARE NOT,SPECIFIED, THE CONTRACTOR SHALL SIZE THEM ACCORDINGLY. 9.) ALL WIRE TERMINATIONS SHALL BE APPROPRIATELY LABELED AND READILY ACCESSIBLE. 10.) IF APPLICABLE, MODULE GROUNDING LUGS MUST BE INSTALLED AT THE MARKED GROUNDING LUG HOLES PER THE MANUFACTURER' INSTALLATION REQUIREMENTS 11.) AS INDICATED BY DESIGN, OTHER NTRL LISTED MODULE GROUNDING DEVICES MAY BE USED IN PLACE OF STANDARD GROUNDING LUGS AS SHOWN IN MANUFACTURER DOCUMENTATION, AND APPROVED BY THE AHJ. :ONDUIT AND WIRE SPECIFICATIONS ARE BASED ON A MINIMUM CODE REQUIREMENTS AND ARE NOT MEANT TO LIMIT UP -SIZING AS REQUIRED BY FIELD CONDITIONS. li_..,`rHE AMBIENT TEMPERATURE CORRECTION FACTORS ARE BASED ON 30 DEGREE C 14.) THE UTILITY WILL NEED TO CHANGE THE METER TO ONE THAT IS APPROVED FOR NET METERING PER FBC 107 EQUIPMENT LOCATIONS 1.) ALL EQUIPMENT SHALL MEET MINIMUM SETBACKS AS REQUITED BY (NEC 110.26) 2.) EQUIPMENT INSTALLED IN DIRECT SUNLIGHT MUST BE RATED FOR EXPECTED OPERATING TEMPERATURE AS SPECIFIED BY (NEC 690.31(A-B)) AND (NEC TABLE 330.15(B)(2)(C)) 3.) ADDITIONAL AC DISCONNECTS SHALL BE PROVIDED WHERE THE INVERTER IS NOT ADJACENT TO THE UTILITY AC DISCONNECT, OR NOT WITHIN SIGHT OF THE UTILITY AC DISCONNECT. CALCULATIONS 1.) MINIMUM DESIGN CURRENT A.) THE MAXIMUM OF TWO CALCULATIONS IS SELECTED AS THE DESIGN CURRENT TO SELECT THE WIRE SIZE: * MAX CURRENT * 1.25 * 1.25 * (FOR AC CIRUITS: MAX -CURRENT * 1.25) * MAX_CURRENT / ( TEMP_CORRECTION_FACTOR * CONDUCTORS ADJ_FACTOR ) B.) ROOFTOP MINIMUM DESIGN CURRENT * 10.14 * 1.25 * 1.25 = 15.84 * 10.14 / ( 0.58 * 1.00) = 17.48 -L�'MIMUM DESIGN CURRENT (15.84) < CONDUCTOR AMPACITY(55.00) = PASS JJUSTED WIRE AMPACITY `A.) THE RATED AMPACY OF THE CONDUCTOR IS ADJUSTED BASED ON THE TEMPERATURE AND CONDUIT FILL FACTORS. * CONDUCTOR -CURRENT * TEMP_CORRECTION_FACTOR * CONDUCTORS -AD] -FACTOR B.) ROOFTOP MINIMUM DESIGN CURRENT * 55.00 * 0.58 * 1.00 = 31.90 * ADJUSTED WIRE AMPACITY (31.90) > CIRCUIT AMPACITY(10.14) = PASS Florlde I Py System Design. Created: 2019.02.28 Registered by: Solar Advantage Solar Based on 2014 NEC & 6th Edition (2817) FBC. 16510 N. Florida Ave Energy Center Produced by the Solar Plans Designer. Lutz, FL 33549, USA System size: 16 modules, 5.2kW DC, 5.OkW AC Inverter: SMA, SB5.0.1SP-US-40 Module(s): Hanwha Q Cells America, Q.PEAK DUO-GS 325W Notes G-001 ea.me r�nr -E9KCRIPT N SlBaL UMTO w axmum 1601 pan- Mot soun:e.voc mo u e.voc arra .1 n es! sB n� 2T.2 5 oh rc{Ircule urren sources, mo ue. sc To axmum or WEI mouemano.eesn Zs Maximum Power u sorcm em 6mmlau rcrwaximum umnt oau+rc.me scz source.ua u 3 m_iy sttem vo " o asee a tn a mvo a e enra Eem .onentactor arta .max s s vo a e source,voc +m h We percent arta .mn em - s.maz errs .max s s vol a artfT1 a .max s 5 1 a e SYS 63 66.4 � r'- rre volts a mo u e temp, cortec on ac r arts .m n vo toe arts sma es nnp mo ule.vm + m u e. vac erten errs .maz m - 66E . a.-, 1. wer arra . m arta .num of—mo3uleTom u e. an Za0:0 Op In xaffPa 0. arta .voc Me'l source.voc Shaitt atuit urren mo a e. of al um o sting s 07 ex mum wer o to a errs .vm mo a e.vm aga rmY amen s rn 6l2 axmum ower urren a�rt�Y. m me u e, m arts .num o s n s 3 YJPower ource ox mum urren area .Ise atl us a arts . sc- S35 ower ource axm�Ita a arta .vm a usle arts .max z vo a e 53:9 axmum um ero m e ou¢eCrcvb er ut u rcmt arta .crew er P a .ce arta .num o a n0 nvercer,m c annes u�FO rcu tl f aurren u ut Crcut ex mum urren sex ax mum MMIN"I e e ..a. Tem era ure erca.com ne sc arta .mm ne see use arta .max s vo a source. sc erzay.