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HomeMy WebLinkAbout48219-Z of souTyo`o Town of Southold * * P.O. Box 1179 53095 Main Rd Southold, New York 11971 CERTIFICATE OF OCCUPANCY No: 45802 Date: 12/02/2024 THIS CERTIFIES that the building SOLAR PANEL Location of Property: 47100 Route 25 Southold,NY 11971 Sec/Block/Lot: 69.-6-11 Conforms substantially to the Application for Building Permit heretofore, filed in this office dated: 07/13/2022 Pursuant to which Building Permit No. 48219 and dated: 08/26/2022 Was issued, and conforms to all the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: roof-mounted solar panels and battery storage system to an existing single-family dwelling as applied for. The certificate is issued to: Mark Hoffman&John Pierce Of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL: ELECTRICAL CERTIFICATE: 48219 08/26/2024 PLUMBERS CERTIFICATION: (A)th iz Signature TOWN OF SOUTHOLD �os�FFotK�y� BUILDING DEPARTMENT TOWN CLERK'S OFFICE oy XL SOUTHOLD, NY BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit#: 48219 Date: 8/26/2022 Permission is hereby granted to: Hoffman, Mark 47100 Route 25 Southold, NY 11971 To: install roof-mounted solar panels to existing single-family dwelling as applied for. At premises located at: 47100 Route 25, Southold SCTM # 473889 Sec/Block/Lot# 69.-6-11 Pursuant to application dated 7/13/2022 and approved by the Building Inspector. To expire on 2/25/2024. Fees: SOLAR PANELS $50.00 ELECTRIC $100.00 CO-ALTERATION TO DWELLING $50.00 Total: $200.00 Building Inspector OF SO�Tyol � o Town Hall Annex Telephone(631)765-1802 54375 Main Road P.O.Box 1179 sean.devlinCcl�town.Southold.ny.us Southold,NY 11971-0959 r1h �ouwi� BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICAL COMPLIANCE SITE LOCATION Issued To: Mark Hoffman Address: 47100 Route 25 City,Southold st: NY Zip: 11971 Building Permit#: 48219 Section: 69 Block: 6 Lot: 11 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: Electrician: Element Energy License No: 52689ME SITE DETAILS Office Use Only Residential X Indoor X Basement X Solar X Commerical Outdoor X 1st Floor Batt.Storage X New X Renovation 2nd Floor Hot Tub Addition Survey Attic Garage INVENTORY Service 1 ph Heat Duplec Recpt Ceiling Fixtures Bath Exhaust Fan Service 3 ph Hot Water GFCI Recpt Wall Fixtures Smoke Detectors Main Panel 150X2 A/C Condenser Single Recpt Recessed Fixtures CO Detectors Sub Panel A/C Blower Range Recpt Ceiling Fan Combo Smoke/CO Transfer Switch UC Lights Dryer Recpt Emergency Strobe Heat Detectors Disconnect Switches 4'LED Exit Fixtures Sump Pump Other Equipment: 16.4kW Roof Mounted PV Solar Energy System w/ (41)QceIIML-G10+400W Modules 100A Combiner Panel, 200A Gateway, (2) 40A SubPanels for (2) Sonnencore-P20 20kW Batteries Notes: Solar & Battery Storage Inspector Signature: QE) Date: August 26, 2024 S.Devlin-Cert Electrical Compliance Form Copy pF SOUIyOlo 'l 8 z 1 Lq� 2 # # TOWN Of SOUTHOLD BUILDING DEPT. 631-765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] INSULATION/CAULKING [ ] FRAMING/STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL REMARKS: lot an mot jl_� l J DATE INSPECTOR pp- pF 50UTyO� L�r 6 , [ -L-4 I co � # TOWN OF SOUTHOLD BUILDING" DEPT. 631-765=1802 INSPECTION [ ] FOUNDATION 1 ST/REBAR [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] INSULATIOWCAULKING [ ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [' ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ]. ELECTRICAL (ROUGH) ELECTRICAL (FINAL) [ ] CODE VIOLATION ] PRE C/O [ ] RENTAL REMARKS: r-jr4A4 44 ale_�! J221 M re s 1 - r . . DATE INSPECTOR `'� Y FIELD INSPECTION REPORT DATE COMMENTS 77ic.