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B-2016-1844
CITY OF CUPERTINO BUILDING PERMIT BUILDING ADDRESS: CONTRACTOR: PERMIT NO: B-2016-1844 19752 BIXBY DR CUPERTINO, CA 95014-3325 (369 09 017) SUNPOWER CORPORATION SYSTEMS RICHMOND, CA 94804 OWNER'S NAME: SHETYE SANDEEP D AND WAI FUNG I I DATE ISSUED: 04/28/2016 1 OWNER'S PHONE: 408-564-0473 1 1 PHONE NO: (941) 720-3850 LICENSED CONTRACTOR'S DECLARATION License Class B. C-10. C-46, A Lie. #890895 Contractor SUNPOWER CORPORATION SYSTEMS Date 02/28/2017 I hereby affirm that I am licensed under the provisions of Chapter 9 (commencing with Section 7000) of Division 3 of the Business & Professions Code and that my license is in full force and effect. I hereby affirm under penalty of perjury one of the following two declarations: 1. I have and will maintain a certificate of consent to self -insure for Worker's Compensation, as provided for by Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. I have and will maintain Worker's Compensation Insurance, as provided for by e Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. APPLICANT CERTIFICATION I certify that I have read this application and state that the above information is correct. I agree to comply with all city and county ordinances and state laws relating to building construction, and hereby authorize representatives of this city to enter upon the above mentioned property for inspection purposes. (We) agree to save indemnify and keep harmless the City of Cupertino against liabilities, judgments, costs, and expenses which may accrue against said City in consequence of the granting of this permit. Additionally, the applicant understands and will comply with all non -point source regulations per the Cuino Municipal Code, Section 9.18. Date 4/28/2016 OWNER-BUTLDER DECLARATION I hereby affirm that I am exempt from the Contractor's License Law for one of the following two reasons: r. I, as owner of the property, or my employees with wages as their sole compensation, will do the work, and the structure is not intended or offered for sale (Sec.7044, Business & Professions Code) 2. I, as owner of the property, am exclusively contracting with licensed contractors to construct the project (Sec.7044, Business & Professions Code). I hereby affirm under penalty of perjury one of the following three declarations: r. I have and will maintain a Certificate of Consent to self -insure for Worker's Compensation, as provided for by Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. 2. I have and will maintain Worker's Compensation Insurance, as provided for by Section 3700 of the Labor Code, for the performance of the work for which this permit is issued. 3. I certify that in the performance of the work for which this permit is issued, I shall not employ any person in any manner so as to become subject to the Worker's Compensation laws of California. If, after making this certificate of exemption, I become subject to the Worker's Compensation provisions of the Labor Code, I must forthwith comply with such provisions or this permit shall be deemed revoked. APPLICANT CERTIFICATION I certify that I have read this application and state that the above information is correct. I agree to comply with all city and county ordinances and state laws relating to building construction, and hereby authorize representatives of this city to enter upon the above mentioned property for inspection purposes. (We) agree to save indemnify and keep harmless the City of Cupertino against liabilities, judgments, costs, and expenses which may accrue against said City in consequence of the granting of this permit. Additionally, the applicant understands and will comply with all non -point source regulations per the Cupertino Municipal Code, Section 9.18. Signature Date 4/28/2016 BUILDING PERMIT INFO: X BLDG —ELECT —PLUMB _ MECH X RESIDENTIAL _ COMMERCIAL JOB DESCRIPTION: INSTALL (11) PV, ROOF -MOUNTED SOLAR PANELS (3.60 kWS) Sq. Ft Floor Area: I Valuation: $5000.00 APN Number: Occupancy Type: 369 09 017 PERMIT EXPIRES IF WORK IS NOT STARTED WITHIN 180 DAYS OF PERMIT ISSUANCE OR 180 DAYS FROM LAST CAL ED SPECTION. Issued by: Alex Vallelunea Date: 04/28/2016 RE -ROOFS: All roofs shall be inspected prior to any roofing material being installed. If a roof is installed without first obtaining an inspection, I agree to remove all new materials for inspection. Signature of Applicant: Date: 4/28/2016 ALL ROOF COVERINGS TO BE CLASS "A" OR BETTER HAZARDOUS MATERIALS DISCLOSURE I have read the hazardous materials requirements under Chapter 6.95 of the California Health & Safety Code, Sections 25505, 25533, and 25534. I will maintain compliance with the Cupertino Municipal Code, Chapter 9.12 and the Health & Safety Code, Section 25532(a) should I store or handle hazardous material. Additionally, should I use equipment or devices which emit hazardous air contaminants as defined by the Bay Area Air Quality Management District I will maintain compliance with the Cupertino n al Code, Chapter 9.12 and the Health & Safety Code, Sections 5505, 2 533, and 25534. Ow,;, a ffae ate: 4/28/2016 CONSTRUCTION LENDING AGENCY I hereby affirm that there is a construction lending agency for the performance of work's for which this permit is issued (Sec. 3097, Civ C.) Lender's Name Lender's Address ARCHITECT'S DECLARATION I understand my plans shall be used as public records. Licensed Professic �ST.7 y fs ALTERNATIVE ENERGY PERMIT APPLICATION ..COMMUNITY DEVELOPMENT DEPARTMENT •"BUILDING DIVISION.. 10300 TORRE AVENUE • _CUPERTINO, CA 05014-3255 (408):777-3228 -,FAX (408) 777-3333, building(a-Dcupertino:org ..�. U PROJECT ADDRESS �y AI N # 01. OWNER NAME PHONE E-MAIL STREET ADDRESS CITY, STATE, ZIP . - FAX: )Tiue.:.. CONTACT NAME PHONE E-MAIL STREET ADDRESS CITY, STATE, ZIP ❑ OWNER ❑OWNER-BUIIDER _ ❑"OWNER AGENT v CONTRACTOR ❑ CONTRACTORAGENT" . . ❑ "ARCHITECT ❑ENGINEER ❑ DEVELOPER . - ❑TENANT CONTRACTOR_NAME LICENSE NUMBER LICENSE TYPE - BUS. LIC # COMPANY NAME E-MAIL FAX " ;CC Y' STREET ADDRESS CITY, STATE, ZIP. PHONE �y Gc��ez� rcS� .c .:�,-r�s.. eP S��3c�O.2©3 .ro? i ARCHITECTlENGINEER NAME LICENSE NUMBER - BUS. LIC # ' COMPANY NAME .. - .. E-MAIL - FAX . . STREET ADDRESS C�, STATE, ZIP PHONE 6s� i3 4'61 ..sib C) b3 PROJECT IN WILDLAND PROJECT IN USE of " _ �FD or. Duplex ❑Multi -Family - STRUCTURE: ❑ Commercial URBAN INTERFACE AREA ❑ Yes " 1V O " FLOOD ZONE . ❑ Yes:[ 0 SOLAR PANELS ❑ ELECTRIC VEHICLE.CHARGING STATION ❑ SOLAR WATER HEATING ❑ OTHER: " FOR SOLAR PANELS. NUMBER OF PANELS/UNITS:. KILOWATTS (COMMERCIAL ONLY): TOTAL VALUATION: DESCRIPTION OF WORK Gar. e . is n RECEIVED BY By my signature below, I certify to each of the following: I -am the property owner or authorized agent to act on the propertyowner's behalf. I have lead this appiication and the information I have provided is I have read the Description of Work and verify, it is accurate: I agree to comply with: all applicable local ordinances and state laws relating to building co ction I authorize representatives of Cupertino to enter the above -identified property for inspection purposes, . Signature of AppIicant/Agent: Date: SUPPLEMENTAL RMATION REQUIRED OFFICE USE ONLY - OVER-THE-COUNTER pW, F�" ❑ EXPRESS U . W ❑ .STANDARD ... . W. U. . �.. LARGE.. ❑ . MAJOR .. .. PVApp_2011.doc revised.03/16/11 SOLAR. I D.IVIDUAL PER�ITPACKAGE.. SANDE,EP_'SHETYE.. kW,GRIDPH0T0V0LTXj,1uCI uiGD�� LNDIViTt M3.60 TIED E 'JON - CUhL Aar1—`Rba ,VLE: D This set of plans and specifications MUST be kept at the join sitf dUNFIg construction. It is unlawful to make any t han.ies or alterations on same, or to deviaa:e . CODE INFORMATION _� 1- w ao o In ce APPLICABLE CODES, LAWS AND REGULATIONS tn a r 3 a o s� 2013 CALIFORNIA RESIDENTIAL CODE (CRC) u 2013 CALIFORNIA BUILDING CODE (CBC) CL mLin 2 o ? W 2013 CALIFORNIA FIRE CODE (CFC) < Q f 2013 CALIFORNIA ELECTRICAL CODE (CEC) o = x . s'g NOTE: o v ce us u THE INSTALLATION OF THE PV SYSTEM. SHALL CONFORM TO THE REQUIREMENTS OF THE 2013 CBC AND 2013 CEC, ARTICLE.690 AND ANY OTHER APPLICABLE ARTICLES OR STANDARDS. INSTALLATION SHALL BE PROVIDED BY A CALIFORNIA LICENSED CONTRACTOR .*; A, RIC-10) p.e UPERTIftlO I o" ���Fr' R_U ding Department VICINITY NAP FV1F ?v I;7r r' COMPLIANCE therefrom, without approval from the Building Official. pR0]Ec 19752 BIXBY DRIVE Trhm stamping of this plan and specifications SHALL NOT CUPERTIND, CALIFORNIA 950040 �vons, f to an approval the violation or State Law. Y p. RV 90ECK150 BY DAT :.. — PERt%4IT NO. l� ®0''IMPY PLANNING DEPT OFFICE- I... CUPERTINO --_ P V A _ 'dQ g. CUP!rCPn V Ilco shq)PurJ Mall Lfemv,al P,,g ' k1wi D, :.Cupertino sY.•mne Geeq t➢t•d.. •Slav to ca,g,, i+•, g .• Hod pue, M'`; uw` y . '.Iclim Rd MIX)!lI rid • �:. �snaoh' 7wpPtD, I t . �• vi se`•-oa . �.� . BY: N ABBREVIATIONS SYMBOLS SHEET INDEX � .. At . - - ELEC. EO Electrical' Electrical. Outlet MAX. M.D.F. Max maximum .. " " � Medium, Density Fiberboard SB S.C. Slorbucks � . .. Solid Core / Seat Cover . .. .. SOLAR ARCHITECTURAL DRAWINGS A.B. A.C.T., Anchor Bolt Acoustic Ceiling Tile E.P.B. Electrical Panel Board MECH. Mechanical SCHED.. Schedule - - . A.D. Area Drain EQ. Equal, MEMB. Membrane SECT. Section AD]. Adjocent, Adjustable EQUIP. E.W.C. Equipment Electric Water Cooler MEZZ. MFR. Mezionine Manufacturer S.E.D. See Electrical Drawings - -Fire 2.1 NEW FINISH GRADE SOLAR -AO COVER SHEET A.F.F. AL. Above Finish Floor Aluminum - EXIST. Existing MIN. Minimum SFD SHT. Smoke Damper Sheet I DRAWING NUMBER GROUP �- FIRE STANDPIPE CABINET �'t-� -(DRAWN ® 45') SOLAR —Al ARRAY LAYOUT A.T.C. Acoustic "Tile CeilingEXP. Expansion MIR. Mirror, SIM. Similar - NUMBER DISCIPLINE PREFIX FS.C. 68.6 EXISTING GRADE (SHOWN BB. Bulletin Board EXP. ]T. Expansion Joint P Exterior MISC. M.O. Miscellaneous Masonry Opening S.M.D. See. Mechanical Drawings - HORIZONTALLY) - - SOLAR-A2 ROOF 1 STRUCTURAL INFORMATION BD. Boord EXT. Module S.M.S. Sheet Metal Screw _ WALL HUNG. CABINETS 'OR BETW. Between F.D. Floor Drain MOD. M.S. Machine Screw SP Sprinkler _ - �tv REVISION CLOUD AROUND SHELVES .. BLKG. Blocking F.E. Fire Extinguisher MTD. Mounted S.P.D. See Plumbing Drawings —T REVISION PROPERTY LINE BM. Beam F.E.C. Fire Extinguisher Cabinet Metal S.S. Stainless Steel mow/ _ p. COUNTERTOP B.O. Bottom Of F.H. Flat Head (N) (N) New S.S.D. See Structural Drawings BOT. Bottom F.H.C. FireHose Cabinet N.I.C. S.T.S. Self -Drilling, Self -Tapping 'Ins B.P. Barking Plate FIN. Finish NO Number STD. Sheet Metal Screw Standard - Standard MATCH LINE, SHADED'PORTION OWNER FURNISHED ITEMS TOP OF WALL BRG. Beorin 9 FLR. Floor - NOM. Nominal IS THE SIDE CONSIDERED _ N,I.C. (NOT IN CONTRACT) BTWN. Between FLUOR: F.O. Fluorescent Face *Of N.T.S. Not To Scale STL.. STRUCT. Steel' Structural CAB. CER. Cabinet Ceramic F.O.S. Face Of Stud O.A.D. l - Overall Dimension SUSP. Suspended g �'S . CH Coat Hook' F.O.W. F.R. Face Of Wall' Fire' Resistant O.C. Out - TB. Tack Board WORK POINT, CONTROL POINT OR DATUM POINT ® ACCESS PANEL 1C' TOP OF CURB SOLAR STRUCTURAL DRAWINGS ' C.]