�c rcu is er F mo ue.0 T.25 arta.c rcu r ana .maz s vo a e Floriae I pV System Design. Created: 2019-02-28 Registered by: Solar Advantage Solar Based an 2014 NEC & 6th Edition (2017) FBC. I16510 N. Florida Ave Energy center I Produced by the Solar Plans Designer. I Lutz, FL 33549, USA System size: 16 modules, 5.2kW DC, 5.OkW AC Inverter: SMA, SB5.0.15P-US-40 Module(s): Manwha Q Cells America, Q.PEAK DUo-65 325W Calculations G-002 User-eclf ed equipment and design elements shall be compliant with current adopted codes and 2014 NEC, 2017 FBC. FFpC, ASCE7.30. stand arspds. Including 2017 FBC, 2014 NEC, 6th Ed FFPC (NFPA 1) and ASCE 7-10. All equipment shall be listed antl lnsmlled In accordance with manufacturers lnstructans. NEC 130,3181 All In, systems and associated equipment shall be Installed only by licensed contractors and qualified NEC 690AM), FS Ch 469 perm. Disclalmen Limitations System Restriction. I Simple Interactive W systems only, no battery -based systems. See NEC 690.2 far standard definitions for W system circuits used In this document program addresses string Inverter systems only. W systems using AC modules, microinverters and arrays using do electronics at the module level are not considered in this Initial version. Melitlonal algorithms will be added for systems using module -level electronics (ac modules, mlcralnverters and de-dc converters). Building Restrictions Risk Catemry 11 structures, single-family residential buildings only. Umlts structural calculations required Installed only on buildings with 2x4 pre-engineered truss systems, 24°OC spacing. Umlts structural calculations required Mlnlmum electrical service requirements 150 A®240 V. split -phase. Umlts electrical configurations Interconnections to load sale of service disconecting means only. UmIM electrical configurations Evuln,nent Restrictions Ira, SR, Go to UL1741 standard. and Identified for use with ungrounded W arrays. 690.4(0) ruined Inverters listed and Identified for Interactive W systems. 690.35(G) requires Invaders used In systems with ungrounded photovoltaic source and output circuits to be listed for the purpose. Shall have Integral do disconneR source circuit combiner We limitation assumes all PV source circuits are hum natediparallel at Me Inverter, and no PV output circuit calculations required. Shall have Integral ground -fault protection 690.5 and 690.35(C) require ground -fault protection. W systems requiring ground -fault protection devices are permitted to have Me single-polnt grounding connection made inside the ground -fault protection equipment or Inside the utlllty-Intemcgve Inverter and additional external bonding connections am not permitted. Connections am to be made In accordance with markings on the equipment or in no Installation Instructions. Shall have Integral do arc -fault protection per UU699B 690.11(2011) requires do arufault protection for W arrays on buildings operating over 80 V. Shall be located in a readily accessible location Inside or utside a Wilding Avolds special labeling and disconnect requirements for Inverters installed In net readily accessible locatians, such as attics or an rftops per 690.14(D). Shall be limited to maximum 56 A rated continuous ac output current This limitation is based on Me maximum inverter overcurrent device raUng permitted in a residential load center with 20D A OCPD and 225 A buster rating for load side Interconnections. PV Modules Shall be listed to UL1703 standard Requlred by 690.40), 110.318) Flat -plate crystalline silicon modules only Industry standard Minimum Class C fire rating For Installation on rooftops, must have equla to or greater fire classification than called materials. Wad ratings shall be provided In manufacturer's specifications Required for wind calculations. Other 005 Racking systems shall be listed to JUL 2703 standard and have Integrated equipment grounding Industry standard. Pmper bonding between structrual elements required, must use manufacturer approved bonding lumbers and equipment bonding washers as applicable. installed attending to manufacturers Instructions. 