-, i FOUNDATION (1ST) ------------------------------------ G i C-1 FOUNDATION (2ND) j z ROUGH FRAMING_& PLUMBING —�-- 1 N � V, r INSULATION PER N.Y. STATE ENERGY CODE �a l � FINAL ADDITIONAL COMMENTS G a� 8" �i 12v o 1� •2� 2 rn! r2a�cQ. 0 X �o Z d m b H TOWN OF SOUTHOLD —BUILDING DEPARTMENT y Town Hall Annex 54375 Main Road P. O. Box 1179 Southold,NY 11971-0959 Telephone (631) 765-1802 Fax (631) 765-9502 https://www.southoldtownu.gov Date Received APPLICATION FOR BUILDING PERMIT For Office Use Only y� � C PERMIT NO. Building Inspector: JUL 1 3 2022 Applications and forms must be filled out in their entirety.Incomplete BUILDING DEPT applications will not be accepted. Where the Applicant is not the owner,an TOVVN'OF SOUTH LD Owner's Authorization form(Page 2)shall be completed. Date: V ZZ— OWNERS) OF PROPER-[Y: Name: AwvT-c SCTM#1000- C)6, C)`! _ �...el o Project Address: q 1-71(j� /'JI&/IV llte-j Phone#: / /�C� s�L/�_ Email: Mailing Address: CONTACT PERSON: Name0anielle Rodger Mailing Address:7470 Sound Ave Mattituck NY 11952 Phone#:6317797993 Email:permits@e2sys.com DESIGN PROFESSIONAL INFORMATION: Name: Mailing Address: Phone It: Email: CONTRACTOR INFORMATION: Name:Element Energy LLC Mailing Address:7470 Sound Ave Mattituck NY 11944 Phone#:6317797993 Email:permits 9e2s S c DESCRIPTION OF PROPOSED CONSTRUCTION ❑New Structure ❑Addition ❑Alteration ❑Repair ❑Demolition Estimate �ostofProject: DOtherSolar $ �fVI C/,(14/; 1 Will the lot be re-graded? ❑Yes ©No Will excess fill be removed from premises? ❑Yes ®No 1 20hoSign Document ID:R(iNUUANC;DIUJNH(;VFULUBZPWUPKMPiEUWHHEX4K9678 PROPERTY INFORMATION Existing use of property: . G Intended use of property: ` e T�,::�&,7 Zone or use district in which premises is situated: 'Are there any covenants and restrictions with respect to / /1—C this property? []Yes ❑No IF YES, PROVIDE A COPY. Id/Check Box After Reading: The owner/contractor/design professional is responsible for all drainage and storm water Issues as provided by Chapter 236 of the Town Code.APPUCATION IS HEREBY MADE to the Building Department forthe issuance of a Building Permit pursuant to the Building Zone Ordinance of the Town of Southold,Suffolk,County,New York and other applicable Laws,Ordinances or Regulations,for the construction of buildings, additions,alterations or for removal or demolition as herein described.The applicant agrees to comply with all applicable laws,ordinances,building code, housing code and regulations and to admit authorized inspectors on premises and In building(s)for necessary inspections.False statements made herein are punishable as a Class A misdemeanor pursuant to Section 210AS of the New York State Penal Law. Application Submitted By(print name): �c i���' `C��'��.c%r�i ALthorized Agent []Owner Signature of Applicant: Date: 7//yz STATE OF NEW YORK) SS: COUNTY OF being duly sworn, deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)he is the:. (Contractor,Agent,Corporate Officer,etc.) of said owner or owners, and is duly authorized to perform or have performed the said work