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HomeMy WebLinkAboutB15-0915SM Starling Madison Lofquist, Inc. Consulting Structural and Forensic Engineers 5224 South 39' Street, Phoenix, Arizona 85040 tel: (602) 438-2500 fax: (602) 438-2505 ROC#291316 www.smleng.com Robert Neal 5951 Powerhouse Hill Rd Oroville, CA 95965 April 15, 2015 Page 1 of 2 r r Attn: Mr. Robert Neal Subject: Ground Mounting System - Structural Analysis - 4 Module , BUTTE Robert Neal PV Array COUNTY 5951 Powerhouse Hill Rd APR 2 3 2015 Oroville, CA 95965 SML Project #258-15 DEVELOPMENT SERVICES Dear sir:1 , We have analyzed the subject ground mounted structure and deterFIN9MW�r�" ICFs applicable sections of the following Reference Documents: ' C®p p IANCE Codes: ASCE/SEI 7-10 Min. Design Loads for Buildings & Other'&mtures 4-12-2 11 By_ California Building Code 2013 Edition Other: AC428, Acceptance Criteria for Modular Framing Systems Used to Support PV Modules, dated Effective November 1, 2012 by ICC -ES Aluminum Design Manual, 2010 Edition Exhibit A The structure is a simple column (pier) and beam (cross pipe) system. The piers & cross pipes are 3 inch ASTM A53 Grade B standard weight (schedule 40) steel pipes. The tops of the piers are connected in the E -W direction by the cross pipes which cantilever over and extend past the end piers. The cross pipes are connected by proprietary IronRidge XR1000 Rails spanning up and down the slope which cantilever over and extend past the top and bottom cross pipes. The solar modules are attached to the rails with IronRidge clamps. There are typically two rails per column of modules. - Gravity loads are transferred to the piers and foundations by the rails and cross pipes acting as simple beams. For lateral loads the system is a braced frame. The effect of seismic loads (for all design categories A -F) have been determined to be less than the effect due to wind loads in all load conditions and combinations. The pier spacing in the N -S direction is 7'-6". The pier spacing in the E -W direction is 16'-2" and is determined by the structural design for the specified design criteria below. The governing criteria for the pier spacing is the spanning capacity of the cross pipes. The foundations shall be 24" diameter and shall have a depth below finished grade of 4%0". t Starling Madison Lofquist, Inc. Consulting'Structural and Forensic Engineers Mr. Robert Neal April 15, 2015 Ground Mounting System — Structural Analysis — 4 Module Page 2 of 2 Design Criteria: 1. Panel Tilt Angle = 25 degrees 2. Risk Category = I 3. Wind Exposure = B 4. Wind Speed =1.00 mph 5. Snow Load = 0 psf 6. Dead Load (Weight) = 3 psf 7. Maximum PV Panel Dimension = 78" 8. Topographic (Wind) Factor = 1.0 (no topographic effects) 9. Concrete Weight = 145 pcf / f c = 2500 psi 10. Skin Friction per 2013 CBC 1810.3.3.1.4 & 5 11. Top 1'-0" of soil neglected for Skin Friction 12. Resistance to corrosion and/or sulfate attack, along with possible adverse effects due to expansive soils has not been considered in these foundation recommendations. SML Engineers assumes no liability with regard to these items. 