. Control Joint F.S. Full Size O.D. Outside Outside Diameter Di THK. Think - rL Center Line' FURR. Furring OPNG.0 enin P 9 T.O. Top -Of :.Cl_ Closet Future OPP. Opposite T.O.C. Top Of Concrete SECTION - - ''-CLG.. '.CIR. CeilingFUT. Clear GA. Gauge O.F.C.I. Owner Furnished/ • Contractor Installed T.O.S. T50 Top Of Steel Telecommunicolion, SECTION IDENTIFICATION DIMENSION LINES �S� 1?' TOP OF PAVEMENT SOLAR-S1—S2 MOUNTING DETAILS - C.M.U. Concrete Masonry Unit GALV. Galvanized O.F.O•I. Owner Furnished Service Cutlet A3't SHEET WHERE SECTION IS DRAWN, SOLAR=S3 STRUCTURAL CALCULATIONS COL. Column G.B. Grob Bar Owner Installed TM Toilet' Tissue Dispenser - CONC. Concrete . G.D. Garbage Disposal O.F.V.I. Owner Furnished/ TYP. Typical SOLAR INVISMOUNT DATA & SPECIFICATIONS CONSi. CONT. Construction Continuous G.W.B. GYP. BD. Gypsum Wallboard Gypsum Wallboard O.H. Vendor 'Installed Oval Heod. U.O.N. Unless Otherwise Noted ^ DETAIL F DETAIL IDENTIFICATION A9.1 CENTERLINE OF COLUMN OR STUD OFFSET FACE .,000RD. Coordinate, 0/ Over UP. _ Upper -- SHEET WHERE .DETAIL IS. DRAWN - 'C.R. Cold Rolled H.B. Hose Bibb C.T. 'Ceramic Tile H.C. Hollow Core PAD PB Powder Actuated Device Push Bolton Door Operator V.C.T. ,Vin ICom Composition Tile y p C INTERIOR ELEVATION(S) —,� F.O.C. - CTR CTSK. Counter Countersink - HDWD. H.M. Hardwood Hollow Metal P. LAM. Plastic Laminate VEN. VER. Veneer Verify ELEVATION 4 �'� FACE OF CONCRETE 'ALIGN FACE HR. Hour' R Property Line LEVATIFCATION B (UNFOLD. ELEVATIONS CLOCKWISE. MEANS Double PL. Plate VEST. Vestibule p5.1 NO ARROWS ELEVATION yDCA. Drilled Concrete Anchor H.R. HT. Hot Rolled Height PLY. Plywood V.I.F. V.C. Verify In Field Verify.With Casework NOT SHOWN.) .A SHEET WHERE ELEVATION IS DET. Detail PLYWD. Plywood V.W.C. Vinyl Wall Covering DRAWN —t F.O.F. EXISTING WALL OR PARTITION SOLAR ELECTRICAL DRAWINGS •D.F. Drinking Fountain - I.D. Inside Diameter PT. Point �j. FACE OF FINISH TO REMAIN - -''DIA. 'DIM. Diameter I.F. Inside Face P.T. Pressure Treated y,,/ With ' DISP. Dimension Dispenser INS. Insulation PTD. Painted W.C. _ Wall Covering SOLAR —El ELECTRICAL SINGLE LINE DIAGRAM & :=DN. =DR. Down INT. INTER. Interior Intermediate PTN. Q.T. Partition Quarry Tile ry WD. W.P. Wood. Waterproof 'S FINISH FACE TO FINISH FACE EXISTING DOOR TO REMAIN - SPECIFICATIONS DSP Door Door Side Panel INTCM Intercom QTY. Quantity W.R. Water Resistant =; DTL. Detail JAN. Janitor W.S. Wood Screw SOLAR-E2 ELECTRICAL CALCULATIONS. & DETAILS ' DING. Drawing JST. Joist R. PAD. Radius Radius wR waste Receptocle . - Existing IT. Joint � R.D.- Roof Drain PLUMBING OR PIPE CHASE � ALIGN - _ � SOLAR-E3-ElO ELECTRICAL DATA '& SPECIFICATIONS .(E) ':. . RE: Refer To WALL (FACE OF STUD U:O.N.) _ , . EA. Each LCB. Liquid Chalk Board SOLAR—E12 STRING DIAGRAM �'�EIFS Ext. Insulation Finish System LAM. Laminated REQD. Required ',E.J. Expansion Joint LEV. Level RES. Resilient EL. Elevation LT. WT. Light Weight RESIL Resilient L.N. Liquid Nitrogen R.H. Round Head LU U) U W . Q Q . w o (Z O Lu a W zW F- W m 1b N N LLf) Z LL 13�a Q U z n F- �'w J Q Q H > cW=n IY LLI > Q v._ C7 LLI 0- z U Q 0 to OPPORTUNITY SPRI - FREMONT PROJECT D-0052012 DATE. DRAWN 04-25-2016 PRAWN BY ALBLANCO DATE CHECKED 04-25-2016 CHECKED BY. APATEL SHEET SOLAR -AO LEGEND pC BIXBY DRIVE B I W W o tn w CA CDBad 771" - JUNCTION BOX a o Go Z „ I (E) GATE " . U Z F CONDUIT � a ca o o ., W u � aF DRaY e NEW EXISTING;SERVICE POINT o� AND UTILITY METERING u FIG.A: MODULE PLACEMENT AND RAFTER FRAMING DETAIL - ROOF 1 . F LnV En so LEGEND W W o co W v O O Ln -- EXISTING RAFTER m � a O # sk' . :. " o z a w z -cam • . ROOF ATTACHMENT. o " .u' r z g a co W a < u =� ------ RAIL M O = _ "� a E $se a �' v < CHIMNEY v ROOF VENT o VENT PIPE I �� ACCESS PATH { sip 1 ! c I ildir�g Qepme:nx. NPad' c J , . .. EviE"JET FOR )E rorviPLI�I:r�c Res-iew�.d �y: f - - V " 9 9 9 21 9 9 9 0 LU U 270 90 } V7 W U Q Ln U ZO IQ— J> w°i Q. Q a� LU 0 2 Z oo �' � ')� .. - p Wp LL .. .. 180 a WCo. U :D FIG.B: STRUCTURAL RAFTER FRAMING DETAIL (NTS) FIG.C: ROOF RAFTER MAX HORIZONTAL' SPAN PER CALIFORNIA SOLAR PERMITTING GUIDEBOOK 2015 (NTS) 0 ,N o o z. T _ L F00 a -4 INVISIMOUNT RAIL. RAFTER SIZE AND SPACING: 2"x4"®24"OC PV MODULE FLASHING - COMPOSITE SHINGLE, LAG - T LAYER BOLT 2"x6" purlin ATTIC 2"x4" PURLIN .BRACING Assumed Vintage ' Nominal Size Actual Size Non -Tile Roof Tile Roof . Rafter Spacing 16" O.C.: 24" O.C. 32" O.C.- 16".O.C.: 24" O.C. 32" O.C. Post-1960 :2"x4" 1Y."x3Y." 9'-10" 8'-0" 6'-6" 8'-6" V-11" 5'-6" 21Ix61." .1Y."X5Y2" 14'-4". 11'-9" 9'-6" 12'-5" 10'-2" .. 8'-0" 2"x8" : 1Y."x7'/." . 18'-2" 14'-10" 12'-0" 15'4" 12'-10" 10'-3" Pre-1960 2"x4" 1%"x3%" 11'-3" 9'4" 7'-9" 10'-3" 8'-6" 6'-9" 2"x6" : ' 1V.."x5%" 17'-0" 14'-0" 11'-3" 14'-9" 12'-0" 9'-9" 2"x8" 1'/."x7'/." 22'-3." 18'-01. 14' 6" 19'-0'' 15'-6" 12'-6'•' U) C7 0 Th a U . � O N REVISIONS REV DESCRIPTION DATE DB CB OPPORTUNITY .SPRI- FREMONT .. PROJECT D-0052012 CEILING JOIST LEADRAWN 04-25-206 NOTES: 1. THE SITE AUDITOR HAS VERIFIED THAT ROOF STRUCTURE IS STRUCTURALLY SOUND WITHOUT SIGNS OF ALBwNco 20" 96° 04-25-2016ALTERATIONS OR SIGNIFICANT STRUCTURAL DETERIORATION OR SAGGING.2. MEASURED HORIZONTALSPAN IS LESS THAN TABLE 1.SPAN ABOVE, THEREFORE NO STRUCTURAL aPATEL MODIFICATION IS REQUIRED.3/16 3 T 6 ON CENTER, PLEASE REFER TO SOLAR-S1 SHEET. LOAD BEARING WALL SHEET co �7 MAXIMUM ATTACHMENT RISK CATEGORY II; V = 110. MPH BASIC WIND SPEED, EXPOSURE C, 0 PS GROUND SNOW LOAD, Ss =.2.Og . MAX MAX MAX MAX SPACING .CANTILEVER UPLIFT' DOWNFORCE ZONE 1 72". 36" 25 psf 28 psf. 390lb 444.lb ZONE 2 36" 18" 46 'psf.. 28 psf . 360lb 222:Ib ZONE 3 30" 15" 73 psf 28 psf . 475lb 185lb DESIGN PARAMETERS WIND LOADS RISK CATEGORY: II EXPOSURE: B OR.0 MAXIMUM WIND SPEED PER IBC 2012, V: 110 MPH MAXIMUM ROOF HEIGHT, H: 22 FT MAXIMUM ROOF SLOPE: 12:12 MAXIMUM LEAST HORIZONTAL DIMENSION OF BUILDING, L: 50 FT TOPOGRAPHIC FACTOR, kzt: 1.0 WIND DIRECTIONALITY FACTOR, kd: 0.85 VELOCITY PRESSURE EXPOSURE COEFFICIENT, kh: 1.04 INTERNAL PRESSURE COEFFICIENT, GCPi: 0.0 SNOW LOADS MAXIMUM GROUND SNOW LOAD, pg: 0 PSF EXPOSURE FACTOR, Ce: 0.9 (FULLY EXPOSED) THERMAL FACTOR, Ct: 1.2 (UNHEATED AND OPEN AIR STRUCTURES) SLOPE FACTOR, Cs: PER FIGURE 7-2c (UNOBSTRUCTED SLIPPERY SURFACE) SNOW IMPORTANCE FACTOR, Is: 1.0 �.✓.�� �J� Ii�'�i�I I�� 1. la� �'-�� -', RE , EVJ �I I� I- Nev SEISMIC LOADS GABLE ROOF (6 < 70) GABLE ROOF (7°< ®.<_ 450) SHORT PERIOD SPECTRAL ACCELERATION, Ss:2.Og SITE COEFFICIENT, Fa: 1.0 COMPONENT AMPLIFICATION FACTOR, ap: 1.0 SEISMIC COMPONENT IMPORTANCE FACTOR, Ip: 1.0 COMPONENT RESPONSE MODIFICATION FACTOR, Rp: 1.5 SITE CLASS: D f iITT i LEGEND (—j INTERIOR ZONES w L - € WW o o a, U- o Ln a Ul Q 3 o co ¢ * U �k N C 0 0 z Ln a cL m � ¢ w 0 U' f 8 =�8 W 0 a = v v J u ¢ 8g v 5! U CUPER T NO wilding Dept -�r er1t Eli E-)P :ODE COMPLI'..N0E- !evved By- LLI F Ln u o i Ln LD < a U a J " o � z a ~ O 0 m H N M C7 ED V IJJ 0 .U.1 LNn O o! H Z F- C) z ~ a U) p �. 0 12 wa' U O OPPORTUNITY SPRI- FREMONT PROJECT D-0052012 DATE DRAWN 04-25-2016 DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 CHECKED BY APATEL SHEET .. SOLAR S2 " a, LU F- o 0 tn > co $s . b.� > m Z u o, co gi O O O Ln F m Z — U) w goo n� Load Calculation Parameters Lag Bolt Strength Q " s Rail tributary width. 2.6 ft NDS LRFD O' = _ -' $'e Flat roof snow load pf 7.6 psf o U• Wind velocity pressure qhl 27 psf V) U � Service Loads Bolt.diameter, D = 0.3125 inch Dead Load pd - 3.38 psf Specific gravity, G = .0.55 (Southern pine or equal) Sloped Roof Snow Load ps 7.6 psf Withdrawal value, W.- 307 Lb; NDS Table 11.2A Wind Load Upward Zone 1 pw_zonel -27.48 psf Load duration factor, Cd = 1 ;Section 10.3:2 (LRFD design) Wind Load Upward Zone 2 Wind Load. Upward Zone 3 pw_zone2 -49.46 psf 76.94 Wet service factor, Cm = 1 ; Section 10.3.3 (wood in continuou iy dec~o� ition) F, -I NO px_zone3.. psf Wind Load:Downward. P w_down 25 psf Pd Temperature factor; Ct = 1 ; Section 10.3.4 (no sustained temp OQF t I Bull ding ep,_r rent Seismic Load Fp 3.6 End grain factor, Ceg =- 1 ; Section 11.5.2 (no end grain) Seismic Load Fp_upper =limit 1.4 Toe -Nail factor, Ctn =. 1 ; Section 11.5.4 (no.toe nail) �� .71 17-� �.' :� > Seismic Load Fp_lower_limit 7.2 Format conversion factor, Kf = 3.32 ; Table NI (Connections) ., ' �j b 1 � -a-� y ° ,_..�'s J Seismic Load Load Combinations Fp_egn 3.6 Resistance factor, Ihz = 0.65 ; Table N2 (Connections) REVIEWED FOR CEDE CO PL1,1i SCE 1AD Combo 1 10 plf Time i effect fact6r, A = 1 ; Table N3 (Wind/Seismic) . 1.2D+1.6S+0.5W. " : Combo2 .. '.. 57 plf, Reviewed By: � l' —� 1.2D+0.5S+1.OW Combo 3 74 plf' ' 0.9D+1.OW Combo 4 (Zone l) -65.43 pit W' (per inch of thread penetration) _ 663.12' lb; Table 10.3.1 .0:9D+1.OW Combo 5 (Zone 2) -119.91 plf 0.9D+1.OW Combo 6 (Zone 3) -190.11 plf . 1.2D+1.0E+0.2S Combo 11 15 plf w 1 AD Combo 7 7.4 plf � 1.2D+1.6S Combo 8 14 pit N 1.2D+0.5S Combo 9 . 8.5 pit. U o z 0:9D Combo 10 . 4.8 pit - w �. Ln O 1.2D+1:OE+0:2S Combo 12 14 plf a g Worst Case Uplift Zone 1 WCzonel 65 plf. w > - z v Worst Case Uplift Zone 2 WGro6e2 120 pif 0 m 0 N v Worst Case Uplift Zone 3' WGrone3 190 pii _ X. .j M , Q U Worst Case Downward WCdown 74 plf w W LU m a N Worst Case Seismic Demand WCeq 15 plf O Lu �. Worst .Case Shear for Uplift Cases WGshear_up. 4.8 plf ZQ o � ? a v Worst Case Shear for Downward Cases WCshear_down 14. plf m Worst Case Shear for Seismic.Cases WCshear eq 14 pit a Root Wind Zone Dimensions _ U in Width.of edge and cornerzones a 5.0 ft Maximum Allowable Spacing of ko Maximum allowable attachment spacing, Lallowed_zonel 72 in M Maximum allowable attachment spacing, Lallowed_zone2 48 in Maximum allowable attachment, spacing; Lallowed_zone3 24 in Maximum allowable cantilever; zone 1 Carntileverzone.l 24 in m 0 Maximum allowable cantilever, zone 2 Cantileverzone2 24 in _7 Maximum allowable cantilever,.ione 3 Cantileverzone3 20 in o Rail Bending vi Rail Bending Up Strength Mn-rail-up 548 lb-ft Z Rail Bending Down Strength Mn-rail -down 580 lb-ft L=Foot L-Foot Tension Strength Tn_L-Foot 510.0 .lb Wo L-Foot Compression Strength Cn_L-Foot 999.0 lb a L-Foot Shear Strength Vn_L-Foot 195.0 lb e N 0 OPPORTUNITY SPRI - FREMONT PROJECT D-0052012 - - - DATE DRAWN 04-25-2016 DRAWN BY ALBLANCO - - - DATE CHECKED 04-25-2016 - CHECKED BY APATEL FIGURE A: INVISIMOUNT STRUCTURAL CALCULATION FIGURE B: LAG BOLT STRUCTURAL CALCULATION SHE S®LA - 3 : _. N .. Lu,w O O co 1b. .. .. a `° O a # Ce K la imi. Eli o ra z gg s . x _4 o x n Tool' stmunt Design SunPower Invi o g T v a a MAFFEI MAFFEI Structural-Calculations 0 a H ST=RUCTURAL;ENG,INE.ERIN:G ST.RUCTURAL ENGINEERING Paget' 1.1.August 2014 . Performed: independent calculations for six example project sites, plus spot c , ther, INO P J ons, to compare to the structural design loads and loa onsCU " Guillaume Cara .. d by the arrays, rails; .and attachments to the roofs ; x all Buifdin calculate toot act on the Drrparfirrgent SunPower Corporation of the examples that we checked, :the loads and load combinations calculated oo are ^ 7 1414 H Harbour Way South r', i . Fq. consistent with. : independent' calculations in accordance with the st sign A P =',: L 2; �. Richmond,: GA 94804. standard ASCE 7-10 Minimum Design Loads for Buildings and Other