250.136(A) permits handed metal racking materials to be used for one equipment grounding conductor, and transition to an appropriate size conductor to In, run with me W output dreults. 690.431C) also permits structures to be used as the equipment grounding conductor. Devices listed and Identified for grounding Me metallic (tames of W modules or other equipment shall be permitted W bond the exposed metal surfaces or other equipment M mounting structures. Metallic mounting structures, other than building steel, used for grounding purposes shall be Identified as equipmenbgmunding conductors or shall have Identified bonding jumpers or devices connected between Me separate metallic semen and shall be bonded to the grounding system. 690.43(F) Requires equipment grounding conductors for the W army and structure (where Installed) to be contained within the same raceway or cable or otherwise run with the PV army circuit conductors when Moss clrcult conductors leave the vicinity of the W army. SN' ',Jnlmum 6 AWG CU equipment grounding conductors where exposed smMlerslze EGCs she I genes not mature phylcal protection for exposed EGC at array per 690.46 and 250.120(C). Ins' raceways PVmpsframes are bonded Nmetal racking with listed equipment bonding washers or piercing clamps. 690.43(D) permits devlcasand systems used for mounting W modules mat am also used to provide grounding often module frames shall be Identified forthe purpose ofgmundingW modules. Listed W wire shall be used for all exposed single<onductor FV module intelconnedlons Industry standard, USE-2 permitted by 690.31181 is not permitted as exposed single -conductor for ungrounded arrays per 69035(D). Listed W fuses shall be used for all W source circuits. If required PV-rated fuses do not normally require temperature de -rating. All source combiner boxes listed m UL 1741 standard Shall have proper HEM rating, number of poles, approdate current and voltage ratings, fuses for ends positive and negative clrcults (required We wgronded arm"). and be Installed according to manufacturers Instructions. Other' rc1cmboxes and enclosures Have appropriate ratings and be Installed according to manufacturers Instructions. All electrical terminals In do circuits rated for 90C Allows 90C rated conductor ampacltles W be used from Tables 310.15(8)(16) and (17). This Includes de combiner boxes and any Installer supplied splices or terminations. Inverter ac output circuits used 75 C ampacity based on connection to standard circult breakers with 75 C terminals. Florida IV System Design, Created: 2019-02-28 Registered by: Solar Advantage System size: 16 modules, 5.21,14 DC, 5.OkW AC System Requirements Solar Based on 2014 NEC G 6th Edition (2817) FBC. 16510 N. Florida Ave Inverter: SMA, SB5.e-ISP-US-40 Energy G - 003 center Produced by the Solar Plans'Designer. Lutz, FL 33549, USA Module(s): Ham+ha 0 Cells America, O. PEAK OUO•GS 325W LABEL LOCATION: CONDUIT, COMBINER BOX PER: NEC 690.31)(6)(3) REQUIREMENTS LABEL LOCATION: CONDUIT, COMBINER BOX PER CODE: NEC 690.14(C)(2) LABEL LOCATION: OC DISCONNECT PER CODE: NEC 690.53 LOCATION: AC/DC DISC., PHOTOVOLTAIC EQUIPPED POINT OF