13. Soil conditions shall meet minimum requirements for Class 4 soil per 2013 CBC Table 1806.2. Soil classification is to be determined and verified by the end user of this certification letter. The analysis assumes that the array, including the connections and associated hardware, are installed in a "workmanlike manner in accordance with the IronRidge Ground Mount Installation Manual and generally accepted standards of construction practice. Verification of PV Module capacity to support the loads associated with the given array shall be the responsibility of the Contractor or Owner and not IronRidge or Starling Madison Lofquist. Please feel free to contact me at your convenience if you have any questions. Respectfully yours, Tres Wamer, P.E. C 71 9'3 Design Division Manager groFc;,� �Fo4 Starling Madison Lofquist, Inc. Consulting Structural and Forensic Engineers 2— EXHIB IT�A EQ DISTANCE Project: Robert Neal PV Array 5951 Powerhouse Hill Rd ' Oroville, CA 95965 BR b 14' Max K C 71973 ' EXP.�t �''t ,� TILT ANGLE 25 Deg. CIVIL � ofca►.�FoSch 40 3" Dia. EQ DISTANCE GALVANIZED PIPE Brace Required • 1. - F ,.,�•w�� . .. _ . •i - : . I ; 2500 PSI t 1 •t - CONCRETE FOUNDATION I - FOUNDATION DEPTH -D t 1 S- ' 4'-011 1 ERMIT # t . BUTTE EVELOP ENT SERVICES t t D/3REVIEWED FOR C DE COMPLIANCE ` • DATE Z I BY Pier Dia. 4- Note: 2'-0" The spacing of this section in the Y East-West direction shall be 16'-2" max. 4/14M15 Design Assistant I Ground Mount I IronRidge Project Report j p IRONRIDGE /Ar Solar Mounting Made Simple Pro, ect Details Name 5951 powerhouse hill rd Date 2015-04-14 Module Solarworld: SW 315 Mono Total Modules 24 Dimensions 39.0" x 78.2" x 1.8" Total Watts 7.560 i Tilt25° Load Assumptions Foundation Requirements i Wind Exposure B Type Concrete Wind Speed 100 mph Hole Diameter 20" Snow, Load 0 psf Min. Hole Depth 48" SubArray Requirements Foundation Loads Pipe Size 3" Shear 1,128 Diagonal Bracing Yes Moment 0/Q^� O tq� Uplift -1,645 PERMIT ## RlanF COUNTY DEVELdP6ds,"I!1 3L -Q ,.CES C A E Project Layout ,' , _; - DATE SUBARRAY DETAILS SUB ARRAY CONFIG REPEATS PIERS MODULES / PIER CANTIL. EDGE CLEAR. EW NS AREA PIER SPAN PIER SPAN 14x6 1 6 4.00 3' 4" 1' S" 16' 2'.' T 6" 13'x 39 1" TOTAL PIERS 6 TOTAL AREA 13 x391" SUBSTRUCTURE SUR; SOUTH SOUTH PIER PIPE NORTH NORTH PIER PIPE CROSS CROSS PIPE TOTAL REPEATS [ABOVE/BELOW] ARRAY PIERS [ABOVE/BELOW] PIPES LENGTH LENGTH i. 1 .3 5"2"[2,6"/2'8"] 3 8'8"[6'/2'8") 2 39'1" 11918" TOTALS 3 3 2 1198" CONCRETE, VOL/PIER NO. PIERS. TOTAL VOL 0.32 yd 3' x6 1.94 yd' 3rd Party Substructure Materials Subarray Repeats Piers South Piers North Piers Cross Rails Total 1 1 6 3 x 52" (136") 3 x 8'8" (26) 2 x 39 1" (78' 2") 119' 8" Total Pipe 119' 8" � T r ° , SoJar=9"or s SolarEdge Power Optimizer Module Add -On For North America P300 / P350 / P400 / P405 BUTTE COUNTY APR 2 3 2015 DEVELOPMENT SERVICES �j [SID M M r ,+ § s��'. ���' �r a . � a b f �i_ `,�y 7. • �_.t t .� i t [ � Y � �.� •.� S fi . •, W (" c �• �,., - a t ,. � s sir .7 n. r PERMIT PV power optimization at the module -level BMTe COUNT' OMIELOPMENT SERVICES — Up to 25% more energy f -q V I vi, ED FOR ° Superior efficiency(99.5%)' CODEC ANC PLI — Mitigates all types of module mismatch losses, from manufactur�glttlerance to partial sha Ing BY Gy — Flexible system design for maximum space utilization rY — Fast installation with a single bolt II — Next generation maintenance with module4evel monitoring Module level voltage shutdown for installer and firefighter safety I USA GERMANY - ITALY FRANCE - JAPAN - CHINA - ISRAEL AUSTRALIA' www.solaredge.us Mxi amum Allowetl System Voltage 1000 • , Vdc ........................................................................................... ................................................ ............. Dimensions (W x L x H) 141x212x40.5/5.55x8.34x1.59° mm/in . .•...................................................0.................................................................................................................. Weight (including cables) 950 / 2.1 ......... . t Input Connector MC4 /Amphenol / Tyco MC4 ................................................ ............................ ....................................... .............. .......................... ............. Output Wire Type / Connector Double Insulated; Amphenol ........................... Output Wire Length 0.95 / 3.0 1.2 / 3.9 m / ft - ........................................................................I........................ ............................................. .... :. �.. c Operating Temperature Range -40=+85/40-+185 Protection Rating IP65 / NEMA4 .............................................................................................................................................................................. *_ ! ..Relative Humidity.........,............,.,..,.,,...................0 -100 % !a.Raed.S.TCDow.a.r.of*t.h.e,m,od•u.le.,Modul,e.ofu .to.+S%.P.wrtoleance albwed.,,..,..'................................................... . •• t ' PV SYSTEM DESIGN USING SINGLE PHASE THREE PHASE 208V THREE PHASE 480V A SOLAREDGE 1NVERTERM L Minimum String Length i 8 - 10 18 '•� ' (Power Optimizers) ......................................................................... .......... . • _ Maximum String Length (Power Optimizers) - - r 25 SO .................................................................................::................... ..,.. .... ...:. . .... .... ..... .... ..... Maximum Power per String5250 , 6000 + 12750 . W .......................................................................... .......... .............. ............. .. ' Parallel Strings of Different Lengths .....................yes r or Orientationsj ... .... .......... .......................................`...................... ....... is It. Is not agowed to miz P405 wFth P300/P350/P400/P600/P700In one....strin....g.. �•, - C 801a r - • • SolarEdge Power Optimizer s� Module Add -On for North America ,t µ P300 / P350 / P400 / P405 ' P300 P350 P400 P405 (for 60 -cell modules) .(for72-cell modules). (for 96 -cell modules) (for thin film modules) `INPUT r ,. ' Rated Input DC Powe 0') ...... ........ ........... ........................................................... 300 350 400 ' 405 ..................... .......................... ...... W ' Absolute Maximum Input Voltage .................... ............. (Voc at lowest temperature) 48 60 _ 80 + 125 Vdc t MPPT Operating Range 8 -48 8 - 60 8 - 80 12.5 -105 Vdc Maximum Short Circuit Current (Isc) ................................................................................................................................................ 10Adc Maximum DC Input Current' .... ....... ........ ........ 12.5 ......... ..... ............... .... ... ........... ................... ... ... .......... Adc ........... . Maximum Efficiency ............................................................................................................................................................................... ... 99.5 - % - ' Weighted Efficiency 98.8 %. Overvolta a CategoryII "OUTPUT DURING OPERATION (POWER OPTIMIZER CONNECTED TO OPERATING INVERTER) r Maximum Output Current ..................... ........................ '15 ............................­­] Adc Maximum Output Voltage 60 85 Vdc a ) OUTPUT DURING STANDBY (POWER OPTIMIZER DISCONNECTED FROM INVERTER OR INVERTER OFF) Safety Output Voltage per Power Optimizer ,+ - 1 Vdc $STANDARD COMPLIANCE. EMC .............•,,.