Structures. • Performed independent calculations for ten example project sites, plus spot c c � �eY CR COGE C 1MPLlANCE Subject:. SunPower Invisimount Design Tool potential project conditions, to compare to the bill of materials estimated' by the toilled By - " Structural Calculations of the examples that we checked, 'the' quantities of parts estimatedby the tool are the same as calculations, .or within, a reasonable •tolerance. The " the t. from � our- inde eCalculati Dear.Guillaume, es the rocedure:that the 1 uses for ed ` "En on describ too attached. gineenng Basis ofP estimating th ill 'of materials ' - eb s =Per. your; request, we are pleased: to present the findings from our -review and :testing of SunPower s Invisimount Design Tool, ari.online tool that; SUMMARY OFFINDINGS � z •. Evaluates structural design loads on SunPower Invisimount solar aria Ts ' To an extent consistent. with 'the sco a of our review, our professional opinion is that the P to . ' .. •. Evaluates'the maximum allowable spacing. of attachments of the s stem"to the roof to resist EY .. Invisimount Design Tool calculates structural design loads ;on the .solar arrays, and maximum a, Ln u ". design loads :. allowable spacing of attachments .to the roof structure, that are. consistent' with the standards'and' W J rn �, a ' Estimates the bill of materials for specific ro'ects to assist with orderin arts from P 'projects g P. procedures described; in the attached "Engineering Basis of Calculations;' including AS.CE T-10 � o z �' U. "a SunPower Minimum Design Loads for Buildings .and Other StructureZn s; the 2012 International Building o � 'o o m. U_ N ode, and the �201$ California Building• Co de. a s m y o :SCOPE. OF THE TOOL w w IN W o ". Invisimount by SunPower is 'a solar panel su ort s stem for installing Solar photo' wit arras P pP Y g P Y DESIGN RESPONSIBILITY z . : �: z .' on: sloped.roofs of buildings. Typically such buildings .are residential with: shingle:'or the roofs. The Invisimount. Design Tool is intended to be used under the responsible charge of a registered' (n o E ' h'row or' column of modules is supported b. ' two rails, which are 'attached to. the roof PP. Y design rofessionV where, re uired b the authorit havin 'jurisdiction. In ' all cases; the_ tool g P 4, y Y gJ a structure. The number 'and. spacing. of attachments to the roof structure can ,vary. depending on; . should be used under, the direction of a design professional with sufficient structural engineering ;for ,example, , structural loads_' at. a particular' site -the: type of attachment.hardware used, .and knowledge and experience to be able to: o' o . z spacing of the building rafters. whether the: tool ' e 'totM Evaluate is applicable he project based _on the `Engineering. Basis."of The, attached °Engineering. Basis of Calculations" describes the scope of the Invisimount Design. Calculations document and the characteristcs of the project, and mA. ., Tool,.its. calculation procedures, and assumptions .for use. ..Understand and .determine the appropriate values for all input parameters of the tool. .. o SCOPE OF OUR REVIEW nays ju a es tilts of the.tool should'be g esign profe ssio gment Ex 'Rce ts' Tom ainst the 'as o . .. Stan Ohecked lards Such A5CE 7 1 are presented in the tool as pointers to the standard and are'not n Maffei Structural" Engineering collaborated with SunPower- on :the development of the P ,' iJ y pp ' g sections of the intended to diminish the user's res orisibilit to consult the a llcable fi tires and secti Z " .... Invlsimount Design Tool., including the following tasks, related to. structural calculations:, standard directly. The user or design professional in responsible charge assures full design _ Provided documents : describing applicable building code formulas and_ the calculation . responsibility. a= procedure to be iLU mplemented by SunPower's programming team The'tool'does not.check the capacity of the building structure to support the loads imposed on the • Worked with SunPower and the programming team during implementation to 'answer building by the array, such as bending strength of roof rafters spanning between supports. This N questions related to structural calculations .and test the functionality of the tool ° 415.329.6100 1 Tlifentefrms registered^ndesign professional. and registered design professional in responsible charge are defined in - www.fiflffei-stfuctut6.com V. � tie 2012 IBC Section 202.. .. OPPOR7UNTTY SPRI- FREMONT . _ a. ', .. .. .. .. 148 HCitrios8 AVegUe, v Oukl:trid, CA 94618 PROJECT D-0052012 . ' DATE DRAWN 04-25-2016 - .. .. DRAWN BY ALBLANCO DATE CHECK 04 25 2 6 . .. .. - CHECKED BY . APATEL. -: .. .. .. L S.0 M MARY PAGE.1 FIGURE A: STRUCTURAL .. .. .. FIGURE B• STRUCTURAL SUMMARY PAGE 2 • SHEET.. .. -SO L.AR- 4 be. O f � 'a tn �o la.a w. p o m 3b .. .. ..r-' V 0: pOD m B to j to if 3 a xc: fi Ilk,lt m W O S J ..11 August st 201 4 _ - SunP w r I visimount Design Tool Structural CalculadonsMAFFE1 STRUCTURAL:ENG.INEERING Page-3 - -- _ -- � Mounting System requires: additional knowledge of the building and:is outside the scope of.'the design tool and our review: ltm!Wount CoMponent If you have airy questions regarding these findings; please call ine at.510.=604 2688. Bui!d!R j Dep ant Sincerely, span r,,odule' / Enn Clarr"L Module" I Micl Clan'Ip and t1 s Maffei Structural Engineering�,�res,^,ray D FOR. CODE COfv1P l:�NCE Joe Maffei, ;S.E.; Ph: D, LEED AP .. �y., ��izwed By: Ei;nlrc5 31,..� Principal ioe@'Maffei7structure.coiiiLU �. Z . Mid Clamp End Clamp Rail & Rail Splice Groond.LugMsenibly End Cap O . Ln . U . L. - Lu V rn i Q W..J a Z U I O r n O (n .O > Co t•? W a m �' 17111 o ff Ccn;ppne t[ e e ea !^r. tvtaterial .. Weight Mid Clamp Buck oxide Stainless steel AN 304 63 g (2-2 rig) End'Claiilp .. Bla&. anodized alumiriuin alloy 6063-76 )10 g (3.80 �:) - Rail Black amodiced alumiriurrt.,3lloy o005•TG 830 gim (9 o2/ft) . Rail Splice, NuI70nurq alloy 67U5-F5• n30 g/m (Cl 02lft) Ground Lu, :Assembly. 304 s[art1!ess (A2-76LIt:'tin-p!ated.coppei ling) 106,5 g/m (3.75 Dz) End Cap Black a[eial WOM,) cupoiynter I 0 i g 1037'uz) . Pwof Authment Hardware Supported by lrivtSiMaur system [�estgn Toot _— - Terftper azure . " -40" C it) 9T C (-40° F. to 194° F) . tv3ax. Ladd. 2400 p1 uplift' . 5400 ,F':1'dc)'NnforL''L, . � • d d e 1jJarraritie5 25-yedr, p: OdtiC[ war'lanly S yAai Gals t^iarranty tJ12703 Listed Ceruii[alklris Class A rlie raling when dtstance beiween roof surace and bottom of SunPower module frarne. Is < 35° uJ 0, .� LNn.. O a. N. .Z. d 'Z (n' n O. 0 a MISSIMENNIMEMEN 011111111111111 yi ; - : - ' • •Cun�posiuon ShntglcRaTit ARacPinttrd A t rki[aluPub COntposiltoil ShingleD� Roof cF:irigA.[[aCl11r!ent. ' a • r. e 1 1 f Cuiv[�d dr;rj FIa1t Tlle•RDof +1ttdClurient . Univr_rsallnterice%rrCrrl'IerRoofr+.ttdc+tntellG Refer[oroorattachrnerithdr'dW�irema[ntfadurel'Sdecurtientaticn. { c . ``Plod,tlruam-tlletl Lbinpa6blraathLIJ=IAVISA410UPt5fi.lerl•�:IUired11p11a1vRNdle[(ife1 F;eraiilhry, _015 S�nf`a,vei Ccrrporauon All [:Ignis Rescrvarl. SU'Ji'0'•'VEH. the SUSdF•Ulh'ER loga...,nd IhJi+ISIPAr-iU"II ire ua,,emyrts o, regis:er _,.i . .. trader;rsr lc or Swd'awe} =•ul ror aiibn. All other nadtive em;rks �+e the proper;y o+Thai' respecocntar>. At7lpfnver.rGrtt °' .. - Speulicat,ors ii,ckuLd In II1K da;dstlLt are sub;ea to Change vmhow miit:e. Ct;30..nncltt r:5ib3506 Rov B . FIGURE B: INVISIMOUNT DATA SHEET OPPORTUNTY SPRI,- FREMONT PRO]ECr D-0052012- DATE DRAWN 04-25-2016. DRAWN BY ALBLANCO DATE CHECKED04-25-2016' CHECKED BY.. APATEL ' SHEET SOLAR-S5 f ~ V in .. .. ILI.! O oD I`-� cn a � O1 co o S e �e " �" ¢ 3 2 o Go g 0 -- - -. .. O O. O ,r, O .. F Ica to w CERTIFICATE OF COMPLIANCE .. .. CERTIFICATE OF COMPLIANCE z a<_�� O V J n. 8 . .. .. _ Certificate. Number 20150223=E466981 Certificate Number .. 2015091:8-E478330 oc . U. , €H Report Reference . E466981-20140903 Report Reference:. E478330-20150916 Issue Date. 20.15-FEBRUARY 23:: Issue. Date. 2015-SEPTEMBER-18 Issued to: .. SUNPOWER CORP. Issued, to: .SUNPOWER CORP. 77 R 10 ROBLES SAN DOSE CA 95134-1859. 77 R O ROBLES SANIJOSE'CA 95134-1859 ��f �T��! N ( 8uilding eP ar}mern This is:to certify MOl1NTING'SYSTEMS,.MOUNTING DEVICES,. CLAMPING .. " fY This, Is to"certify that_' AC MODULES ��x'� � a �' 2 .. representative samples of DEVICES AND GROUND LUGS FOR USE WITH representative samples of. USL - AC. rnodUles, Models., SPR-X21 335-BLK-C-AC, SPR-: P HOTOVOLTAIC:MODULES AND PANELS. - - - -AC,..SPA-X21-345-C-AG,,E9PR4��*36 UDE C " X20:327 BLK C iVIPI_IAhIGF _ USL InvisiMount Mounting and Bonding Systems for use with AC, SPR-X20-327-C-AC, "SPA E20-327-C-AC ' - U' -- Photovoltaic Modules,; consisting of the.following. components: L-.. _ '320-C-AC '. Foot, Rail; Rail Splice; Mid Clamp, _Ground Lug As W - ZS.); Evaluated to the requirements of 'the . USL' (QH . z These."system components have also been evaluated for a Class Standard :for Safety -for Inverters,' Converters, Controllers in t�„ �. A System Fire -Classification for a.steep=sloped roof with.Type 2' and Interconnection.Systerh Equipment"for Use lNith U. C a modules. rces . Distributed Energy Resouces, UL 1741, Second Edition, "'. LU O1 � a U. (See addendum'page for additional information:). dated January 28; 2010. w o � � W: .a • 'o V7 � >- m. 0 LL r--i Have been .investigated .by UL'in accordance :with the . .. Have been investigated- by UL in. accordance with ahe w °' m U M p W a 8tandard(s) indicated on this Certificate. Standard(s) indiicated:on this Certificate. < .