and to make and file this application;that all statements contained in this application are true to the best of his/her knowledge and belief;and that the work will be performed in the manner set forth in the application file therewith. Sworn before me this —� day of 20_�a Notary Public DEBRA A SEPULVEDA worARYPuBmsTAlmoFNEwyoRLROP RTY OWNER AUTHORIZATION Regl WW=Na01SE6012W (Wh Ere the applicant is not the owner) Qualiflodia __ My commbdion Expires / Ale �C-e.. residing at __ 7 �lG� /�/�l//✓� /, do hereby authorize .. �L� L;Le- ___Z�i to apply on my behalf to the Town of Southold Building Department for approval as described herein.. Owner's Signature Date Print Owner's Name 2 SUFFotkc `r �B ILDING DEPARTMENT- Electrical Inspector + TOWN OF SOUTHOLD o 3 �Il�`)Town 11 Annex - 54375 Main Road - PO Box 1179 o .;� Southold, New York 11971-0959 ��jpl ��0�,�• sui�°1NS rjFY ,Telephone (631) 765-1802 - FAX (631) 765-9502 °owJa°F ro-g:ih- _southoldtownny.gov - sea nda-southoldtownny.qov ram, APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All Information Required) Date: Company Name: Electrician's Name: License No.: Elec. email: Elec. Phone No: 777 I request an email copy of Certificate of Compliance Elec. Address.: pf � JOB SITE INFORMATION (All Information Required) Name: Address: Cross Street: Phone No.: 631 72f 72Py2 Bldg.Permit#: email:. Tax Map District: 1000 Section: Block: Lot: BRIEF DESCRIPTION OF WORK, INCLUDE SQUARE FOOTAGE (Please Print Clearly): _ Square Footage: Circle All That Apply: Is job ready for inspection?: YESZ NO Rough In Final Do you need a Temp Certificate?: YES �NO Issued On Temp Information: (All information required) Service Size01 Ph03 Ph Size: A #Meters Old Meter# ❑New Service0 Fire ReconnectOFlood ReconnectOService ReconnectOUnderground❑Overhead #Underground Laterals D 1 M2 R H Frame Pole Work done on Service? F Y N Additional Information: PAYMENT DUE WITH APPLICATION Town of Southold January 15th, 2024 U` Building Department Town Hall Annex 54375 Main Road MAR 1 8 2024 P.O. Box 1179 Southold, New York 11971-0959 Subject: Roof Mounted-Solar Panels atthe Pierce-,Residence. 47100.Main Rd,. Southold, NY 11971 To Town of Southold: I hereby affirm that, following a comprehensive professional evaluation, the plans for the installation of the Battery Energy Storage System (BESS) and its associated fire-rated enclosure comply with the 2020 Residential Code of New York State, the 2020 Building Code of New York State, the 2020 Fire Code of New York State, the 2017 National Electric Code, ASCE 7-16, and other relevant industry standards and regulations. This certification is provided in strict adherence to the governing regulations and standards applicable to such installations. The mounting locations and methods detailed in the submitted plans have undergone thorough scrutiny and are confirmed to align with the requisite codes and standards. The proposed BESS, utilizing Lithium Iron Phosphate technology, adheres to UL9540A standards, ensuring it does not exhibit thermal runaway. Furthermore, the enclosure is meticulously designed to be fire-resistant in accordance with R327 of the NYS Building Code. In my professional opinion, derived from the site inspection and detailed analysis, the proposed BESS and the accompanying enclosure system demonstrate structural adequacy to withstand the