INTERCONNECTION. WITH RAPID LF PER CODE: NEC 690.56(C) REQUIREMENTS PER CODE: NEC 690.35(F) (TO BE USED WHEN INVERTER IS UNGROUNDED) LABEL LOCATION: PV DISCONECTS PER CODE: NEC 690.5(C) LABEL LOCATION: AC DISCONNECT, POINT OF INTERCONNECTION PER CODE: NEC 690.17(4) LABEL LOCATION: AC DISCONNECT, POINT OF INTERCONNECTION PER CODE: NEC 690.54 LABEL LOCATION: AC DISCONNECT, POINT OF INTERCONNECTION PER CODE: NEC 690.17(4) NEC 690.54 LABEL LOCATION: POINT OF INTERCONNECTION PER CODE: NEC 705.12(D)(3) LABEL LOCATION: AC DISCONNECT PER CODE: NEC 690.14(C)(2) LABEL LOCATION: AC DISCONNECT, POINT OF INTERCON. PER CODE: NEC 690.17(E) LABEL LOCATION: POINT OF INTERCON. PER CODE: NEC 705.120)(2)(3)(b) LABEL NOTES 1.) ADHESIVE FASTENED SIGNS MAY BE ACCEPTABLE IF PROPERLY ADHERED. 2.) VINYL SIGNS SHALL BE WEATHER RESISTANT [IFC 605.11.1.31, REFLECTIVE WEATHER RESISTANT MATERIAL SUITABLE FOR THE ENVIRONMENT, 3.) PROVIDE A PERMANENT PLAQUE OR DIRECTORY SHOWING ALL ELECTRIC POWER SOURCES ON THE PREMISES AT SERVICE ENTRANCE, PER NEC 705.10. 4.) USA ARIAL OR SIMILAR FONT, NON -BOLD. • MARKING CONTENT AND FORMAT REQUIREMENTS • RED BACKGROUND - WHITE LETTERING • MINIMUM 3/8" LETTER HEIGHT - ALL CAPITAL LETTERS Florida PV System Design. Created: 2019-02.28 Registered by; Solar Advantage System size: 16 modules, S.2kW DC, S.OkW AC Label Requirements Based an 2014 NEC & 6th Edition (2017) FBC. 16510 N. Florida Ave Inverter: SMA, SB5.0.1SP-US-40 Energy Solar I _ 00 •� .L Cantor Produced by the Solar Plans Designer. Lutz, FL 33549, USA Nodule(s): Hanaha p Cells America, O.PEAK DUO•GS 325W L SUNNY BOY 3.0-US / 3.8-US / 5.0-US / 6.0-US / 7.0-US / 7.7-US Value -Added Improvements I Re ecuRe d Labor I U mtched Flexibility F I Tr uo b e-Free Servicing • Superior integration with SMA's New Installation Assistant with I SNWs proprietary Oph"frae. Two -port enclosure concept MLPE Powert Solution direct access via smartphone Global Peak technology mitigates allows For simple, expedited • World's first Secure Power Supply- minimizes time in the field shade with ease servicing now offers up to 2,000 W Integrated disconnect simplifies Multiple independent MPPrs Enhanced AFCI technology reduces • Full grid management capabilities equipment stocking and speeds accommodate hundreds of false tripping while improving ensure a utility<ompliont solution installation stringing possibilities sensitivity in real arcs for any market SUNNY BOY 3.0-US / 3.8-US / 5.0-US / 6.0-US / 7.0-US / 7.7-US Reduce costs across your entire residential business model The residential PV market is changing rapidly. Your bottom line matters more than ever —so we've designed a superior residential solution to help you decrease costs at every stage of your business operations. The Sunny Boy 3.0-US/3.8- US/5.0-US/6.0-US/7.0-US/7.7-US join the SMA lineup of field -proven solar technology backed by the world's #1 service team, along with a wealth of improvements. Simple design, improved stocking and ordering, value -driven sales support and streamlined installation are just some of the ways that SMA helps your business operate more efficiently. And, Sunny Boy's superior integration with the innovative Power+ Solution means installers have even more flexibility in addressing their toughest challenges. www.SMA-America.com Sunny B9y3.0-_US _ , . Technical data _- Sunny B<, V,US . Sunny Boy 5.0.U5 _ _ - -208V 240V_ 208V j_%-24aV 208V NOV Input (DC( _M_w usabie.DCpow_ , _._ 3100 W 3100W _ 3450W4000 W -.