�" z z Standard(s) for Safety: UL Subject, 2703, The Outline of Investigation for Mounting Standard(s)`for Safety,: UL 1.74-1 S.tandard'for Safety for Inverters, Converters.; c� LU - D Systems, Mounting Devices, Clamping/Retention evices, and " Controllers and Interconnection System Equlpmentfor:Use' rJ > . Ground Lugs for -use with Flat=Plate .Photovoltaic Modules. and - With, Distributed Energy Resources. z ~ ' Panels : Additio al Information: Additional See :the. UL Online Certifications Directory at Additional Information: "'. See the UL. Online Certifications" Directory at www.ul.com/database"for additional inforrriation. _ www:ul:com/database for additional information. " r Only those products bearing "the UL Listing Mark' should be considered as being covered by UL s n y those products: bearing the UL Certification Mark should be considered as-being'covered by UL s Only. Listingand:Follow-U "Service. P Cert'ifcation and Follow -Up Service. , � .with the. The UL ListingMark'generally includes the following elements: the symbol UL in a circle: � 9 Y 9 .Yin 'Look the UL Certification Mark on tile:product. � .. word "LISTED'; a control number (may be alphanumeric) assigned by UL;,and the. product category. LL name (product identifier) as indicated in the appropriate UL Directory. _ � o Look for the UL Listing Mark on the product. U' o William R. Camay, Director. North Amarlun Cortiflcetlon Programs ' - "" L• Brute Mah ola!, Di North Amgiean CaNfitallon Program UL LLC .. .. _ S. OPPORNNITY SPRI FRE NT - MO UL LLC - ' Any Information and dowmont itlon Involving UL Mark,serviees am provided on behalf of UL LLC (UL) or any authorized Ilcansoo of UL. For quoitlons, please - wntaet a local UL Customer Service ReProsOntativo at vrvvw.ul.comfconWctua - - Any infor,oation and doaimenlation involving ULMark servicos Sri provided on behalf of UL LLC JUL) or any a!dhorized Iitanaea of I For gJasfiOnarplease. ., ecntM m local UL Cuatgmer ffer4ite RoprQSOmaliv"e al hito_+Ad.eoin!ohw.l .ulb •i:..s • _ .. PROJECT D-0052012 DATE.DRAWN " 04-25-2016 _ " • Page 1 of 2 ;' - Page; 9 of 1 .. :. . _ DRAWN BY ALBLANCO " ._ .. .. DATE CHECKED ' - .. .. CHECKED BY. APATEL _ .. .. FIGURE B: CERTIFICATE OF COMPLIANCE _. .SOLAR SHEET FIGURE A: SINGLE LINE DIAGRAM - NO STRINGS COMBINED PRIOR TO INVERTER: 3.60 kWAC NOTE: AS DC POWER IS INTERNAL TO THE MODULE, M 0- u. �q GROUNDING ELECTRODE CONDUCTOR (GEC) FOR THE MODULE OR ARRAY IS NOT INCOMING SOURCE FEED o' u8 BOTTOM -FED ) a REQUIRED, u� REFER TO GROUNDING DETAILS IN SHEET SOLAR -Ell (E) MAIN SERVICE PANEL _ F Lu O m §s� � u, 'T o co Aso Y } m 3 a # g u O. z v 8c=€ O C in to i a'7� CL O Z g F- co Z W 2:o U cO � 8 H8 O = _ � J o"Z MANUF.. BRYANT MAX PV BREAKER (A) = 100A, 120/240V, 1PH, 3W Al*MSP [100 (A) x 120% ] LOCATION: OUTSIDE ON THE 100 (A) NORTHEAST CORNER OF THE SUNPOWER MODULES = 20"(A) GARAGE SPR-E20-327-C-AC s MCB'--�; A ROOFTOP B s0A �'� (E) UTILITY E3l Ildlfl )et�a If 18!'1T ARRAY WIRING n BIDIRECTIONAL METER �c ! METER,NO.:., 9 :, d 1005015423' AC ULNCH I MODES/'STRIVvhD.0iE 0 - n 'P_InNC=.11 qNG { TO EXISTING I .1evi A` -- yI:,% LOADS �1. E CD' i i :1]OA, 2F Lu - - QUAD PV BREAKER WITH EXISTING - i MONITORING BREAKER USING - GROUND BQ220220 QUAD - H Lu ~ L9 QUAD (2) 30A, 2P BREAKERS USING O w H U p co ¢ "LLl Z ]UNCTION BOX, NEMA-3R, B 230230 QUAD TO MAKE SPACE " Q r Lu z � Z " Z HOFFMAN Al2R106 OR EQUIVALENT FOR PV + MONITORING 2 p � n ~Q m O N W U a a Lu Q o L' Z m U [V U LU N LU " W N 0 (L Z r, z a QV) a H U Y U Lu C D rh TAG DESCRIPTION CONDUCTOR j CONDUIT SCHEDULE ELECTRICAL NOTES FIGURE B: MONITORING SYSTEM Q SOLAR AC MODULE /BRANCH ACM TAG DESCRIPTION & CONDUCTOR TYPE CONDUCTOR SIZE NUMBER OF CONDUCTORS CONDUIT/CABLE TYPE CONDUIT SIZE a o 1. ALL SEAL TIGHT FLEXIBLE METAL CONDUIT (OR EQUIVALENT) T 0 GROUND AT COUPLINGS ON BOTH ENDS. CTO BE ONDUIT ENTRY/CONNECTION 2. TRY/CONNECTION TO ELECTRICAL ENCLOSURES SHALL BE SUITABLE FOR GROUNDING AND SHALL BE SEALED MAIN SERVICE PANEL 0 DC / DC CONVERTERS NO Z 0 — 30 SOURCE CIRCUIT ]UNCTION BOX YES A PV-WIRE #10 AWG 3" ® SEPARATE DC DISCONNECT NO. EGC: BARE COPPER #10 AWG 1 AGAINST ENVIRONMENT, SUCH AS WATER, INSECTS AND RODENTS. CONDUIT SHALL NOT ENTER FROM TOP OF ELECTRICAL EQUIPMENT IN OUTDOOR LOCATIONS WITHOUT SITE -SPECIFIC APPROVAL FROM SUNPOWER. IF GRANTED APPROVAL FOR TOP ENTRY, ONLY RIGID CONDUIT WITH MUST BE QUADED WITH PV BREAKER USING BQzzozzo QUAD w o 6 © INTERNAL, INVERTER DC DISCONNECT NO © THWN-2 #10 AWG 3 EMT 3/4" © STRING INVERTER NO EGC: THWN-2 #10 AWG 1 e, SOLAR LOAD CENTER NO MEYERS HUBS TO BE USED. 3. INSULATED BONDING BUSHINGS TO BE USED ON ALL u o ® PV PRODUCTION METER NO - CONDUIT TERMINATIONS REGARDLESS OF VOLTAGE. THE INSULATING FITTINGS SHALL BE SUITABLE FOR BONDING TO GROUND IN ACCORDANCE WITH NEC 250.92. INSULATED BOX CONNECTORS DO NOT MEET THIS REQUIREMENT. 4. PROPER LISTING EXPECTED FOR CONDITIONS OF USE ON ALL LUGS, FITTINGS, CRIMPS, ETC. 5. ALL CONDUIT BEND RADII TO CONFORM TO THE NEC MINIMUM BEND RADII REQUIREMENTS. 6. MINIMUM CLEARANCE SHALL BE MAINTAINED PER NEC FOR ALL NEW EQUIPMENTS TO BE INSTALLED. 7. EXISTING GROUNDING ELECTRODE SYSTEM MUST MEET NEC AND LOCAL UTILITY REQUIREMENTS. 8. COPPER CONDUCTORS SHALL BE USED UNLESS SPECIFIED. 9. ELECTRICAL METALLIC CONDUIT (EMT) SHALL BE USED FOR ALL EXTERNAL CONDUIT INSTALLATION. GFCI iSA, 1P 15A, 2 1/2" EMT 2) #14 THWN-2 (1) #14 THWN-2 EGC 1/2" EMT (2) #14 THWN-2 AC MODULE " SUPERVISOR CATSe ETHERNET CONNECTION TO DSL/CABLE MODEM A SEPARATE AC DISCONNECT NO CHECK BOX FOR WHETHER SYSTEM IS GROUNDED OR UNGROUNDED: ❑ GROUNDED (INCLUDE GEC) El UNGROUNDED FOR UNGROUNDED SYSTEMS: • DC OCPD DISCONNECT BOTH CONDUCTORS OF EACH SOURCE CIRCUIT. • UNGROUNDED CONDUCTORS MUST BE IDENTIFIED PER PERMIT ). WHITE FINISHED CONDUCTORS ARE NOT PERMITTED, OPPORTUNITY SPRI - FREMONT PRwEcr O-aoszolz DATE DRAWN oa-zs-zole DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 10. AC WIRING SHALL UPSIZE IF VOLTAGE DROP EXCEEDS 2%, (1) #14 THWN-2 EGC CHECKED BY APATEL .. SHEET SOLAR -El ROOF JCT BOKTO SUB -PANEL WIRING ". � Mo NUMBER OF MODULES PER BRANCH CIRCUIT 11 VOLTAGE 240 V. BRANCH'CURRENT: "IOUT= 14.63 A MINIMUM WIRE AMPACITY: IMAX,= [OUT x 1.25 - 18.29 A CONDUCTOR DE -RATING MAXIMUM AMBIENT TEMPERATURE. " 36'C TEMPERATURE DE-RATING'GOEFFICIENT •• 0.91 FILL DE -RATING COEFFICIENT 0.8 IWIRE MIN=IMAX/TEMP COEFF/FILL_COEFF.20.IOA CONDUCTOR SIZE PER NEC, - M10 CONDUCTOR SIZE ADJUSTED FOR VOLTAGE DROP 010 VOLTAGE DROP AT 85 FT DISTANCE 1.63% OVERCURRENT PROTECTION. .. 20A,2P MINIMUM OCPO = IOUT x 2.25. '18.29 A NEXT LARGER OCPD SIZE 20 A L N = Ln as W w . O O N v o+ o ro �3 ��y 3 . 0Z� Y < . ai a w o in s r 2 a A L.� �� O, F- O O . . Z w in En$ — ' w H � 7 O. Ln O .a z = 2. d �. . < wa U a g U ERTINO ilding Depatnent . DE COMPLIANCE .. : W V) MLn O z W . J }}Q w V a.g O w �o _ �. (n Q ' o } z x Q U N J .. d= a �. X J .. ¢ M o U J W .W. z..� rl Q .z '." w' �, o U r .� . Vr CI:'J W ._ O �O w o u y In it OPPORTUNITY SPRI - FREMONT PROJECT .D-0052012 DATE DRAWN 04-25-2016 ' DRAWN -BY ALBLANCO " DATE CHECKED '04-25-2016 CHECKED BY APATEL. SHEET . .. SOLAR-E2 Ln o 's LABELING SPECIFICATIONS W o °' . U, v o } } 0, " WARNING: N 00 3 'Q o " - 6^ _ - WARNING: DUAL POWER SOURCES. SECOND O SOURCE IS PHOTOVOLTAIC SYSTEM. f�°� , U INVERTER OUTPUT CONNECTION; RATED AC OUTPUT CURRENT: - .d' .A ��r•ff" Z a. w O 'g ' - DO NOT RELOCATE THIS O Q D � � • OVERCURRENT DEVICE A 14.6 A E2r•� '-' O Z "H21 AC NORMAL OPERATING F- Tn W ■m " VOLTAGE:,240V Q O. o U =S8 O S S a V i. H u a I PE SERVICEPOINTB 19752 BIXBY DRIVE ding Department . UTILITY METERINGPHOTOVOLT _•_—_—---��—— .IIII - .' . II • •WARNINGRCERVI_vEU • 'DISCONNECT SD• : OU- . HOTOVOLTAIC.POWER 'V\ C lOVfiIrCC e • 14.6 A reviewed B � - -- , • • jiwj•jmw 20VAC • • . • 240 VAC " L---------J . 11 PANEL PHOTOVOLTAIC SYSTEM SIGNAGE LOCATIONS: - SIGNAGE LOCATIONS: ADJACENT TO P V BREAKER OUTDOOR MAIN SERVICE PANEL JBOX - REFERENCES: ALL REQUIREMENTS ARE MET BY: IIJ **2013 CALIFORNIA ELECTRICAL CODE** U SIGNAGE NOTES V o z uj Ln o }' O a a 1. MATERIAL USED FOR THE SIGNAGE SHALL BE REFLECTIVE, WEATHER RESISTANT AND Lu > O z V (,) " SUITABLE FOR THE ENVIRONMENT. - = O IL - LETTER 2: ALL SIGNAGE SHALL HAVE ALL CAPITAL LETTERS WITH MINIMUM 3/8" LETTER HEIGHT, O co J M V .. - WHITE ON RED BACKGROUND. Q. d N d - - - 3. MAIN SERVICE DISCONNECT MARKING SHALL BE PLACED ADJACENT TO MAIN SERVICE LLI LU m U Ln In LLJ DISCONNECT IN A LOCATION CLEARLY VISIBLE FROM THE LOCATION WHERE THE LEVER Q LU O ., .. .. . .. .. .. IS OPERATED. .� Z r,. z CAUTION - SYSTEM 6 � � � .. - � 4. MARKING IS REQUIRED ON ALL INTERIOR AND EXTERIOR DC CONDUIT, RACEWAYS, Q O F U) LLI Yv _ •ELECTRICSYSTEM � � ENCLOSURES, CABLE ASSEMBLIES, AND JUNCTION BOXES TO ALERT THE FIRE SERVICE .d s , TURN • •' • -' _ TO AVOID CUTTING THEM. MARKINGS SHALL BE PLACED EVERY 10', AT TURNS AND Q J • . ON ABOVE AND/OR BELOW PENETRATIONS, AND AT ALL DC COMBINER AND JUNCTION MAIN SERVICE PANEL- - BOXES. S. DO NOT USE SCREWS FOR SIGNAGE ATTACHMENT. USE ONLY APPROVED ADHESIVE. SIGNAGE LOCATIONS: " �o OUTDOOR MAIN SERVICE PANEL SIGNAGE LOCATIONS: Model; E20-327-C-AC Nnmin4Fuwer3 Pnom 327W Power Tolerance Ptol t5/-0% Avg. PawerfffiCienry` , r1 i0. i45 -BnipFralcn p. inelliripnl (DCiwe•.r) P Shade Tolerance • Ttire'e :•parr', cfioiles In-egrated panel -level rraximum powe- point tracking Qu-pu_C240V(mir,./ncm.!mar..) pu.pu.'E ?08 V (n'rinJnr rn./max:) -- 211/24nC4V I�i3!20A!224 V Operating Frequericy(min./no Winax.) 59.3!60.01160.5 -i� . C)u-pu- Power Factor (min) 0.99 AC Max. Con_1nuous.0u_pu_ Current1@ 240 V AC Max. Con-inilblls Olrprr..Current �9) 20R V. 1.33 A 1.54 A AC Mpx. Con_inuoi-is pu-pu-, Power 320 W DC!AC C FC Cu weisin., Fllic.ienc 96.04E Vax; Lnits Pe' E'anch Circuit @Q140 V Arai. Lnits Pe7 B'anch Circuit @ 208 V 12.(singli pl lase) 13 (two pc le) Solar Ce Is 96 NIQ-iocrystalline IJaxeon't Gen III Front Glass High transmission .empered glass with. an-1 reflective (AR) cpa-inp En,Aronmental Rating Ou-door Rated Frame Class'Lblackanodized (-iighestAAA4Arating) VI-e.grit. 45.5 115s (20.51(g). 1.Max. Recornniended Module Spacing 1.3 in. (33 mm) - Operal in -Tenn, 40" F.lo +1 95° P.( 40' C I +85° Q Mar - Arab ent Temp, 133' F (56° C) Max. Load Wj-id:3000 Pa (62.6 psl,305.6 Hg/ni) Iru d & bac:c Snow: 6000 Pa (125.3 psf, 6,11.7 kg/m?) frcnt Fmpac,Resistance 1 .ncn (25 mm) diameter ha fat 52 mph (23 mrs) t F 25-yea- limited power warranty vVarrandes LS-ea- lin-ited product warranty JL 1741, includingcorrpl ance,with applicab e require- nfents of IEEE 7547 and EEE 1547.1 .Certifications ;. AltematingCurren-(AC) Module designation_c-able5 insta 8-ion in accordance wit) NEC 690.6 Tyoe 2 Fire Ra_ed ®C U, f V LU w p o a, Ln 00 to 'T o m o =` - V) ¢ Ln o m s o co K o U iiTINO' 4.IV 7 O o Ln u) O ~ 0 z z 00 ¢ < O 0H8 a U 2'. .. 6R 3UiI pep r tent �R RE\ilEVVED FOR GODS OMPLIANCL Reviewed By, Lu f— U to z Ln O U O' H W W U)~O W W < Q O 0 a 0 �. (9 Y Ln .�, � 0 ED m U LLnn.. O a O U - Q U. N M No LU C (n Q U LL U wa aZS < Q O Q U . w O LLI (O .. m U C, o . 0 m z 0 _�I W o i—u.lj �a�-ttJ UPR03tcr 'AenddldTe tCo;dtiuns0000N/inRi,cdj, ice A 115.25'Q.FIREL c,lio•atiunnlendjid:5CM5wreu LACCS=Fdnd�•ultdge Y SPRI - FREMONT +Based on average of measured oowe• values during production:alpns I)efore using rhi;protluct. _ D-0052012 DATE DRAWN 04-25-2016 oavdMAXECN.j DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 . .. - CHECKED BY APATEL . .. .. .. .. .. - .. . • - SHEET FIGURE A:.PV MODULESPECIFICATION SHEET SOLAR-E4 o. GC V) Ln LJJ W o oEn Ln co m a - r Ln mco a�g U a W o m .Z n NOTICE. OF .COMPLETION � NOTICE OF COMPLETION U J AND AND �_ ag a AUTHORIZATION TO APPLY THE UL MARK AUTHORIZATION TO APPLY THE. UL MARK 0 H . 09/152015 08/1912015 Sunpowec Corp Sunpower.Corp: Stephen Wurinlinger• Kevin Fischer 77 Rio Robles 1414 Harbour Wa S. San Jose Ca 95134-1859,' United States Richmond �Ca 94804-3694, United States f> e oaUI� "'F�aTII�O ' Building epa�'rleni Our Reference: Elie E479127..,,Vol,"1. Frojed Number . 4787048832 : Our'Reference File E477122, VoL'X1 'Project. Number 47869 . _ h q Your Reference:' 1,050171:6 - ::. _... Yo Refere ce:: 10501 64 Project Scope: UL Lying ofSuriPovuer Mioro Inverter. Model M1-C-320-US20824aXX"= UL. 174'1 Proleet :4786975345 .ODE C MPLIANCE Project Scope: ; UUcUL -,New monitor urilt; Model PVS5x (indoorloutdoor) ... R EVI Elf�(E G i= yR Dear Stephen Wurmlin`ger; . Reviewed b ear Kevin Fischer:.. Congratulationsl- UL's investigation of your products) has,been completed under the:above Reference,Nurnberand ttie roduct;wa determined to.com I ..with the'a licat�e re irements: This letter tam oraril su laments the UL. . �: P . . , s.., py P.P„ ' . P.; Y PP ;. Con ratulaUonsl U '''s investi ation of our roduct s has been completed under,the:above Reference'Number and Follow•U` Service`s Procedure arid`serves as:authonzatiori'.to apply the UL Mark at authorized fadories.under UL's g " ` "Y P {') P P , PPY coin I with the a phcable rEguirements. This letter temporan, supplements.the UL - d.to y Follow -Up Service Program. To provide;your manufacturer(s).with the intended authorization t., use the 1JL':Mark; Follow-U CServi estPocedure and serves as`authorizafion'to a I the UL Mark'at authorized-factories.under'ULs . P. PPY ..