reactions associated with the BESS. Please contact me if you have any questions or comments about the above. Since: ly, r 'y' NE�v D k PI James De PE r 260 Deer Drive NY 1 1 95' 'u k 95, Mattit-uck, NY 11 5 631-774-7355 Town of Southold February 28th,2024 Building Department Town Hall Annex 54375 Main Road P.O. Box 1179 Southold, New York 11971-0959 Subject: Battery Energy Storage System at.the Pierce,Residence,47100 Main Rd:-Southold. NY 11971 To Town of Southold: I hereby affirm that, following a comprehensive professional evaluation, the plans for the installation of the Battery Energy Storage System (BESS) and its associated fire-rated enclosure comply with the 2020 Residential Code of New York State, the 2020 Building Code of New York State, the 2020 Fire Code of New York State, the 2017 National Electric Code, ASCE 7-16, and other relevant industry standards and regulations. This certification is provided in strict adherence to the governing regulations and standards applicable to such installations. The mounting locations and methods detailed in the submitted plans have undergone thorough scrutiny and are confirmed to align with the requisite codes and standards. The proposed BESS, utilizing Lithium Iron Phosphate technology, adheres to UL9540A standards, ensuring it does not exhibit thermal runaway. Furthermore, the enclosure is meticulously designed to be fire-resistant in accordance with R327 of the NYS Building Code. G In my professional opinion, derived from the site inspection and detailed analysis, the proposed BESS and the accompanying enclosure system demonstrate structural adequacy to withstand the reactions associated with the BESS. Please contact me if you have any questions or comments about the above. Since. ly; ,UF NE'Y _ James De_ o k. PEF 260 Deer Drive }s Mattituck, NY 1195. 631-774-7355 U72 US Q.. AC CERTIFICATE OF LIABILITY INSURANCE DATE(MM7/15 021 THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER. THIS CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S), AUTHORIZED REPRESENTATIVE OR PRODUCER,AND THE CERTIFICATE HOLDER. IMPORTANT: If the certificate holder is an ADDITIONAL INSURED,the policy(ies)must have ADDITIONAL INSURED provisions or be endorsed. If SUBROGATION IS WAIVED,subject to the terms and conditions of the policy, certain policies may require an endorsement. A statement on this certificate does not confer rights to the certificate holder in lieu of such endorsement(s). PRODUCER CONTACT NAME: ROBERT S.FEDE INSURANCE AGENCY PHONE - FAX - - 23 GREEN STREET,SUITE 102 E-MAIL Ext A/C No HUNTINGTON,NY 11743 ADDRESS: ROBERTS.FEDE INSURANCE INSURERS AFFORDING COVERAGE NAIC# INSURER A: INSURED INSURERB:STATE INSURANCE FUND 523930 Element Energy LLC INSURERC: ELEMENT ENERGY SYSTEMS INSURERD: 7470 SOUND AVENUE INSURER E MATTITUCK, NY 11952 INSURERF: COVERAGES CERTIFICATE NUMBER: REVISION NUMBER: THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED. NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES.LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. INSR LTR TYPE OF INSURANCE ADDL SUBR POLICY NUMBER MM POLICY EFF POLICY EXP I D/YYY MMIDD LIMITS COMMERCIAL GENERAL LIABILITY CL00275204 7/14/2021 7/14/2022 EACH OCCURRENCE. $ 3,000,000 X X DAMAGE TO RENTED CLAIMS-MADE � OCCUR PREMISES Eaoccurrence $ 100,000 A MED EXP(Any one person) $ 5000 IMA389203 7/14/2021 