-_ _5750 W 600V .,-Rated MPP voltage range" ____, _. _.. _ _ � _ _ ___ 155-480 V_,___ � -- ------ � - � � - 195- 480 V I _,- -- _ _ � --- - - _ _ 220 -460 V- _ _. _MPPf operating voltage range___ -�_1 --% 25 .._Max :operating input cunenl Per MPPT._ __ _. .. ._ 10A - MOx ;shod cirtail current per MPPi _" ___ _ __ � " - - - Number of MPPf tracker strip / 9 Per MPPf - ---- -- - -- tracker _ 2/1_,_ - - -- - --- - ___ _ _- _ • - .3./ 1 - Output (AC( _ __-_ -AC nominal"power _ -- :._ 3000W _J!__3000W, _I_-,_3330W._.-_380DW-�-�� 3000 - --- - _. - - " SOOOW _�SOOO.W " -_Max.ACa rent ower.__ _ apparent p _ .. __ __ ._ 2 3000 VA i �. 3000 VA __._ ____ _ r 3800 VA - 5000 VA _ , _ 5000 VA " Nomin6l volmgeJadjustoble� j'__208V/�-?(_ 240V/.i ]_ 208V/�_��: 246V/_G-_208_V i!� 240_V i__� _211 AC voltage 183 z 229 V. I r- 211 264 V ! _, - 183 - 229 V u 211 _ 264 V , 183 - 229 V 264 V _ _AC dd fre en d 9 9. aY _ _ _ 60 Hz/ 50-Hz _. � __Max;outputcument_,_-__-_ _— __ 1_I4.SA _-',,_- t25A___j �._ _ .16.OA ___, _J6.OA--- _; 24.OA__-' 24.OA, Outpul.phases/.line connections_ ___—_ __._1/ 2__-___-___.--_-__ Efficiency __Max, efficienry ,-"-._-,---_ _,_,_97.2%�1_-97.6,%„97.2 %-;�_97.5%__1-__97.2%-. 97.5 . _—_ ____. L CEC efficiency lr 969 6.5%_ _- 96.5%- -I 965.4--_-j �_ -- -' --- 96.5% Protection devices ___DC —disc. _on. ne_ct d. e_ vice____ L_ DC.reversepolady-protection _____-- _ __.ir.___ .. ._- Ground fault"monitoring/Grid monilodng._ _ J____ �----�--------------- �------- ----_ ---� --_ -- --� __- d AC shocircuitproledon__-_ _ Nlpole sensitiveresidual cunenl monitoring unit -_,Arc fault circuit interrupter (AFCIj__ . _ -Protection doss / overvoltage category General data -Dimensions K/H/,DJinmmfin(,------ --_,_- 535,x730x 198-(21.1,x28.5x7.8(_ L Packaging dimansio-i.(V•/-/.H I Dj n mm (in( - - _� _ _ _ _ 600 x 800 x 300 (23.-6 a _. _Operating temperature range. - � .._ 39 dB(A) ... _ _Internal,power consumption al,nighl_ ' <5 W _ _ .._Cooling concept. . r.._ _' _- _Convection_ Features Elhamel pork_ Warranty. 10/ 15 / 20-ye r _Cer88cote3 and approvals, - �._i_Standard Featurey o _ Type designation Accessories i O D.S USu MD.sEN0S40 t UL 1741, UL 1998, UL 1699B, IEEE1547 FCC Part 15 (Ciao A & Bj, CAN/CSA V22.2 107.1-1 >fional features -Not available --_Data at nominal wnditians _NOTE: US inverters ship with graylids. _ `Not lunttional w45h Power+ S01u1ion_ J L^_ _ SB3.0.1SP-U5:40 __ J _ _ _SB3.&1SP_USd0__ SPUS-40" oamna 2amun \( �� EXIAM Uo C�K�tan tin ROOFCOMMWR ILs :----------------- Efficiency curve SUNNY BOY 6.0-1SP-US-40 '------- 98 i94 .-.__ _.r ............_ ...._...... ......._.. ' i ase F--^- °a f 94 90 i--• ae i Bo IV„'220 V1 Be IV,.-375V) i B. IV„-480N_ v-.M i a0 0.2 OA 01 0.0 1.0 Outpal power / Rated power Technical data Input (DC) Sunny Boy 6.0-US Sunny B<t ''US Sunny Boy 7.7-US YOev 240V 208V �!240V 208V 240V .. Max usable DC power 5400 W 6200 W 6900 W 7200 W 6900 W 7950 W Max. DC Voltage 600 V Rated MPP Voltage range 220 - 480 V _ 245 _480 V 270-480 V MPProperating voltage _range _ 100-550V _ .- Min. DCyoltage/slartvoltoge - _ 100V/125y Max. operating Input cuaenl per MPPT _ - _ - - 10.A.- Max, short circuit current per MPPT _ _ - TEA Number of MITT tracker/ string per MPPr tracker - Output (AC) AC nominal power 5200 W 6000 W 6660 W _ 7000 W 6660 W 7660 W _ _ Max. AC apparent power _5200 VA - -_ 6000 VA '- 6600 VA J000 VA _6660 VA _ 7660 VA Nominal voltage%adjustable_ 206 V/0 240V/0 -208V%e 240V/41_ 208V/• _ 240V%• ACvollage range - „ - - 183-229V 211.-264V - - ' ,183 - 229 V '_ ,211 - 264 V _ � _ - -- _ 183 - 229 V _ --_ 211_- 264 V _.. __ __ _ AC grid frequency _ ___. ...- __..: 60 Hz/SO Hz_. Mox. output current_ _ - - _-- - - 25 QA __- 25.0A _. :'_ . 