- . . you Must,send a"copy of.this. noticeao,each manuFactunng, location currently authortzetl under Fde •E479127; Uoi. ,i. " ' - entice Program. To,Provide;your manufaaurer(s) with the intended 8uthorization to use the UL Mark;'. LU . E, ; : • must send; a copy of this notice to each manufacturing location currently authorized under File E477122; Vol X1:.. to to Records' in the Follow -Up Services Procedure coVering the product are now being prepared and will be�sent to the; i O Folio y ou .. '. near fu ure Until then, this letter authorizes application=ofahe UL Mark for 90'days from the;date'indicated.;above .. Records in the Follow-U Services' Procedure,coverin the: roduct are;now bein re ared and will be sent.in,th'e-' '-' F— . _ P_ .. g P. 9.P P U o ear future: 'Until then this letter authorises a lication;of the UL,Mark for90 day s from the date indtcated.above: ¢. in v . n ... . Additional requirements related;to yo 'r responsib!litles asahe Applicant;can be. found in the document "Applicant I ;'' PP Y. w � w O1 v � res onslbil6s,related.' ' d .Authorizations that can b'e: found at the,foll.owin web-stte.. - } P, _ . - Y.9 . Additional "e 'uiremen s related to . our.res onsibilities',asahe A' licant:can be found in the:docurrient A licant 1— .O Z ¢ v i - - - r q .. t . , - Y. ., P , . PP _. PP - w: � z' I w http:7lwww:uLcom/F�4R'esponsibilities . �esponslbilities related to Early:Authorizations that can be.,found at'the following:web-site: = O _ o. • a l O r\ ..f.,_. .., FittbJ/www:iil:com/EAResponsibilities I" a (n :� Co N Any inforriiation.and documentehonprovided to.you lrivolving UL'Marli=services are'provided on, behalf of.UL LLC. i I tZ = Co w M 03 L at -an' authorizedIicenseie:ofUL.: I:. uJ a :. ¢ o ¢ N }. Y. Any information and. documentation provided to you involving Ul: Mark services are.provided. on behalf of UL;LLG' ' w o m . N F- 1 ... ;. w ¢ J (UL) or;any,authdrized licenseeof UL. 0 !� . : L, O p VV are excited you are now able;to apply the UL Mark to.your products and apprecate your business: Feel. free to; - - , , coritacf me:or any of our Customer Servicd,t6oi ohtati es ifyou-, ave.any.questions. : �: z rail . ¢ I. M We are�excded you are now able•to apply the UL Mark`fo your products and appreciate your business: Feel freeto• � . . any qu contact me or any of our Customer Service. representatives. if you have estions. . � � � iY LuU ruyusReewed by:Very;tow Very"truly yours;, Reviewed by; :. Mayur.Shinde; Bruce,A Mahrenholz `'� 847-664 2799 847 lB 3009 Kara - Senior Protect. Engineer CPO"`Director' 360-817 5585a 847-864- OQ9 en fiolz,' Mayur;$hinde@ul com~ ' Bruce:A:Mahrenholz@ul com .. ' SeniorEngneering Associate CPO Director Kara.A.Bostad@ul:com' Bruce A Mahrenholz@ul.com:. � Ln NBK8A67-913208•. N 8 BKFCDA-4D687 N - . wi; a OPPORTUNITY SPRI- FREMONT PROJECT D-0052012 a .• - .. .. - - DATE DRAWN 04-25-2016 :. This is an electronically,generated letter. Signatures are not required,forthis document to b"e.valid°' . Page 1 of 1 This is an electronically, generated Ietter..Signatures are. not required for this document to be valid.' Page 1 of 1 DRAWN BY ALBLANCO .. .. - DATE CHECKED' � 04 25 2016' .. - . .. . . CHECKED BY APATEL • .. .. .. .. .. .. .. _ .. SHEET .. .. .. FIGURE A: MICRO INVERTER UL LISTING FIGURE B: ACPV SUPERVISOR UL LISTING 5 SOLAR � il���,< �k%f % � — oJR" eg�`��g' �'a���4�•fit w • Improve Support; Reduce.M'a"interiance'Costs . An intuitive mohitoring;website enables you to: ' .See., a.visJal map Of homeowne'r site.- Remotely manage hundreds of sites. - : Receive elective systerr reports Locate system issues and remotely diagnose. Diagnose issues online Drill down for the statt)s of.individ6al devices o. .i ?+r•?nit .. tie f V Ln LJJ W F t+t } o Ln 0, eo 00 co Ln gg F Y 1 Lnco U y, CL o O 0' ZO Ln rn w �o + q o ., U' 3 _ •c`- V) U v U I Sun Power, Monito Website . PVS5x SunPower AC Modules SunPower Monitoring Solution; �� r N ""i Plug'and. Play Installation = _ = ; ih',. ing De artmen This Complete solution for cPsiriPntial'mohitoring includes the - SunPower* PV Supervisor 5X (PVS5x) vdhich improves the. installation _ _ Multiple communication Supports SunPower 96-cell _ options include Ethernet, t' ; AC modules, DC string I rocess, overall systemreliability; and custorrer experience. PLC, Vlli-Fi; and cellular inverters, and hybrid (DC Ccand AC)systems. REVIEV''� C{�IVI. I ! 1c�F rrlpact footprint for improved aesthetics t _ z r - __ Robust cloud connectivity and corrprehensive local connectivity 8 _ C3i i Flexible configuration of devices during installation Consumption monitoring Revenue -grade production monitoring UJPh-haSPd rnmmistinnineann CompaJble SunPo&er A.0 Modules SuVower 96-cell AG Modules ;85. (numhP� suppnttFd per �VSSx) C-6mpaJble String Inverters ' Frbnlus ( O� SMA (1 �). ABE (30) (numbe, supported per DV55r•) High -spied Inter -iet arrp._�s IniernrtAr_r_ess Accessible rou_er orsAkch Poyver 2�-0 VAC, 50 or 60 Hz Add Valuefor'Hameowners Robust Cloud Connectivity ,n ; Multiple options to mainta' .opt mil : Weight 2s�c ss ibs) With the .SunPower Monitoring System - R® coon ectivity:"_ Dimensions 34.5crnx20.6crnr,93cm(13.6inx8.1inx3.6in) " homeowners can: • F'arC1WIfP.d Ethernet Entlr_?;uicRalirg Tvpc3R - • me owneri Web . • Mobiti- - • a Homeoxner wens"te monitor rr. c 6,)mqer.ccm See what their solar system produces each day, month, Or year Optimize their.solar;investment. and -save on energy expenses. .. .. : e - „_� 4 , ;: Power Line Communication (PLC) '�& WI -A _ Cellular backup Puilncrtiimjmwc-•nibitilra i.i.rrn/Ir,i•Inc• See their energy use and estimated bill swings BrovJseis Firefox -afar, Chrome,lntenetExplorer Sec their solar system's perfor'mance using the : Su InPowei--monitoring website or, rho bile a p p f .? I Supports Multiple Inverter Types Supports SunPower 96-cell AC module systems, DC string inverter systems, and hybrid (DC and AC).systems. Ivobile Devices Phone", iPado• andA.rd-cid"' " Homeovmer Aop -I . C eate account orline at: mohitor us sunncvrer c m. 2. Or a mobile device, download the SjnPower t' lonitorIng app from Apple App `tore"I or Google Play'"'store. 3. Sigr in using aCC-)un_ email and. password. �itiw • tot f151sE29 REv h Temperature 3U"Cto +60=C(-22`Fto +'4C'F) Hu n,idity,maximum) 46%, non condensing' RS- 185 Inverrers End meters ' PLC for 96-cell AC mods lcs Integrated h4eterirg One chawel of revenue -grade produ: ion metering (ANSI C12.20 Class 0.7 and two cianrels of ret metering' Ethernet WAN and LAN ports PLC IntegratEdHnmePliigAVstardarArommuniratonto'PIC': devices ever AC wiring. . bti/'r-Fi ' 802.11 b%g/n . . Cellular 3G UNITS Zfg3ee Home automation, irvertercommunicato�s,meter.reacirgs_ uSB Tj pe A Suppor Ls add L onal Cori11TiUnICd0or-5 up to 0.5 Amps : Cor exam ole, bM-H, 8 uetoo=h ) Memory 2 50 flas-i 1 GB RAM . . Data $forage 60 days' upgraces Automatic firmware upgrades • Gertifimtforis 'v+/ar,mly 1"OyPariirrilerl'titiarr;aP•ly Cerr"icaCo-is UL, cU- EN60950, __N61326-1 (C c@us LEE -FCC ID: YAW513402 ITE: E477122 FIGURE B: ACPV SUPERVISOR SPECIFICATION SHEET PAGE 2 i LU V) V) Ln 0 W< W 2 d W W 0LULn, Z U J >O ~O = a 0. F- C9 . �C Ln > Q a 0 � r p X J m U O N Z Wo_' U U Q U. N cY I N n Q U �r U O_ Ln.. o6 Fa . J U. W J O W Lfl M V o' 0 U 0 OPPORTUNITY SPRI - FREMONT PROJECT D-0052012 DATE DRAWN 04-25-2016 DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 - CHECKED BY APATEL - SHEET SOLAR-E6 Kit C®ntents .......... ........ :....... ........:..................... PV Supervisor 5x Bracket Power Line (PVS5x). Ethernet Adapter -- - and Cable . Current Transformers (CTs) Consumption CTs (optional) Production CT ............... ..................... Communication Cables Inverters (blue connector') External Meter (green connector) Hardware (2)104 x 12 min screws (2) hole plugs (2) 314" sealing washers (4) 3/4" to 1/2".reducing washers Y.ou Will. Need • Phillips screwdriver • Small flathead screwdriver • Rj45 crimp tool_ • Wire cutter • Wire stripper Laptop with IE, Chrome, or Firefox installed • Ethernet cable • Your SunPower monitoring website credentials • :(Optional) Customer's Wi-Fi network and password PAFk. 3k A' O • Hazardous voltage.. Do NOT power up the solar system until after you complete Steps 1 through 3." ® _ PVS5x Select location Mount bracket and secure with appropriate hardware Fit PVS5k onto bracket f ~Ln W O p 01 F Lu ~ m v W In O > > `^ L .. - Q Q PVSSX. Connection" Diagram z W See other side for detailed installation instructions. P Z z w ^ 8 a Cl- O U =8 . U _ _ J $�3 U �08 '� a. a •� Wire the PVS�x - o . . o O • Remove PVS5x covers (exterrlal enclosure, internal AC •„ Run communication conduit Wiring top and bottom) Install Ethernet cable, or Power Line Ethernet Adapter, or connect to • Place partition homeowner's Wi-Fi • Run power conduit Connect inverter communication to PVS5x (AC • Run 240 VAC and land i.n terminals Modules already connected through service panel R1.45 Plug Run CT"v;rires.and, land in J16 Connect cable from meter to open RS 485 port'1N • Replace the enclosure cover �7u1 Da Replace.AC wiring covers P . I g . . rJ f(7 iE?f?� 240 VAC CT Wiring U16) a s-as r',4 49YS➢4RL sn . 0o, _ SMAIAB61METER1 ERONIUS(4-M INSTALLER HOMEOWNERL PVSSx (all ports) CONS L1 CONS L2 PROD ornEntx!M ET MERlOTHER COMPUTER ROUfCR REVIEWED LlANCF AC Module Connection -- ' - DC Inverter Communication Refer to LheAc lvtodule System Design and ; . Refer to the PV55X Devices Guide for. installation and wiring instructions. install Guide, for installation Instructions. Connect the cable with the blue connector cable from the RS-485 2-WIRE port to the first inverter. LU Service Panel AC Hsu I - Sub -Panel - Jllle�tr•t1Y1I4111 �. r Label D+. ' D- GND Color, - Blue . 'Blue/White .Brown. SMATB 2 7 5 •ABB TB 4 5 . 