•.,,.,.,..,...,........................,,.....,............................................................... FCC Part15 Class B, IEC61000-6-2, IEC61000-6-3 Safety ...................... . ..................... IEC62109-1(class II safety), UL174T. .,......... ....... ... ..................... ........... RoHS.......................... Yes - INSTALLATION SPECIFICATIONS Mxi amum Allowetl System Voltage 1000 • , Vdc ........................................................................................... ................................................ ............. Dimensions (W x L x H) 141x212x40.5/5.55x8.34x1.59° mm/in . .•...................................................0.................................................................................................................. Weight (including cables) 950 / 2.1 ......... . t Input Connector MC4 /Amphenol / Tyco MC4 ................................................ ............................ ....................................... .............. .......................... ............. Output Wire Type / Connector Double Insulated; Amphenol ........................... Output Wire Length 0.95 / 3.0 1.2 / 3.9 m / ft - ........................................................................I........................ ............................................. .... :. �.. c Operating Temperature Range -40=+85/40-+185 Protection Rating IP65 / NEMA4 .............................................................................................................................................................................. *_ ! ..Relative Humidity.........,............,.,..,.,,...................0 -100 % !a.Raed.S.TCDow.a.r.of*t.h.e,m,od•u.le.,Modul,e.ofu .to.+S%.P.wrtoleance albwed.,,..,..'................................................... . •• t ' PV SYSTEM DESIGN USING SINGLE PHASE THREE PHASE 208V THREE PHASE 480V A SOLAREDGE 1NVERTERM L Minimum String Length i 8 - 10 18 '•� ' (Power Optimizers) ......................................................................... .......... . • _ Maximum String Length (Power Optimizers) - - r 25 SO .................................................................................::................... ..,.. .... ...:. . .... .... ..... .... ..... Maximum Power per String5250 , 6000 + 12750 . W .......................................................................... .......... .............. ............. .. ' Parallel Strings of Different Lengths .....................yes r or Orientationsj ... .... .......... .......................................`...................... ....... is It. Is not agowed to miz P405 wFth P300/P350/P400/P600/P700In one....strin....g.. �•, - C Sunmodule;--/Pro-Series XL IP"iq I SOLARWORL SW 315-320 MONO REALVALUE PERFORMANCE UNDER STANDARD TEST CONDITIONS (STCr SW 315 SW320 Mmdmum power P,,,,, 315 Wp 320 Wp Open circuit voltage V. 45.6 V 45.9 V Maximum power point voltage V„ 36.5 V 36.7 V Short drcuit current 1x 935 A 9.41 A Maximum power point current I, 8.71 A 838 A Module efficiency q„ 16.03% 16.28% Measuringtolerance (P—)traceable to TW Rheinland: +/-2% (TUV Power mrrtiolled) 'STC:1000W/m�, 25'C, AM 1.5 PERFORMANCE AT 800 W/M', NOCT, AM 15 SIN 315 SW320 Maximum power P— 240.9 Wp 244.4 Wp Open drcuit voltage V. 39.8 V 40.1 V Maximum power point voltage V„vp 33.6 V 33.8 V Short circuit current 1x 7.77 A 7.82 A Maximum power point current 1, 7.18 A 7.18 A Minor reduction in efficiency under partial load conditions at 25'C-- at 200 W/m',100%(+/-2%) ofthe STC efficiency 0000 W/mj is achieved. lY' 1000 W/mt DIMENSIONS COMPONENT MATERIALS Length 78.15 in (1985 mm) Cells permodule 72 800w/rns Width 38.98 in (990 mm) Cell type Mono crystalline 3 600 Wftn= Height 