32.OA _ _ c_. _292A _ _ _ 32.0 A_- .. '_ - 32.OA _ _ Power.kctor_(cos ._. __. _ _ ._ _. _. .__ -._ __QPtpul phases/line cti conneons _ _ _ _ _ _ _ ._ 1/2_ Harmonics_ _ _ _ _ - _ _ _ _ _ <4% _ - Efficiency - Max efRcienry_ _ _____ _ _ _ _ 97.5,% _ 97.1 % _. .. 97.5 %,. ' _ CEC�eIRciency__ _ _ _ _ _ _ _ _ _ 1 96.5 % � 97-% _ 96.5 % 97%- _ _ - _96.5 % 97 % Protection devices _DC disconnectdevice_ _....__' .. _ .__ _ _ _._!__ _ .-_-:_:__ - _ DC reverse.polariy:Protection. __ _ _-_ _.__--.:_-______ Ground fault monitoring /Grid monitoring _ - • - _ - AC whorl circuit protection __ _ _-. _ _ _ _ _ __ ..._ . __ .. .__._ _ _•_ . _ - ABpole sensithre residual waenl monitoring unT (RCMU) Arc fault cfrcuil intertupler-(AFCI� - - • , _ Nolecton class / overvollage category _ _ _ I / IV General data Dimensions,(W / H /.D) in mm.(in) _ _ _ 535,x 730x 198 (21.1 x 28.5 x 7.8)_ Packaging Dimensions(W / H / D) in -man (in) _ - - _ _ 600 x 866x 300 (23.6 x 31.5 x 11.8)_ , - .__..- _ __ ____ _____ Wei ht acka m wet hl - -__- - 9 /P 98 9 __ _ -- - - - � .- - _ _ _ _ _. __ _26 kg.15716)/30.kg (66161_.�.._ -Operating tem emtureran e_ _. _.._ - - - -� - --- - ---- -L _ -- _-- N _ .oise emission (typical)J _ ._, _- _ -__j - - , _... 39 dB(A) - _ _ - _ _ _.. ._ _ 45 d8(A) <5 W _ _._TogologY _______ .� ___ _ _ ___ _ Transformedess. _ - Co oling concept _ _. ._ _ - - - - - �- - ------ - _ Convection. ._... ._ _ -_ _ _ _ Fan_. Features . Secure Power SuPPIY__ ._____ - ____. _ .__ __.le/ExternalWl_A_.-N a_nten_ -____- Sensor moduna __ o._ _/-O. . ..__ _198, Warran__10_/I5/20y-ea-r3_. /_ __ ._/.0_S._.A_— __O/O __ .- .A&. . Crtfcat_and approvals V2_2__. .2_.10.__.._7 BI, __C_ A_..N. ...(_Cl_a.__s.. IEE, s_ 1 UL1-1,U-199_8UL1_69____C_an15. • Standard Features. - O Optional features c Not available, -Do-to at nominal conditions -NOTE. US inverters ship with gray lids. Not functional with Power t.Solulion Type designation _ _ � - _ - -�-- SB6.615P415:40 � ;' 587.015P-USdO_ - _ � __ , __ SB7.7-1SP-USdO _ POWER+ SOLUTION The SMA Power+ Solution combines legendary SMA inverter performance and intelligent DC module -level electronics in one cost-effective, comprehensive package. This means that you can achieve maximum solar power production for your customers while also realizing significant installation savings. Unlike conventional microinverter and DC optimizer systems, Power+ is faster to install, provides more flexibility, boasts logistical advantages, and reduces service risk. Visit www.SMA-America.com for more information. t n r— Speed the completion of customer proposals and maximize the efficiency of your design team with the Sunny Boy -US series, which provides a new level of Flexibility in system design by offering: Hundreds of stringing configurations and multiple independent MPPTs i + P SMA's proprietary OptiTracr" Global Peak shade mitigation technology P Diverse application options including on- and off -grid compatibility ........................................................................................................................: ................................................................... aSMA wants to enable your sales team by arming them with an abundance of feature/ benefit support. Show your customers the value of the Sunny Boy -US series by utilizing: P Secure Power Supply, now with 2,000 W of opportunity power in the event of a grid outage, as an increased value -add or upsell opportunity SM,4s 35 year history and status as the #1 global inverter manufacturer instills homeowners p0�j a S�fiA MOO with peace of mind and the long -tens security they demand