3 z o �. Ln H rn U' W Lu U LL •J > < Q O U W O az v nw - J_ x Q o Q W r ' I -- co U N f- r . e•r' External Meter Communication.w LNn,. o aC), .o PVSSx Devices or installation and wiring irISLructions. Z '� z onnect thtl a green' connector cable frorn the . *' U the' C cable w _ i li. 1 I r RS-485 2/4-WIRE port to the meter communication terminals. ' U . a. a For DC inverter = f U U U W installations, wire into I ' o w (! main service panel ) w l ' Label D+ D- GND QD i Color . Blue I Blue/white Brown: ri Hazardous, Voltage For AC module WattNode " B '' A ' C r installations, wire into - a u Do NOT run communication ! AC module sub -panel m cables through same opening or.conduit.as power wire. ri i Internet Connection g and: Cable ®lltln �ilie _ Connect Ethernet cable from router w r connect to e cable from Power Line Ethernet Adapter to router (with z supplied yellow in --home Ethernet Adapter cable), or connect 0 • Any openings in the enclosure must be filled with to homeowner's wi-Fi. in Type 4 or better rated components to maintain the integrity of the enclosure's environmental system 4. U56the. e . • . • Drill extra openings with appropriate knockout tools (do not e screwdriver. and hammer) use •. Only use the provided conduit openings or. knockout locations and never cut holes.in the top or sides of N„ Turn laptop Wi-Fi off, connect Ethernet cable from laptop to PVS5x LAN1 (black) port, open a browser and type: - - - wvvw.sLinpowerconsolexom = OPPORTUNM SPRI- FREMONT the enclosure Never run communications cable and AC wiring in same conduit ea.. Follow the instructions to setup communication,. check firmware, discover devices, verify device operation, and commission the site. _ _ PROJECT D-oos2612 DATE DRAWN' 04-25-2016 .. DRAWN Y ALBLANCO ATE CHECKED 25 201 CHECKED BY APATEL FIGURE A: ACPV SUPERVISOR SPECIFICATION SHEET PAGE 3 OC In 7 LU o OD 01 to In 0 OD 3 �, 2 Q - � O a 00 W - � PVS5x Detailed Installation. Instructions {ice Q0z- o Z U) Z = d5� '.. 1, Mount tbe • • ® 9 In O o -1 w U gF p� 1. Select:an installation locationthatis.notindirect sunlight. SunPower recommends connecting PVS5x directlyto the customer's router with an Ethernet cable. M a In Q Ewa 2. Mount PVS5x bracket using appropriate hardware for the surface type that '' : 1. Run corimmunication conduit to the PVS5x conduit opening. The PVS5x is preconfigured with 3/4r' conduit openings. You can o a supports 6.8 kg (15 Ibs). use:1/2" conduit with supplied reducing washers and gaskets. Seal all unused holes with the included Type 4 hole plugs.' 3. Fit, PVS5x .onto:bracket until the:pins fully engage'the PVS5x holes. a lrnportontE Do not run communication cables through same opening or conduit as power wire. 4. Secure PVS5x to bracket using the two included M4 x 12 mm screws: t_ '� 2. Connect to homeowner's Internet using Ethernet cable, Power Line Ethernet Adapter, or their Wi-Fi network. 'r 3. To connect communication for each device -Follow the Quick Start Guide; SunPower Monitoring System PVS5x,Devices ( for complete instructions. x*; T AC modules: You should have. already connected AC modules- _ _ �� ER T i to the service panel. The PVS5x communicates With AC modules t using PLC protocol.' r i it Department .SMA/AB6IM1IETER7 "TRONI �T WjI It45i/It1LLER HOMEOWNER - R SMA, ABB: Connect the cable with a blue connector from the .PVS5x OTHER 12•W) METE ER ,(p4TI!UTER ROUTER - OTHERower RS-485 2-WIRE communications port (Blue) and land wires in theme--,�;-''`. t" only, or first,inverter in the daisy -chain. Wgnin r Do not owe u the s stem until after you complete Ste- 2 and.Ste 3 and,are read to confi ure.the. PVS5x. Meter: Connect the cable with a green connector from the PVS5x RS-485 2/4*11RE port.(green) to the (optional) g P P y Y P. P P' Y g. 1. Ensure that the circuit breaker is OFF.' external meter co.nmmunication terminals• REVIEWS-ED r.)R CO E 'C�%�Pi-IA�lCE 4. Replace the PVS5x enclosure cover and tighten three screws on bottom of enclosure.- 2: PriZemove the PVS5x en losure co A g: vet- by loosening th nee screws on the bottom of the enclosure. Reviewed By. Rerrr.ove. the top AC Wiring cover: 4.o o ® a e • L • Remove. the bottom AC wiring cover. „ • Flip the AC'wiring partition to the-oppo:site side of where your AC wiring will be incoming. 1. Turn laptop Wi-Fi off, ENCLOSURE' COVER AC WIRING COVERS AC WIRING PARTITION 2. Connect an Ethernet cable from laptop to PVS5,x"LAN1 port. 3 P 'TOP.' BOTTOM . Open a browser and type wwwsunnowerconsole.com. SOWa 4. Follow the instructions to set' up: communication, .check firmware, discover devices, verify device operation; and �-- commission the, site. 3. Run power co:ndult from the service panel to the PVS5x: Note; The. PVS5x is preconfigured with openings for 3/4" conduit. You can use 1 /2" conduit with supplied reducing washers and gaskets. If you use the rear conduit entrances, seal the holes.on the: bottom. of the enclosure with -the included'hole plugs. 4. For electrical wiring code compliance and optimal communications', connect the_ PVS5x to a.dedicated. UL listed 15 A rated dual -pole breaker using 14AWG wiring, or a. UL listed 20.A rated dual-pole"breaker using'12AWG wiring. When using AC modules, this breaker should be, in the same -service panel containing the 20 A dual -pole breakers for the modules. 5. Strip wires and land the black wire to L1,'the.red wire to L2, the white wire to N, and the green Wire to GND in the PVS5x terminals. 6. If you are installing a: consumption meter, run CT wires from the service panel, .through the power conduit, and land one set of CT wires in CONS L1 and the second set in CONS L2. Verify that the CT phases are. consistent with ' the AC Wiring phases. r r o, , • production meter, run CT wires from the service panel, through the power conduit, and land this set of CT. wires in PROD. Note. If you need to extend the CT- leads, use Class 1 twisted, shielded pair, instrument cable. 7. Replace the bottom,AC wiring cover. 8. Replace the top AC wiring cover over the AC power wires (on the left if coNs Ll CONS L2 PROD you.'ran through left hole, on the right if you ran through.the right hol'e). Safety & Certific.ati'qns :Safety Instructions' . InstalWtlon and Refd service is to be p'crlormed arty by qualliul, trained pcnonnrel wltli Unc necessary s1d6 and knowledge lu work on this type ofelkvies! device. Field srrmce is I rued to the cempnnents tontakled ht ore lower compamrv_nl of da, PL 5 x. • PerfOnnatl e.laul it kwuttauons In a=sidancevAh arw nauondanal total Ectim such as the NaUutrl E'ctlrlcat Cade f\EC}At41I14FPA70. - • Htis endmule is suilablq for use indoor or ou;doors(T*c3R.p. Oj._:um�,mnt.'CM fnni.3YClou7C. • Bofore mnnatdng l><••ver. 6. PFIV-7 r ist tc"secwevy Hied luadenlda or uu•.Idc wa0foN0roulg ure nuvd Clots In Mils dO[uiYlcnl. .. . . For pyinarondy fnrinectnlnquilxnert:�rcadi!y'acccx��U:e dccoom tdtv.fenwst lren,curporavderJu net to are " PJSS`, • Fer e+2tvltal vaitngtode cangdWnc�tnrtnscttirc FVSSx toadccl:calnd ULluttN lSAIatL•d Lrc•..keruihy„1t1A'JaG wh utA. a aUL �strd2HAratrd Lxcukar using 12A4•iOw:rlrrMTlu lnpJioper a!ary current is h*a Uun O.t an ayrth AC rwnllru wlw�es urs•,Qvnc (u-t2i . • lite I-.,&contoln5 in!"latux Brut surge p.Igotdon for c..roretLwle dill Toad xfo of she -Co Lobate"• ACServlw pam•Y(c1etWloge talrgrry Ilq Forutsfallabons trl a atrnkofsalg,sgenerated by Iielrvolwge uandc+., Industry on by I,,aring lt. isreLvmisxndtd drat aget^_nal surJ;e prY,ecir_dcvcu dso hehcta4ed. - ' Do net atLLmpt lu repair die PJsSr ll ure FVSSx fulls, please returnlife eat layout- Iursari& m.TarnpOmg vAdr wopeningtlmvppprcumpanlr+ent wnls the prOdact v:ananty. FCC Compliance Tlus o&Ire waipl:es rdtlipart "1Stiffthe FCC Rule,. Opel atlon n sub;ect to vir!oil-in;; twb earth w,r . 01 Tills tiwlcu nay ntil cause harmful Intel fcl eu.o, and - - [2l This de,<ce Inu:[ accept any hlteifm-nte reEcOed, lncludhA Inter(Lento !hat lfge au:e unues•.r Id o0oral''on. NOTE: This eyuipntent lids limit Tested and found to comply mill the ilnls tar a Class B dignal 11120(e; pursuant Ia par 115 of the FCC R.I-_ Thme liniils'uta deslgn^ to provide l uosonatrlc pl etttbmt agalnsL harmful' ..Inttrfowlice in a residential kistallabn. This equlpmont genaratc,. uses and can radalo rad!d frono2acy n-rerhy and. f..i" Lallrktl and used In �t[taldarice vllt, the lrlslrutllali>. bray 4lu5d ltir....fell Iriler(eien[e i-ollo ccminunkudars: Ho•wpe q, then a Is no'guarantee dial lydetferenca will Ism occyn in A Panttulal tnsta11atfou.7f it.,. equipment does cause harmful ntctf ten a to radio at lelo-Itin, receptan, wh 1.11 can be determtried by - Wndng the tqupment off and on, the user I; encauragod to try 10 ranee[ tiro Interne, Lncu try are or mare of the VIUA!in�- meuswrs:, - AeviClt or relucato d:c rC[CNelj; anECanJ." Increase Uic separation L�nvcurr thecgtr- `nwr.androoziver. • Coreie2d+e etpeiprn••nttr+Wan arxJcLeradnuitdAfcreni ham that tosvt ritlruie lccehx i' lufann9l •"C[mval:llx•dcaks as an cxpLrinod radiuM leUiidtri fartc•Ip, VAPOR' ANT NOTES: Rvdiadon E•Powre Statemord Tms equlpmenl tomplltswilh FCC RF Iad atun Lxpusura Ilmlts set fol 111 list an unco nudlled onviranmchl. Tlus cqulpniont sIfa,td bin) n,lal;vd and tip-ted with min rnun d sl an[Q 25 [tit fiviween the iLdwlvi nrvJ your body Caution ol.rines or na•Jlka!ions not expressly app laved by Ura party Ill:porrsible Ior co:npla..e coatd void the use:% uudoulyfu operate the equipment- IIt- in, device a•rd it's antennas(N) must not be La Iacated of operaL"ng Is, conjunction ,i 0i at oftrcr anu•nna or valrsnll It-, excvtn In oc[ol Write with FCC InL111rtt at- lsnLTtcr prudutl Plntcdures. Safety -Certification • UL'tsted lu ULLaJ50..l ITL and ULv0550-22 for auldoul use. Ilse PV55x is ref a aky necr,.r1s[arinsct device. or pmri,, dmr,butnn drnre: FIGURE B: ACPV SUPERVISORSPECIFICATIOid SHEET PAGE 4 Quick Start Guide: SunPower Monitoring System stem with . PVS5x Follow these instructions to install, configure, and commission the PVS Supervisor.5x . (PVS5x) to start receiving monitoring data. See the safety and installation manual for complete instructions. w U Ln z O W r w> (n a -a Z O 0 Q •� C7 Y 1 ly in m O Ln ^ a' - Z LI_ U O z r ° U Q U N M wLu a N a U U a N OZS Q 0 �. -1 tULU F- W o Lu LO M t y SPRI-FREMONT D-0052012 N 04-25-2016 ALBLANCO ED 04-25-2016 APATEL SOLAR-E8 qqo o a, $s .. III' w o a,..Ln 00 o m gig > Y Ln O o 'm U) SU N P W E R° SUNPOWER CORPORATION 3 u of Safety and Installation Instructions - Document 514744 Rev B o v Ln En .. .. O C! m z W gig Q O O • . It is imperative to use the supplied AC locking connectors in order to defend, a f w Safety and Installation, Instruetions against untrained personnel disconnecting the modules after they have been a = u < g installed. - z (United States and Canada) o� • All installations must be performed in compliance with the National Electrical u IMPORTANT SAFETY INSTRUCTIONS Code (NEC)and any applicable local codes. SAVE THEE INSTRUCTIONS • - Installation should be performed only by authorized personnel. • Remove all metallicjewelry prior toinstalling this product to reduce the chance of accidental exposure to live circuits. g xs� it l� G P E RT I p 0 O • Use insulated tools to reduce your risk of electric shock,. I `d 1.0 Introduction Do not stand on, drop, scratch, or allow to fall 6n;rnodlile3 L i lCji ng Department This manual, provides safety and installation instructions for UL Listed • Broken glass, J-boxes, broken connectors, and/or damagedtbacksheefs are SunPower AC photovoltaic PV modules car In the UL logo on the electrical hazards as well as laceration hazards, An authoYrzed`personShould P� 0 P (. ) carrying g product label (Fig..!). remove the module from the array and contact the supplierffgr disposiil instructions. • - Do not -install or handle modules when they are wet or during periods of high _ wind. I E\llE�j` ED BODE COMPLIANCE • U�Save these instructions! Reviewed By' Contact your module supplier