1.81 in (46 mm) Cell dimensions 156 mm x 156 mm 3 400 Whn= Frame Clear anodized aluminum Front 3.2 mm Tempered glass (EN 12150) Weight 49.6 lbs (225 kg) 200 W/m: 700Wftn2 THERMALCHARACTERISTiCS ADDITIONAL DATA lh Ver NOCT 46'C A7wersorting -0 Wp/+S Wp TO. 0.042%/K l -Box IP65 37.6 (9551 TCVr -0.304%/K Connector KSK4 _ a 00,160) M TCp-0.43 %/K Module fire performance (UL 1703) Type 1 a w � d PARAMETERS FOR OPTIMAL SYSTEM INTEGRATION Maximum system voltage SC 11/NEC 1000 V a g Maximum reverse current 25 A n g Load /dynamic load 113/64 psf (5.4/2.4 kN/m� G c o Number of bypass diodes 3 ge -40' C to +85' C COUNTY PERMIT # 0.61n.O5mm)3UTTE COIJKIN OEVELOPMEN-1 lERVICE APR 2 3 2015 Afr REVI ', a. �R DE CON,, ' DEVELOPMENTJDA' ILL SERVICCYESSw• 1.8 in. (a6mm) _(/�)!�/b IL 0.98 ., LB (46) 39.0 (990) hs 5 All units provided are imperial. SI units provided in parentheses. l SolarWorld AG reserves the right to make specification changes without notice. 0.98 in. (25mm) SW-01-6056US 11-2014 .E r solar, SolarEdge Single Phase Inverters I`, o For North America'``°` Sfi SE3000A-US / SE380OA-US / SE5000A-US / SE6000A-US SE760OA-US / SE10000A-US / SE1140OA-US BUTTE. r v COUNTY .: ,APR 2 3 15 DEVELOP ENT SERV ES The best choice for SolarEdge enabled systems — Integrated arc fault protection (Type 1) for NEC 2011690.11 compliance (part numbers ending in "-U") Superior efficiency (98%) — Small, lightweight and easy•to install on provided bracket 7/ r ` qv, PERMIT# — Built-in module -level monitoring 4 RuTTE COUNTY DEVLWoIx*, i Internet connection through Ethernet or Wireless RE, t l"1j" F LI S — Outdoor and indoor installation''1�"1 ' 11 P; q C E j Fixed voltage inverter, DC/AC conversion only CON - Pre -assembled AC/DC Safety Switch for faster installation DATE USA - GERMANY - ITALY - FRANCE - JAPAN '- CHINA ISRAEL AUSTRALIA www.solaredge.us 1111111MM A. Single Phase Inverters for North America l soa r e e r SE3000A-US / SE380OA-US / SE5000A-US / SE6000A-US / • SE7600A-US / SE10000A-US / SE11400A-US SE3000A-US SE39WA-US SESOOOA-US SE6000A-US SE760OA-US SE10000A-US SE1140OA-US OUTPUT t Nominal AC Power Output 3300 3840 ' 5200 @ 208V 6000 7680 9980 @ 208V 11520 VA 5520 @240V ...... _...... _.. - Max. AC Power Output 5600 @ 208V 10800 @ 208V 3650 4150, 6000 8350 12000 VA ' ................................................6000 @240V 10950 �a1240V ........................................................:................. AC Output Voltage Min: Nom: Max.• •183 - 208 - 229 Vac AC Output Voltage Min.-Nom:Max.* ' X211: 240: 264 Vac • :..............................................................................................................:............ ...... ............ .. AC Fre9uency Min: Nom: Max.• 59.3 - 60 - 60.5 !with HI country setting 57 ; 60 : 60:5 .......... .............. ................. Hz ' Max Continuous Output Current 25 @ 208V 48 @ 208V 14 16 25 32 48 I A ... ................ .......................... ........ 23 240V .................. ................42.Q 240V... ' GFDI 1 A ' ' Utility Monitoring, Island ing 1 ' Protection, Country Configurable Yes + Thresholds t r . tINPUT - s • Recommended Max. DC Power" STC .............................................................................................. 4100 y 4800 6500 7500 9600 12400 14400 ............... W Transformer.lessUn rounded - Yes .' i + Max. Input Volta a �. ................. 500 ................. ............................................................. Vdc Vdc Nom. DC Input Voltage •••.•.••• 325@208V/350 240V` ... Vdc Max. Input Current*** _ I.............. 17@208V• � 33@208V 11 13 18 23.5 35 - Adc .. .. ................ 