from a PV investment i 6�0 iHM! x 0 P An economical solution for shade mitigation and the challenges of complex roofs ��0N*r A� ,,#7'IaNVERTER RAND ...............................................................................................P Ensure that your back office business operations run smoothly and succinctly while mitigating potential errors. The Sunny Boy -US series can help achieve cost savings in these areas by providing: P An integrated DC disconnect that simplifies equipment stocking and allows for a single inverter part number P All communications integrated into the inverter, eliminating the need to order additional equipment ....................................................................................................................... . • . • •.......................................... Expedite your operations in the field by taking advantage of the new Sunny Boy's installer -friendly feature set including: P Direct access via smartphone and utilization of SMAs Installation Assistant, which minimizes time/labor spent in the field and speeds the path to commissioning P Improved communication —no need to install additional equipment P Integrated DC disconnect that simplifies onsite logistics and eliminates the need to install a separate disconnect unit, speeding overall installation time ..................................................................................................................... SMA understands the factors that contribute to lifetime PV ownership cost, that's why the Sunny Boy -US series was designed for maximum reliability and backstopped by an unmatched service offering. Benefit from: P The new Sunny Boy's two-part enclosure concept that separates the connection unit from the power unit, which allows for simple, expedited servicing a The #1 service team in the PV industry, as recognized by IMS research, with experience servicing an installed base of more than 55 GW The new Q.PEAK DUO-G5 solar module from Q CELLS impresses thanks to innovative Q.ANTUM DUO Technology, which enables particularly high performance on a small surface. Q.ANTUM's world -record -holding cell concept has now been combined with state-of-the-art circuitry half cells and a six-busbar design, thus achieving outstanding performance under real conditions - both with low -intensity solar radiation as well as on hot, clear summer days. Q.ANTUM TECHNOLOGY: LOW LEVELIZEO COST OF ELECTRICITY 67 Higher yield per surface area, lower BOS costs, higher power classes, and an efficiency rate of up to 19.9 %. QINNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields, whatever the weather with excellent low -light and temperature behavior. a ENDURING HIGH PERFORMANCE Long-term yield security with Anti LID and Anti PI Technology' QCELLS Hot -Spot Protect and Traceable Quality Tra.QT . roraRanow ta�o,a EXTREME WEATHER RATING 2077 High-tech aluminum alloy frame, certified for high snow (540OPa) and wind loads (4000Pa) regarding IEC. ® A RELIABLE INVESTMENT .tee Inclusive 12-year product warranty and 25-year aaantvTesiea,� �a� h linear performance guarantee2. STATE OF THE ART MODULE TECHNOLOGY o.4aoazse� Q.ANTUM DUO combines cutting edge cell separation and innovative wiring with Q.ANTUM Technology. r APT test conditions according to MUM 62804-1:2015, method B (-1500V, 168h) a See data sheet on rear for further THE IDEAL SOLUTION FOR: information. ® Rooftop arrays an Rooftop arrays on residential buildings commerciallindustrial buildings Engineered in Germany Q CELLS Format 66.3 in x 39.4in x 1.26 in (including travel (1685mmx 1000mm