if maintenance is necessary. • i - Fig.1_ 3.0 Electrical Characteristics Safety and Installation Instructions for AC Modules AC Output Characteristics: .Important!. Please read this instruction manual in its entirety before All AC module electrical output characteristics are listed in the Table 2 of the installing, wiring, or using this product.in any way.. failure to comply appendix. United States and Canada with these instructions will invalidate the SunPower Limited DC WarrantyforPVModules. Internal r are i I LU internal me aracteristics• All inte I DC characteristics of SunPowe modules a listed 'n Tab e 2 Contents of this manual are subject to change without notice. he appendix. Ln z oft ix. Forthe latest guide lease -refer to 1.loiscloimerofUobfiity g. p If an installation involves a SunPower AC module which does not appear on this U O < The installation techniques, handling and use;ofthis product are beyond company �, Q control. Therefore, SunPower does notassume responsibility for loss, damage, or list please consult the product label on the back of the module or visit LU Q M .U. ex ense resulting from improper installation, handling, or use. www.sunpower.com for the product dafasheet. LU Q U u- SunPower Corporation P' g . ? o ., Q U z Q LU www.sunpower.com 3.1 Fire Raring Lu .0 o O n Q_ 1.2 Nationally Recognized Testing Laboratory(NRTL) Listing Information 2 The AC module maintains the same Type 2 fire rating associated with DC }. LL N This product meets or exceeds the requirements set forth by UL1703 and UL 1741 O cp , t, I modules. for AC PV Modules. The UL 1703 Standard covers flat -plate PV modules and panels d a Q o Q intended for installation on buildings or those intended to be freestanding. The UL W 0D U N H 1741 Standard covers inverters, converters, controllers, and interconnection 4.0 Electrical Connections LU LiI system equipment for use with distributed energy resources, including AC This unit or system is provided.wifh fixed triplimits and shall not be aggregated Z F Z a J k a single-pointco connection. ,� me for u a Modules' The NRTL listing does not include integration into a building surface above 30 Won of moron con Ln because additional requirements may apply. This, product is not intended use Lu where artificially-coricentrated sunlight is applied to the module. Modules must only be connected using supplied AC cabling and AC .cable_ a- accessories. Do not cut or alter any connectors or cables attached to modules. You se U LU 1.3Limited.Warranty must use the proper AC transition cable adaptor, supplied by SunPower when p LU Module limited warranties are described in full in the SunPower warranty transitioning from the AC module cabling system to other wiring methods. certificates obtainable at www.sbnpoWbr.com. In summary, the Limited The connectors on SunPower AC modules ship with weatherproof and sunlight- (+I Warranties do not apply to any of the following: rated AC locking connectors which after connected require the use of a tool to PV modules which in SunPower's absolute judgment have been subjected to: disconnect module-to=module connections. This defends against untrained m misuse, abuse, neglect, or accident; alteration,.improper installation, application, personnel disconnecting the modules when under load (see Section 2.0). AC u or removal. -Including, but not limited to installation, application; or removal by connectors are rated and tested to interrupt load current; however, SunPower o any party other than a SunPower authorized Dealer; non -observance of recommends that you. always open the Utility dedicated. branch dreuitprotectorto SunPower's installation, 'user's and/or maintenance instructions; repair or a remove 'power before plugging or unplugging any connectors; but a local AC o modifications by someone other than an approvedservice technician of disconnect is not required bySunPower. SunPower; power failure surges, lightning,flood, fire, accidental breakage or other Z events outside SunPower's control: When installing AC modules the National Electric Code, ANSI/NFPA 70 wiring o methods shall be used. us 2.0 Safety Precautions .. Before installing this device, read all safety instructions In this document. 4.1 Equipment Grounding w o Document 514744 Rev B In accordance with the NRTL Listing of this product and to reduce the possibility of electrical shock, all metallic components of AC .modules shall be grounded. Danger! AC Modules generate internal direct current.(DC) and output m JF alternating current (AC) and are sources of.voltage when the module is SunPower AC modules shall be. grounded using the integrated equipment ; under load and when it is exposed to.light. Electricol currents can are across grounding conductor contained within the factory -installed AC module cables and gaps and may cause injury or death if Improper connection or the supplied AC transition cable. This grounding conductor must be connected to disconnection is made, or if contact is made with module leads that are the building or structure's equipment grounding system and AC grounding electrode system using NEC -compliant methods. All metallic components of the AC OPPORTUNITY SPRI - FREMONT frayed or torn. module are bonded together in the factory so that no additional grounding conductor attachment to the AC module is required. This method meets NEC PROJECT D-0052012 • Disconnect the utility AC source from all modules in the PV array before requirements for grounding. making or breaking electrical connections. DATE DRAWN 04-25-2016 _ DRAWN BY ALBLANCO .©2015 SunPower corporation. All rights reserved. Specifications included In this manual are subject to change without notice. - - DATE CHECKED 04-25-2016 CHECKED BY APATEL SHE FIGURE A: MODULE INSTALLATION MANUAL PAGE 1 FIGURE B: MODULE INSTALLATION MANUAL PAGE 2 SUNPOWER CORPORATION SUN W E Safety and Installation Instructions - Document 514744 Rev, B The AC output/neutral is not bonded to ground outside of the microinverter. The AC input and AC output circuits are isolated from the enclosure. System grounding per NEC isthe responsibility ofthe installer. If auxiliarygrounding is desired to bond Table 1: Mounting Configurations and Load Resistance metallic components in contact with the AC module (such as mounting rails), use grounding hardware that has been certified to meet requirements for grounding systems in UL 2703, UL 1703, or UL 1741 on anodized aluminum. The SunPower InvisiMount- mounting system is compliant with UL 2703 requirements and module -to -rail grounding is achieved through its mid clamp and.end'clamp. When selecting any grounding components avoid corrosion due to the use of dissimilar metals. SunPower suggests'thai stainless steel parts be.used between any copper and aluminum connections: 4.2 Connections to AC Circuits SunPower At modules must be' connected a utility source at the correct voltage and frequency'in order to operate and produce power. They are not stand alone Mounting configuration Module (valid mounting location in Configuration n1m) Load rating Wind (up & down) / Pressure Frame End clamp or Frame Snow (down) type mount 'clip holes Module (frame (Al) (B. 1) ' (Cl) size color) 30D-400 3000Pa /1- 1.6000Pa 96 cell G5 (black) S0 400 .. 50 400 3000Pa / 3000Pa. generators and do not create AC voltage thus are not capable of operation independent of a'utility-generated AC signal. The AC modules must be connected When mountin modules in snow- rove or hi h-wind environments, special care only to a dedicated. branch circuit. The cables and connectors supplied with g P g. P. should b SunPower AC rnodules are certified and rated for the maximum number of AC units etaken to mount the modules in a manner that provides sufficient design in parallel only. DO. NOT connect more AC module units together onto any single strength while meeting local code requirements. branch circuit than are noted in.ihe specific AC module specifications. This circuit Excluded Operating Environments and Reconfigurations must be protected by overcurrent protection not exceeding the values stated in Certain operating environments are not recommended for SunPower AC modules, the AC module specifications (see Table 2):. and are excluded from the SunPower Limited Warranty of these modules. Request CAUTION: To reduce the risk of fire, connect only to a circuit provided with 20 A your supplier to .contact SunPower if there are any unanswered questions. maximum branch circuit overcurrent protection in accordance With the National concerning the operating environment. Electrical Code, ANSI/NFPA 70. 5.2 Mounting Configurations Modules maybe mounted:at any angle, from horizontal to vertical: Select the 5.0 MOdUIe Mounting appropriate orientation to maximize sunlight exposure:' Specific information on The SunPower Limited Warranty for PV Modules is contingent upon modules module dimensions and the location of mounting holes is shown in Fig. 2. being mounted in accordance with the requirements described in this section. In order to prevent waterfront entering the junction box (which could present a 5;1 Site Considerations safety hazard), modules should be oriented with the junction box in the uppermost SunPower modules should be mounted in locations that meet the following position and should not be mounted such that the top surface faces downward requirements: (e.g., on a tracking structure that positions the modules with the junction box facing skyward during sleep:mode). Operating Temperature: All SunPower AC modules must be mounted in environments that ensure SunPower modules Will operate within the following Clearance between the module frame and mounting structure or grade is required maximum and minimum operating temperatures: to prevent Wiring damage and to enable air to circulate behind the :module: A minimum of 2" (5 cm) is required between the module frame grid structure or ground. The module is only NRTL Listed for use when its factory frame is fully intact. Do not remove. or alter the module frame. Creating additional mounting,holes may Design Strength: SunPowerAC modules are designed to meet a maximum positive damage the module and reduce the strength of ,the frame. (or upward, e.g. wind) and negative (or downward, e:g. static load) design pressure described in Table 1 when mounted in all of the mounting configurations specified Modules maybe mounted using the following methods only: in Section 5.2. Design strength of 2400 Pa corresponds approximately to a wind speed of 130 km/h (81 mph), as tested per IEC 61215. SunPowerAC modules have also been evaluated to UL3703 for a positive or negative design load of 30 psf: 1) Pressure Clamps or Clips: Mount the module with the clips on the side frame of the module. The side frames are attached to the longer sides of the Fig. 2: Mounting locations for SunPower Modules shows. where to mount to the module; The centerline of.the clips should be 6-15" (15.2-38 cm) from the module frame. Table 1 defines mounting options, attachment locations and end of the side frame: Installers should ensure the clamps are of sufficient resulting load rating achieved for each module configuration. strength to allow for the maximum design pressure of the module. 