17 240V .................. ........... .305 4a1 240V....... .. Max. Input Short Circuit Current ............................................................................................................................................................................... ' . 30 45 Adc Reverse Polarity Protection ........................................................................... ......................... Yes......................................................................'. . Ground fault Isolation Detection .600mSensivi .. ...... .. , Maximum Inverter Efficiency 97.7 98.2 98.3 98.3 98 98 98 .. r °y , CEC Weighted Efficiency 97 5 @ 208V 97.5 97.5 97 @ 208V 97.5 97.5 98 97.5 °� ........................................................................... 98 ,4a1 240V 975 �n 240V ................................ ....................... ... • Ni httime Power Consum tion < 2.5 < 4. W r ADDITIONAL FEATURES ! ' Supported Communication Interfaces RS485, RS232, Ethernet, ZiR_Bee (optional) I STANDARD COMPLIANCE Safety ................ UL1741, UL16996 (Part numbers ending in "_U°)� UL1998, CSA 22 ,2 ....................................... Grid Connection Standards .................................. R ...... - IEEE1547. . ..... ..................................................................................................................... ..........' Emissions FCC partlS class B ' INSTALLATION SPECIFICATIONS [ AC output conduit size./ AWG range 3/4" minimum / 24-6 AWG 3/4', minimum / 8-3 AWG DC input conduit size /# of strings AWG ran a 3/4" minimum / 1-2 strings / 24-6 AWG 3/4" minimum / 1-2 strings 14-6 AWG Dimensions with AC/DC Safety 30.5 x 12.5 x 7-; 30.5 x 12.5 x 7.5 / in / Switch(HxWxD?••._,,,••;:••,•.....,•.,.•,•••,775x315x172 30.5x12.5x 10.5/775x315x260 Weight with AC/DC Safety Switch ..................._.......... .•775•x315x191•..,.,•„•,•.,•:•.:•••:,,,••.,.•,•.....,..•:,...mm... ,,,..,....51,2 / 23.2 ...,,,.,,,,54.7 / 24.7 88 .4 / 40.1 .............. �• Ib / kg + Cooling................................. ................. ......Natural Convection................................... Fans (user replaceable) .. + olse ' .....................•...........................:................................................................................ <25 "50 - dBA Minn: M.-M*ax. • Operating Temperature .............. ..... e............ . .................................................................................................................................... "-13to+140/-25 to+60(CAN version••••-40to+60) ..................... 'F/'C Protection Rating ...................... NEMA 3R ..........;........................................................ For other regional settings please contact Sola rEdge support • '• Limited to M% for locations where the yearly average high temperature is above 772F/250C and to 135% for locations where it is below 772F/25eG - For detailed information, refer to htto,//www.mlamd°e u•/files/odf./'mrerter do oyersizin° aide odf- ••• A higher current source may be used; the imerter will limit its input current to the values sorted. ' ' .. —CAN P/Ns are eligible for the Ontario FIT and nd=Frr (mkmFrT ext. 5E11400A-US-CAN) 1111111MM 0 "0 ?4 R i .7J H C g z 00 MI r w i • r w N ' r D NN—Z Off+y O NN t v:"D << RmQ < i N< N� 00 ^9R� 8� p 0 "0 ?4 R i .7J H C g z 00 MI r w i Omg Q mxD ADO^D9O`cr9D (,nTOZTD �F CO<QQ`nn 2 w N ' r D NN—Z Off+y O NN t v:"D << RmQ < i N< N� 00 ^9R� iprrn SOLAR s Q # SAvgc3^ � Q Z`5 -4!2 m =1 ?? S a D c Z �Ng3R3 _mbm vRo Op ss a $ $ x v g- i v x 01: x N P P _IG { f prs�;Aa Oz Z� >I Qin ZZZDZ� Z,6 - .0DOp 3 z ��r a TONN C7�D AQ O T5�1 m �zn �D 0o OQ Orn m �O AoAmi,o �3$ ^��oBD $$oy ;,Wg;,o = RRR0 RRR z RRRR with SolarEd e D4 NS O� s Ax DR =� pC S ->I O �o Zm�pD for Robert Neal 0 0 < =0 5 OR -4C:C: �O CI D 0, =1 r.. r yO� Np 3v m DN P. n02 . Q C � q P ol 8 zmK .!; of o? �0� Z -T .. 