7/14/2022 PERSONAL 8 ADV INJURY $ 3000000 GEN'L AGGREGATE LIMIT APPLIES PER: GENERAL AGGREGATE $ 3,000,000 POLICY 7 PRO JECT ❑ LOC PRODUCTS-COMP/OP AGG $ 3000000 OTHER: $ AUTOMOBILE LIABILITY COMBINED SINGLE LIMIT $ Ea accident ANY AUTO BODILY INJURY(Per person) $ OWNED SCHEDULED UTOS ONLY AUTOS BODILY INJURY(Per accident) $ A HIRED NON-OWNED PROPERTY DAMAGE $ AUTOS ONLY AUTOS ONLY Per accident UMBRELLA LIAB OCCUR EACH OCCURRENCE $ EXCESS LIAB HCLAIMS-MADE AGGREGATE $ DED RETENTION$ $ WORKERS COMPENSATION PER OTH- AND EMPLOYERS'LIABILITY Y/N 124494445 7/13/2021 7/13/2022 X STATUTE ER ANY PROPRIETOR/PARTNER/EXECUTIVE E.L.EACH ACCIDENT $ 1,000,000 D?B OFFICER/MEMBER EXCLUDE � N/A (Mandatory in NH) E.L.DISEASE-EA EMPLOYE $ If yes,describe under DESCRIPTION OF OPERATIONS below E.L.DISEASE-POLICY LIMIT $ 1000000 NY State DBL DBL567527 1/01/2021 1/01/2022 Statutory DESCRIPTION OF OPERATIONS/LOCATIONS/VEHICLES(ACORD 101,Additional Remarks Schedule,may be attached if more space Is required) CERTIFICATE HOLDER IS ADDITIONAL INSURED CERTIFICATE HOLDER CANCELLATION Town of Southold SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE d THE EXPIRATION DATE THEREOF, NOTICE WILL BE DELIVERED IN 54375 Main R Southold NY1 ACCORDANCE WITH THE POLICY PROVISIONS. AUTHORIZED A ,� RE,PRESENTAATI_VE S. ©1988-2015 ACORD CORPORATION. All rights reserved. ACORD 25(2016/03) The ACORD name and logo are registered marks of ACORD lk IL NYSI F New York State Insurance Fund 8 CORPORATE CENTER DR,3RD FLR,MELVILLE,NEW YORK 11747-3129 nysif.com CERTIFICATE OF WORKERS' COMPENSATION INSURANCE (RENEWED) 0 0 T J ^A^^^ 823336604 ROBERT S FEDE INSURANCE AGENCY 23 GREEN ST STE 102 HUNTINGTON NY 11743 SCAN TO VALIDATE AND SUBSCRIBE POLICYHOLDER CERTIFICATE HOLDER ELEMENT ENERGY LLC TOWN OF SOUTHOLD DBA ELEMENT ENERGY SYSTEMS 54375 MAIN ROAD 7470 SOUND AVENUE SOUTHOLD NY 11971 MATTITUCK NY 11952 POLICY NUMBER CERTIFICATE NUMBER POLICY PERIOD DATE 12449 444-5 706281 07/13/2021 TO 07/13/2022 7/15/2021 THIS IS TO CERTIFY THAT THE POLICYHOLDER NAMED ABOVE IS INSURED WITH THE NEW YORK STATE INSURANCE FUND UNDER POLICY NO. 2449 444-5, COVERING THE ENTIRE OBLIGATION OF THIS POLICYHOLDER FOR WORKERS' COMPENSATION UNDER THE NEW YORK WORKERS' COMPENSATION LAW WITH RESPECT TO ALL OPERATIONS IN THE STATE OF NEW YORK, EXCEPT AS INDICATED BELOW, AND, WITH RESPECT TO OPERATIONS OUTSIDE OF NEW YORK, TO THE POLICYHOLDER'S REGULAR NEW YORK STATE EMPLOYEES ONLY. IF YOU WISH TO RECEIVE NOTIFICATIONS REGARDING SAID POLICY,INCLUDING ANY NOTIFICATION OF CANCELLATIONS, OR TO VALIDATE THIS CERTIFICATE,VISIT OUR WEBSITE AT HTTPS://WWW.NYSIF.COM/CERT/CERTVAL.ASP.THE NEW YORK STATE INSURANCE FUND IS NOT LIABLE IN THE EVENT OF FAILURE TO GIVE SUCH NOTIFICATIONS. THIS POLICY DOES NOT COVER THE SOLE PROPRIETOR, PARTNERS AND/OR MEMBERS OF A LIMITED LIABILITY COMPANY. THE POLICY INCLUDES A WAIVER OF SUBROGATION ENDORSEMENT UNDER WHICH NYSIF AGREES TO WAIVE ITS RIGHT OF SUBROGATION TO BRING AN ACTION AGAINST THE CERTIFICATE HOLDER TO RECOVER AMOUNTS WE PAID IN WORKERS'COMPENSATION AND/OR MEDICAL BENEFITS TO OR ON BEHALF OF AN EMPLOYEE OF OUR INSURED IN THE EVENT THAT, PRIOR TO THE DATE OF THE ACCIDENT, THE CERTIFICATE HOLDER HAS ENTERED INTO A WRITTEN CONTRACT WITH OUR INSURED THAT REQUIRES THAT SUCH RIGHT OF SUBROGATION BE WAIVED. THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS NOR INSURANCE COVERAGE UPON THE CERTIFICATE HOLDER. THIS CERTIFICATE DOES NOT AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICY. NEW YORK STATE INSURANCE FUND DIRECTOR.INSURANCE FUND UNDERWRITING Town of Southold July 8th, 2022 Building Department Town Hall Annex 54375 Main Road P.O. Box 1179 _ Southold, New York 11971-0959 - D pow Subject: Roof Mounted Solar Panels at the Pierce Residence, 47100 Main Rd, Southold, NY JUL 13, 9r) .aa 11971 DIEK 9U111-0 'T(MtN0F 80L•RH LD To Town of Southold: I hereby state that it is my professional opinion that the subject plans comply with the 2020 Residential Code of New York State, the 2017 National Electric Code,ASCE 7-16, and NFPA-70. These code requirements include the fact that the roof framing is adequate to support the additional loads from solar,panels as well as roof ridge and peak access to first responders. I have evaluated the structural framing of the existing roof with the additional loading to account for the proposed solar panel application. Deflection and stresses of the structural components remain within the allowable for the existing roof for wind pressures from 140 mph, 3-second gust, and Exposure B with a ground snow load of 20 pounds per square foot. Mounting locations and methods are as indicated in the submitted plans. From the site inspection and analysis, and as evidenced by previous roof loads withstood, it is my professional opinion that the existing building and roof framing is structurally adequate to support the reactions of the'solar panels in addition to the existing code required for live and dead loads.Also, the wind analysis concluded that the mounting system as shown on the plans is adequate to resist the calculated uplift pressure. The dead load of the heaviest solar panel assembly in this evaluation is approximately 2.9 pounds per square foot. Please contact me if you have any questions or comments about the above. Sincerely, Gennaro Anthony Giustra. P.E. OF NEIVy Great Eastern Services, Inc. �,� PFtO A cO5t PO Box 240 * a, 24 Harvey Rd Riverhead, NY 11901 'U3443 Office: 631.543.9555 .0, 10'SS10NP\' Mobile: 631.235.0189 Email: jerrygiustra@gmail.com D C OWen � mn QOfTII�- is W N -` O � zPTI Za rTl O O ;r, Cc, m2V) 000r-- - 0 pp � ZCn =0c>-(- � 70C:0 '� � DO 00) O cnc� ' z nm �? C:) Cn I rrl c y, - 1 —I IJ -� O -1 5OOrgU -t _.rrn .: z� TIC zOn zzar � in0 r - � � O c—" m � C � C 0 --1 m 00 (o O -nz O MD r- �M ZOO M r) M m o (n 0 -n Om -n C/) Z r �, � m 00 Z D Q � � A ?oho Sign Document ID:9ABODUY_EELHG40JXUV3IUJEOOAEVZ30FBGTYDZI7ZW SCOPE'OF WORK DESIGN d DRAFTING BY: ELEMENT ENERGY LLC TO INSTALL A I G.4 KW SOLAR PHOTOVOLTAIC(PV)SYSTEM AT THE PIERCE RESIDENCE, r REVIEW BY J.M.NABCEP CERTIFIE LOCATED AT 471 OO MAIN ROAD, SOUTHOLD, NY 1 1 971. 05! 1 ,2-129 THE POWER GENERATED BY THE PV SYSTEM WILL BE INTERCONNECTED WITH THE UTILITY GRID :g THROUGH THE EXISTING ELECTRICAL SERVICE EQUIPMENT. REVISIONS - DE5CRIPfION DATE REV A SYSTEMRATING °R'G'NA` 07_08_2022 G.4 kW DC 5TC P05-n .. EQUIPMENT SUMMARY QCELL Q.FEAK DUO BILK ML-G I C+ 400 WATT PV MODULES - ;- ENPHA5E IQ7PLU5-72-2-US MICRO INVERTERS IRONRIDGE XR100 MOUNTING SYSTEM CONTRACTOR 5 H E ET INDEX = ELEMENT ENERGY, LLC. Pv-I COVER 7470 SOUND AVE PV-2 SITE PLAN PROJECT LOCATION MATTITUCK, NY 1 195 PV-3 ROOF PV LAYOUT PV-4 STRUCTURAL/DETAILS 4 SECTIONS LICENSE # 43889-H PV-5 3-LINE ELECTRICAL DIAGRAM LICENSE # 52G89-ME PV-G LABELS N `' �' GOVERNING CODES ° c�oF NEw y 0 2017 NATIONAL ELECTRICAL CODE. .