2) End Mount: End mounting is the capture mounting of the length of the Fig. 2: Mounting locations for SunPower modules module's end frame to a supporting rail. (the end frames are on the shorter dimensions of the module): The end -mounting rail and clips or clamps must be of sufficient strength to allow for the maximum design pressure of the C1 '� module. Verify this capacity with the mounting system vendor before. installation. 3) ' SunPower-specified or SunPower-supplied mounting systems: Modules frame Hole mounted with strict adherence to Sun Power documentation, using hardware Mounting Locations Al systems supplied by or specified by SunPower. 5.3 Handling of Modules during Installation Do not place modules face forward in direct contact with abrasive surfaces such as roofs, driveways, wooden pallets, railings, or stucco walls. The front surface is sensitive to oils and abrasive surfaces,' which may lead to scratches and Irregular. - soiling. Never lift or move the modules using the cables or the junction box under any circumstances. Max: Operating CellTemp. +85° C, +185° F Max..Ambient Terrip.. +50° C, +122° F Min: Operating:Temp. -40° C, -40° F 02015 SunPower Corporation. All rights reserved. Specifications included in this manual are subject to change without notice. FIGURE A: MODULE INSTALLATION MANUAL. PAGE 3 SUNPOWER Modules that feature antireflective glass are 'susceptible to visible fingerprint r if touched' on the front . u modules marks ant surface SunPower recommends handling mo u es antireflective lass with doves or limit's touching of he front surface. An having g h g limiting g t y fingerprints resulting from installation will naturally disappear over time or can be reduced by following the washing guidelines in Section 6.0. Product datasheets specify the glass type used by a particular module. 6.0 Maintenance Visually inspect .all modules annually for safe electrical connections, sound mechanical connection, and freedom from corrosion. This visual inspection should be performed from the ground, unless performed by trained SunPower dealers or trained SunPower support personnel. Periodic cleaning of modules is recommended, but is not required. Periodic cleaning has resulted in improved performance levels, especially in regions with low levels of annual precipitation (less than 18.25 inches [46.3 cm]). Consult your dealer or supplier about recommended cleaning schedules for your area. To clean Table 2: Electrical Characteristics SUNPOWER CORPORATION Safety and Installation' Instructions - Document 514744 Rev B a module, wash with potable, non -heated water. Normal water pressure is more than adequate, but pressurized water (up to1500 psi) may be. used. Fingerprints, stains, or accumulations of dirt on the front surface may be removed as follows: first, rinse off area and let soak for 5 minutes. Re -wet the area and then use a soft sponge or seamless cloth to wipe glass surface in a, circular motion. Fingerprints typically can be removed with a soft cloth_or sponge and water after wetting. Do not use harsh cleaning materials such as scouring powder, steel wool, scrapers, blades, or other sharp instruments to clean module glass. Use of such materials or Cleaning without consultation will invalidate the product wawa (n = Ln W Bf I- �n 0 0 Ln (A W B¢l - } 01 _ (n a to .m g a 4t U O tu O .. O V (n U) z � B 5� Z of O � 8 0 2 = a U U �ww� a oa H U v `sECUPERTINO i ' E ulldinq QeOartment REVIEWED FOR CC E COMPLIANCE RevieWed By: DL Ratings. AC Ratings DC values: at Standard Test Conditions (STC) Basle Temperature Data wnoaecr nunBEas. AC talcs at YTC Operati.9 Li.its . " .. ' ' ' Module Model - ' ' Hvminvl� Pvuvr[W) - Pa•r rn!.rsn°p V.N..pvr R•tpd - Pw.r (VmOv) CvenM.T Romd Pvuir, Impp (A) .Oran Circvil V°hvv '(Duel' " SAvr/' Cirvvit Carnnv,Cvsll. bv(A) M.x:mum � s.rin, Fvro (A7 .Cvr.•n. NeJ' T•mp. (mAlin, (Y..)'Hnmin.l ry.e7" Temp. G•1/. (mVl'IC] al-3l. Tomv. Cvoff. (/1'�; •1•-02'/. daviw HOOT 20'0 (V°Ivp•/• 2-C7 'Mudd. Cfficipn<v ('/J '- Cell, ElncioncT C'/.] P". � Pvuor ppr Unit Ar°° (1VIm2J' Nominal P:v4 Pvuir P.r CW Are° [W/C127 .. - AOVvhavOvtpvl (nvm, VJ AO M.v c t UV>V1. Ovrrant IA) AOHa. Ovnt Ovgv1 Pvu•r,W' .. Or•r.T Frvavonq(mm,' Na] - Mas Vrtiv p•rBnn<► SPR-X21-335-BLtC,C 335' •SFO s7.3 5.85 6T.9 6.23 15 35 -767.6 •0.30X d3.0 205Y 242X 210.3 195 240 t33 ago 60 12 2082 pole. Lid. .320 _' 60' '10, SPR-X20-327-BLI<-C- AC � 327 •51.0 � 57.3 � 5.T1 ' 67.6 6.OT' 6 35-167.4•0.30k � � 43.0 20.1X 225X ' 2042 19.0 2d0. t33. 320-, 60. 12 �2082 polo L54 320. � 60 � 10 ' SPR-X21-345=GAC 345 •51-0 57.3 6.02 682 6.33 i5 3-5 -161.4' =0.30% 413 212% 23.88 214.6 13.9 240 " L33 320 60 12 208 2 pole .154 020 60 10 SPR . X21-335-C-AC ._ .. 33s:. •51.0 5T.3 5.85 .67..3 6.23 15 3.5. •16T.4 -0.30Y Us .20.5% 242% 2f0.3 195 zoo t." 020 60 12 2082 Pole 154 320.. 60 - 10 - SPR-X20-327-C-AC 327 •51-0 51.3 5.t1 �• 67.6 6.07 is 3.5 -167.4 -0.30% 415 �' 20.1% 225Y 204.2 13.0 240 L33 920. 60 .12 2082 pole. _ 15d 320� 60 � 10 SPR-E20-327-C-AC .327 •51-0 . 543 5.38 ' 64.9 6.46 . � 1s 3.5 -116.6 -0.38% 45.0 20.1% ' 223% 204:2 ' 13.0 .240 . 133 .320 60 � 12 '2082po10- '1.54. 320 60 10. SPR.E19-320-C=AC 320: ' '•51-0 543 �5.06' :64.8' 6.24' i5 35 "A76.6 '-0.38Y 45.(I �19.6Y 22.7% ' 198.6 18.4 240 � - t33 320,. 60 � � 12 2C182 ale L54 320 60 -10 Voltage and Frequencylimits for Utllity Interaction` Condition - . simulated utility Source -hlaxlmum Tlme(cycles) ' (sec) at 60Hi l:efore eessation of current to the : simulated utility Voltage IV) Frequency(H:), A :<O.sovn„6 .. Rated . 0.16 B 0.50 V,,,,b5 V<0.88 V,,,r . Rated 2 c 1.SOv,,,,65V<1.20V,,,, Rated 1'' p. 1.20Va„__<V Rated 0.16 ' E Rated f > rated 4 d.s 0.16 - F Rated f -crated -.0.7 O.ili " a - Nonadjustable maximum clearing times b - Nominal voltage equals lj.bv phase to neutral . c - Trip Limit accuracy: Voltage - ± 2.5% based on 120 V nominal, frequency - ± 0,1 Hz Maximum output fault current (ac) I rms Total duration Synchronization in rush current Trip Time Accuracy 69.5 Apk 38 A 5.53 mS 0.2A 20mS 02015 SunPower Corporation. All rights reserved. Specifications included in this manual are subject to change without notice. FIGURE B: MODULE INSTALLATION MANUAL.PAGE.4 W ~ to U0 �. Z O LLU r W = a W W 0 Z Q F- 0 O 0 0 0 a 0. W_ F- C U . �G > fN 0� } ED ED 0 Ln r, rn LL O J U Z' �. W a' U U Q U N M N W 0- U ' U U a c; ' Ia- 0 . . W W M U 0 OPPORTUNITY SPRI - FREMONT PROJECT D-0052012 DATE DRAWN 04-25-2016 " DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 CHECKED BY APATEL SHEET " SOLAR-E10 .SUNPOWER. Fig. 3: 96 Cell AC Modules Ln � v m - LU o m 0 W o - .. .. Y } rn I rn m 2 0 SUNPOwER CORPORATION z t' o Safety and Installation Instructions - Document 514744 Rev B 0. o � w o u, o 0' cJ 02015 SunPower Corporation. All rights reserved: Specifications included in this manual are subject to change without notice. FIGURE A: MODULE INSTALLATION MANUAL PAGE 5 v o [[%%�y� �■a 1 8+ ■pyj c® 1�p■ �Nq 1jf�� �gy �y+, ���I.// .. �.G� Or��4f'■9 ��fI flO,yy .are i br��f.�'\R'- � 0 .-1 2' U U ti Walrning! Ensure that you fully understand.the grounding aspects in this section before proceeding, The AC dedicated branch circuit wiring from the readily accessible disconnect to the array must include an equipment grounding conductor (EGC) in.tlie same raceway or cable as the AC_ u'i.tsonductors. This EGC must be connected to the green conductor of the transition cable, which is P bhe AC module +" cable syste in. ;-� 111�c a --" ; 8l.rilding Dar. f ✓ . • .If a module is removed from a circuit, SunPower strongly recommends that you hr ��f a tg,mporary EGC I to bridge the gap by inserting an AC extension cable or other means; in orde i0f tam effective' = w• : s ground continuity to subsequent modules. r.ElliFi`"- 1utL: �15e • .Because the modules are connected in a "daisy chain" fashion, disconnecting one module from using the AC cable removes voltage and ground from the other downstream module wtfi VOT%. .Extreme care should be taken to ensure that no other energized sources are adjacent to these ungrounded modules, otherwise -auxiliary grounding methods must be applied. • Because the DC power is internal to the module, a.grounding electrode conductor (GEC) for the module or array is not required. The existing AC GEC at the utility service serves as the NEC -required GEC for the structure. The AC cable Grounding path has been tested by a NRTL, and its electrical continuity from the AC cable ground Pinto the module frame has been certified. + The AC module interconnecting cable.system .provides an internal .EGC for grounding the AC modules.. It is the installer's responsibility to group 'any,metallic. mounting structure according to local code. installers must ensure that whichever mounting system they choose is then grounded according to the . instructions of that mounting system. Some mounting systems can be bonded to the ACPV modules with listed devices. Consult'ihe module's included safety instructions for details: The AC modules 'or array do not require a,GEC; and the neutral conductor within the AC module is • .isolated from ground. The AC module, must be connected to a dedicated AC branch circuit With the neutral conductor referenced at the building service entrance. • . The AC interconnecting cable system attached to.each module's microinverter is fully insulated and includes an internal EGC. The grounding pin Is longer than the others in the plug.' Theground path from the transition cable to the module frame is as follows`. The transition. table's green conductor is connected to the EGC from the utility dedicated branch circuit. All plugs have, ground pins that are longer than the circuit pins. This extra length ensures that the ground is the firstto.make contact when connecting modules and the last to,break contact when disconnecting modules. The AC ground wire inside the microinverter terminates on the microinverter chassis with a bolted connection, and is environmentally sealed: The microinverter chassis is bonded to the module frame with stainless steel hardware to provide ground continuity to the rhodule'frame. Document 0505446 RevB 18 FIGURE B: AC MODULE GROUNDING MANUAL Sunpovier Proprietary w V) U 0 Ln w � rn }} w W 0 z 2 � .F- m 0 a a Lu m U LU . Z H n z w 0 a D Y U O 0 li 0 in z 0 Q U U U a M C6 o Q w a _J U) V b LU J LU OPPORTUNITY SPRI- FREMONT PROJECT D-0052012 DATE DRAWN 04-25-2016. DRAWN BY ALBLANCO DATE CHECKED 04-25-2016 CHECKED BY APATEL " SHEET SOLAR -El 1 O �. m .�. ^y � o < z m z � REVISIONS - SAN DEEP SHETYE 3.60 kW GRID TIED PHOTOVOLTAIC SYSTEM zti L2 _� .� r J ' I7 �.. •� .�% �• en, ilia .( S .0 N P W.E'R REV DESCRIPTION DATE DB CB CORPORATION, SYSTEMS 1414 HARBOUR WAY SOUTH R I C H M O N D, CA 9 4 8 0 4 s 1 0) 5 4 0- 0 5 5 0 CA LICENSE #890895 19752 BIXBY DRIVELn CUPERTINO,, CALIFORNIA 9501.4 \n o gj In o m 3 0 Z i SOLAR INDIVIDUAL PERMIT PACKAGE STRING DIAGRAM THIS CONTP DOENr INS PROPRIETARY IN ION. 50.0SURw0.0.EPRODUCTION, DIf GQ USEWITNOIfr SPf S MEN AIIiHORTUTION OF coaPDRAnoN Is sratI-rn1 W0.fID0EN.