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(EGC) 6AWG r✓ • ' - - =s,te c , v.. E/ectsrc Power Prlvducdon'Systems"`""`w �1ARD• . - r.:.r-Wit---. REQUIREMENTS FOR SQLAR �L r requirements as regwred by the 2013 CEC for THWN-2 ❑ or XHHV1f_2 ❑ or RHW-2 ❑ NIA '. fO, IcllxnnENTscHEDULE PHOTOVOLTAIC SYSTEMS 3 the specific method of wiring NIA NIA NIA NIA . INSULATED EGC WA , NIA WA TAG DESCRIPTION PART NUMBER NOTES DC GROUNDING ELECTRODE COND. J1��� MA N/A 1 SOLAR PV MODULE SW316 SUNMODULE PRO SERIES XL. QUANTITY 24 I COMPLYWITH2O>CALIFORNLq THWN-2 M or XHHW-2 ❑ or RHW-2 ❑ 4AWG 2 .: PV ARRAY WA 2 STRINGS WITH 112'MODULES PER STRING I ELECTRICAL CODE,, AR77CLE 800.10(E) - ` 3 " J -BOX (IF USED) NIA i:-, 408.38(0) end 705.12(0X8) REQUIREMENTS " 'r N/A 4 COMBINER OF USED) NIA •. i.. FOR Utility-G�Wonnected Electric Powe, - 5. DC DISCONNECT WA duction Systems LITILITy 6 DC/AC INVERTER SE7600 A -US SOLAR EDGE 7600 WATT SINGLE PHASE {i a 1..: tf;rt �r� w f :RVICE . If, 7 GEN METER (IF USED) N/A SER VICES 8 AC DISCONNECT IF USED) DU222RB 240 VOLTS AC 60 AMP NOT FUSED ' r 9 SERVICE PANEL 240 VAC, 200 A MAIN, A BUS, A INVERTER OCPD 11 M � -- (SEE NOTE 6 FOR INVERTER OCPDs, ALSO SEE GUIDE SECTION 9 N 3 4 5 6 7 8 9 DULES IN , - PSEiRIESSOURICE-CIRCUITI { • - • r MAIN) " •1 12 1 -Box COMBINER INVERTER y Y Iii MODULES IN 1 DC DISCO AC DISCO ' SERIES SOURCE-CIRCUITi C O _ WA •• •- IVI .... ......... a INVERTER MODULES IN 1 • . .... ... .1 OCPD v u, ..! SERIES SOURCE -CIRCUIT i ..�.. .... - 1 ; MAIN SERVICE PANEL C ' ' N/A MODULES IN BUILDING i- T .. y SERIES SOURCE -CIRCUIT ••� ear •" GROUNDING FOR UNUSED SERIES STRINGS 1 2 3 provided with ` 5 ELECTRODE ' PUT "NIA' In BLANK ABOVE , ' ' Inverter 4 C- : SEE GUIDE APPENDIX C FOR INFORMATION ON MODULE AND - ^� , PERM -1 ARRAY GROUNDING ' �. £ 'BUTTE COUNTY DEVELOPMENT SERVICES - _ . - • SAI FOR REveEwE� Q'" - CONDUIT AND CONDUCTOR SCHEDULE - TAG DESCRIPTION OR CONDUCTOR TYPE COND. NUMBER OF CONDUIT CONDUIT F GAUGE CONDUCTORS TYPE SIZE 1 USE -2 ❑ or PV VIRE IM 10 AWG 8 BLACK - N/A N/A BARE COPPER EQ. GRD. COND. (EGC) 6AWG 1 BARE CU N/A N/A - 2 - THWN-2 ❑ or XHHV1f_2 ❑ or RHW-2 ❑ NIA N/A N/A N/A 3 THWN-2 ❑ or XHHW-2 ❑ or RHW-2 ❑ NIA NIA NIA NIA . INSULATED EGC WA NIA NIA WA 4 DC GROUNDING ELECTRODE COND. NIA MA N/A NIA 5 THWN-2 M or XHHW-2 ❑ or RHW-2 ❑ 4AWG 1-R, 1-B, 1-W - GREY PVC 2' INSULATED EGC NIA N/A N/A NIA CODE C i�IF'LI NCE w . cera .Hwr°' —One- -irl-Standard-ElectrtcarDiagram for Address and Phwe: Small -Scale, Single -Phase PV Systems WA - - Site Name: Rouen NEAW+ m—NER. - Site Address: ns, PowERN—Nu Ro-amu• CA � System AC Size: �awArre - �^ LAURA PETERSON"' No • muG No REv • t,," «ckedOrROBERT NEAL ws Date: - 6- - rr - .. .. LABELING DIAGRAM: , ARRAY(S) "ALL LABELS AND WARNINGS TO COMPLY WrM NIFPA 70, NEC.20W, AND ARTNCLE 8S0 861AR PHOTOVOLTAK: SYSTEM8" 'ELECTRICAL SERVICE PANEL' 'AC DISCONNECT 'DC DISCONNECT ( — LABEL 15 TO BE PERMANENTLY MARKED TO BE PERMANENTLY TO BE PERMANENTLY _ B0 " AS FOLLOWS:., MARKED AS FOLLOWS-: - MARKED AS FOLLOWS: ; LAOS rB -WeNT ,, M [� .02 •03 T - ,• ' LAEESgLA,re, 8n0-'�.- ' TO BE LOCATED ON EXTERNAL AC 'TO BE LOCATED ON EITHER AN ' • • • Sam=- •- - DISCONNECP EXTERNAL OR INVERTER . - . (NEC 700.10) INTEGRATED LOCKABLE DC - ., ..' .. `'• ,• .: •• ....