x32mm) Weight 41.211bs(18.7kg) Frent Cover 0.13in (3.2mm) thermally pre -stressed glass with anti -reflection technology I Back Cover Composite film Frame - Black anodized aluminum Cell 6 x 20 monacrystalline Q.ANTUM solar half -cells Junction box _ 2.76-3.35in x 1.97-2.76 in x 6.5176.S3in a - (70-85mm x 50-70mm x 13-21mm), decentralized, IP67_ Cable _ 4mm2 Solar cable; (+)z43.3in(1100mm), I-) x43.3in(1100mm) Connector Multi -Contact MC4, IP65 and IP68 [ POWER CLASS _ 305 310 315 320 325 330 MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS, STC'(POWER TOLERANCE+SW/-OW) �- �^ ..., Power at MPP- Pen, WI] 305 310 315 320 325 330�j Short Circuit Current' Ire [A] 9.93 9.98 10.04 - 10.09 10.14 _ 10.20 J -�39.61 1 Open Circuit Voltage- VW IV] 39.35 39.87 40.13 40.40 40.66 Current .. at MPP• - 1..., [A] ---- 9.44 9.50 9.55 9.60 9.66 Voltage at MPP• .,- V. IV] 32.30 32.64 - 32.9833.65� ^9.7� 33.998 j Efficiency' 0 [%] 218.1 z,18.4 -y®33.32 - 218.7 219.0 �219.3 r -219.6-1 I MINIMUM PERFORMANCE AT NORMAL OPERATING CONDTIONS, NBC' i Power at MPP2- P. [W] 226.0 229.7 233.4 237.2 240.9 244.6 j e Short Circuit Current. ly [A] 8.00 8.05 8.09 8.14 8.18 �8.22 i Open Circuit Voltage -Vac -- M� 36.80 37.05 37.30 -i 37.54 _ 37.79 38.04 I Current at MPP• ��-�- 1. W 7.43 7.47 7.51 y 7.56 7.60 T 7.64 - --32.0 Voltage at MPP•Tv V. IV] 30.43 30.75 31.07 31.39 31.70 1111000WIm2, 25°C, spectrum AM 1.5G 2Measumment tolerances STC 13%; NOC*5% ' 8OOWIm2. NOCT. spectrum AM 1.SG _ 'typical values, actual values may differ ! j QCELLS PERFORMANCE WARRANTY _-� PERFORMANCE AT LOW IRRADIANCE yj z� At least 98% of nominal power during 6rslyear. p. OO r-- r --r- r +.a.a,.a�... �� �,,,�,,,,d aaw..msa Thereafter max. 0.54% degradation per year. C. s a ------'-'--'-'-- W= At least 93.1 % of nominal power up to 10 years. ee z. At least 85% of nominal power up to 25 years. E ' a � All data within measurement tolerances. t m--r-----r----�-----i----- � ` e a Full wamenties in accordance with the warranty 5 a terms of the Q CELLS sales organization of your s` m respective country. IRRADLLYCE ofy m 0 ,E "v m a ,ors Typical module performance under low inatliance conditions in :xm.w�„,�Pau.mmmm°ws.mm comparison to STC conditions (25°C, 1000 W/m2). TEMPERATURE EMPERATURE COEFFICIENTS t_�---.�.---- T' w-�- Temperature Coefficient of IK a [%/N] +0.04 Temperature Coefficient of V. g [%/R] -0.28 j Temperature Coefficient of Po, V 1%/IU -0.37 Normal Operating Cell Temperature- _ _ NOCT 1°F] - 113 x5.4 (45 s3-C) j Maximum System Voltage VM [Vl Maximum Series Fuse Rating [A OC] Design load, push (UL)2 UbsAP) Design load, pull(ULF [lbstrtq 1000 (IEC) / 1000 (UL) Safe 20 Fire 75(3600Pa) Permitted module temperature on continuous duty 55.6 (2666 Pa) 'see installation manual I( C (IEC) / TYPE 1 (UL) -40'F up to+185°F (-40°C up to+85`C) UL 1703; VDE Quality Tested; CE-compliant; Number of Modules per Pallet 32 IEC 61215(Ed.2); IEC 61730(Ed.1) application classA -_-- ---------------------- Neither of Pallets per 53' Trailer 30 ��® C Number of Pallets per 40' High Cube Container _ A _ _'_-26 -I r/ \ c®R% E Pallet 0imensions (L x IN H) 69.3 m 45.3 in x 46.9 in IJ j corm, (1760mm x 1150 tam x 1190mm) _ Pallet Weight 1415lbs (642 kg) NOTE: Installation instructions most be followed. See the installation and operating manual or contact our technical service department for further information on approved installation and use of this product. Hanwha Q CELLS America Inc. 300 Spectrum Center Drive, Suite 1250. Irvine, CA 92618, USA I TEL+1 949 748 59 96 1 EMAIL. inq uiry®us.q-celis.com I WEB www.gc lls.us M