• IecoN ' TO BE LOCATED EXTERIOR y OF, (NEC N5.10 ... .` _ _MAIN .eoo.a)) IC L ELECTRICAL PANEL' � - (NEC 708:10) ' "AL1 PERNANENT PLATES ARE "RED" PLASTIC W171N "tlUNI1E".ENGRAVED LETTT3NTN(i TO BE:FASTENEO WTTN 918" RNITS. -' • .. _ i 6 .. .. - LA9EL IH wrz�iK�•r"i!. G 1 0 Y - - - .. • , .. 'f0 BE APPLIED TO ALL OC COMBMER BOXES AND. OR JUNCTION BOXES' (�� �� • TO BE APPLIED TO INSIDE OF MAIN ELECTRICAL PANEL' LAM 02 mxa••ci _ _ _ -EVERY 19 FEET AT TURNS AND. ABOVE ! BELOW ALL PENETRATIONS* ALL CAUTION STICKERS ARE MADE OF A REFLECTIVE & WATER RESISTANT RA7ERW1(UL SBS) WRl1 "RED" LiACK(iROUND AND,.. " . 110"•"WHITE"ICAPI7AL) IETTEROW • , a .. .1 ... ._ .• .. _ METER • `• .. 7 DISCONNECT PHOTOVOLTAIC KPHOTOVOLTAKWARNING . • - - - OPERATING CURRENT : AMP D DISCONNECT WAROCK OC TERMINALS ON ARRAY SIDE MAY HE. ENERGIZED EVEN VMO:N DISCONNECT IS IN OPEN -CIRCUIT POSITION. CHECK - • _ - SHORT CIRCUIT CURRENT : , . O . WZAIW ELECT=EELECT=� SHOCK DO NOT TOUCH TERMINALS. TERMINALS VOLTAGE AT TERMINALS BEFORE REMOVING CONNECTIONS. - UNPLUG MODULES TO COMPLETELY REMOVE UNIT. SEE - - , _ OPERATING VOLTAGE : ON BOTH LINE AND LOAD SIDES MAY BE - F1IERGIZED - • FOR MORE INFORMATION. ' MAIN L=1 MAXIMUM SYSTEM VOLTAGE :. r-� IN THE OPEN POSITION. •TO et: 'TO BE PLACED INSIDE Be DISCONNECT(NEO 800.18) . . .. . LA8E1.Ti H. ••, 8 N - - SERVICE' '. DC OPERATING VOLTAGES AND MAXIMUM (Nrzc .17) - - 811 - - . - WARNING- - - . PANEL POMISSABLE SYSTEM VOLTAGE SOLAR ELECTRIC SHOCK HAZARD. • - .. _ _ '.ACCORDING TO INVERTER RATING PLATE. 'TO BE PLACED INSIDE OC OISCONNECTO'LEO880.639 t 9 ' INVERTER OUTPUT CONNECTION 00 NOT RELOCATE THIS IFGROUND FAULT IS INDICATED NORMALLY-GROUN13ED CONDUCTORS MAY BE UNGROUNDED AND ENERGIZED. - ' . T OR _ OVERCURRENT DEVICE.. 01Ec ego.8(c)); T DA 1. � SLICES . �M FCR' ` • CODIE ; . . /PGIAIE i J Butte County Department of De%,e10p1I1e11t Scrvices PERMIT CENTER 7 County Ccnter Drive, Oroville. CA 05965 ,'stain Phone (530)538-7601 Permit Center Phone (530)538-686 1 Fax (530)538-7785 SITE PLAN Assessor's Parc • Parcel Number: INEKI M®C]--DDD. Permit #: rill b ,DRI VEt,Ax c�5' a L46LL Hou sE 310' _TV I'b 6EPTtC, so Q h� So, The 2013 CBC, CMC, CPC, CEC, CFC, ' CGBC and 2013 California Energy Standards as amended by the jurisdiction apply to this project FORM No DBP -3 .............. i....... s....... i.......1....... i...._. 1....... I....... I ....... I....... -�D : 50L AR �1'' I....... P,hRAy ly I I.` 40+' NO CONSTRUCTION IN EASEMENTS ALL PORTIONS OF STRUCTURE TO BE OUT �_••,___• OF EASEMENT -INCLUDING FOOTINGS, FOUNDATIONS, WALLS, EAVES AND ROOF i• PREVENT WILDFIRES IN BUTTE COUNTY Remove vegetation and debris from �q�QI� t k I Z-,-.-•.... under and away from structure. , W ^ , /� t........ Maintain clearance for a fire safe KEEP JI\lW- i environment. ' �-•••••- CALIFORNIA GREEN r ; PERMIT#BUTTE COUNTY DEVELOPMENT SERVICES 'APPROVED PLANS AND ITE REVIEWED FOR PERMIT SHALL BE ON CODE COPLIAIiC r FOR ALL INSPECTIONS i DATE -COUNTY �....... LEACH Sysr�ool APR 2'3 2015 / FItrLO i DEVELOPMENT Label, circuit breaker(s), disconnect(s), SERVICES jfuse(s),switch(es) and their �� l-•••••• accessories, to identify their location l v Owner Name: Ro - rzT r\ E P. L Address / Phone: , �V ► Lt_F CP, Site Location: n� I P .� .c- c c� ,-i) :U Contact ct Name: �,�� f Y r -�:_ �; , CA 11'I:IISI IT` 13u11clin, 13uilcfi;ry Fktr:n<.V. I)trc:rntrntti ._Oi l•\1•',trJ lhu•< ��ith l,lul;ur..l fl,� nu ?r)I' tiitr flan I'a)x-r O!31'-.3, It c, I I.Iti.l? P lLC I o l' and or equipment i L......' — I ....... fr.......r....... r....... Scale 1" _ ,'�' o �u T 7' Phone:- --