�Q' 4gO A G7��O.p� 2020 RESIDENTIAL CODE OF NEW YORK STATE. fi> PROJECT NAME ASCE 7-16 AND NFPA-70. 2 .U W 270°—=::Zl 4 90° E UNDERWRITERS LABORATORIES(UL)STANDARDS _ OSHA 29 CFR 1910.2G9 C7 = W 240° V 120° Cl GENERAL NOTES yN� �2 210°180150° / ,r U Q O 103443 z0 � 1 . CONTRACTOR SHALL CHECK AND VERIFY ALL CONDITIONS AT A��FESSIONP� S LLJ Q a — THE SITE PRIOR TO STARTING TO WORK AND SHALL FAMILIARIZE + � z Z HIMSELF WITH THE INTENT OF THESE PLANS AND MAKE WORK AGREE THE SAME. AERIAL VIEW LU Q 2. CONTRACTOR OR OWNER SHALL OBTAIN ALL REQUIRED R/ Q APPROVALS, PERMITS, CERTIFICATES OF OCCUPANCY, 10. CONTRACTOR TO EFFECT AND MAINTAIN INSURANCE, I.E. TOWN COMMENTS AND APPROVAL STAMP ►� INSPECTION APPROVALS, ETC., FOR.WORK PERFORMED FROM O 0 AGENCIES HAVING JURISDICTION THEREOF, IF REQUIRED. CONTRACTOR'S LIABILITY, WORKMAN'S COMPENSATION, — -- --- U 0 = 3. ALL WORK SHALL CONFORM TO CONSTRUCTION CODE AND COMPLETED OPERATION, ETC. ADEQUATE FOR THE PURPOSES ry _ALL RULES AND REGULATIONS OF THE RESPONSIBLE OF THI5 PROJECT AND FURNISH PROOF OF SAME PRIOR TO _LJ D JURISDICTION. COMMENCING WITH WORK. O � 4. IF IN.THE COURSE OF CONSTRUCTION A CONDITION EXISTS I I . EACH SUBCONTRACTOR SHALL BE RESPONSIBLE FOR (s) WHICH DISAGREES WITH THAT AS INDICATED ON THESE PLANS, MAINTAINING SAFETY ON THE JOB 51TE DURING THE THE CONTRACTOR SHALL STOP WORK AND NOTIFY THE CONSTRUCTION PHASE TO COMPLY WITH THE REGULATIONS ^ ENGINEER. SHOULD HE FAIL TO FOLLOW THI5 PROCEDURE AND AND REQUIREMENTS OF THE OCCUPATIONAL SAFETY AND �l�J I� lI U CONTINUE WITH THE WORK, HE SHALL ASSUME ALL HEALTH ADMINISTRATION. THIS SHALL INCLUDE, BUT ARE NOT JV' RESPONSIBILITY AND LIABILITY THEREFROM LIMITED TO: PROVIDING FOR ADEQUATE AND PROPER BRACING, JUL 1 3 2022 5. ALL STRUCTURAL STEEL SHALL BE A-3G AND SHALL BE SAFETY RAILINGS AND SECURE FOOTINGS FOR ALL TEMPORARY � I SHEET NAME FABRICATED AND INSTALLED AS PER LATEST A.I.5.0 SCAFFOLDING, STAIRS, ETC.. AS WELL AS PERMANENT BUILDING DEPT SPECIFICATIONS. CONSTRUCTION. TOIt0N OF COVER 12. FIGURED DIMENSIONS SHALL GOVERN. DO NOT SCALE Sc�`_;� ' G. ALL ELECTRICAL WORK SHALL BE BOARD OF FIRE DRAWINGS, WHERE DIMENSIONS ARE ESTABLISHED BY EXISTING UNDERWRITERS APPROVED AND IN ACCORDANCE WITH N.E.C. 4 CONDITIONS. EACH CONTRACTOR SHALL VERIFY EXISTING NY5 CODES* REGULATIONS CONDITIONS PRIOR TO ORDERING MATERIALS AND 7. ANY DEVIATION FROM THESE PLANS WITHOUT THE WRITTEN COMMENCING WITH WORK. CONSENT OF THE ENGINEER WILL NEGATE THE ENGINEER'S 13. CONTRACTOR TO REMOVE ALL DEBRIS CREATED BY THIS DRAWING 5CALE CERTIFICATION OF THESE PLANS. WORK FROM THE SITE AND DISPOSE OF IN A LEGAL MANNER ON 8. THESE DRAWINGS AS IN5TRUCMENT5 OF SERVICE ARE AND A WEEKLY BA515 OR SOONER IF CONDITIONS WARRANT. N . I T .S - SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE 14. AT THE COMPLETION OF WORK, THE SITE TO BE CLEARED PROJECT FOR WHICH THEY ARE MADE 15 EXECUTED OR NOT. OF ALL DEBRIS AND EXCESS MATERIALS. THE FACILITY 15 TO BE THEY ARE NOT TO BE USED ON ANY OTHER PROJECTS OR LEFT BROOM CLEAN AND WORK 15 TO BE COMPLETED TO THE EXTENSIONS TO THI5 PROJECT TOTAL SATISFACTION OF THE OWNER PRIOR TO RELEASE OF sheeT 11 'f"R 9. CONTRACTOR SHALL PROTECT, PATCH AND REPAIR ALL FINAL PAYMENT. F\ / EXISTING WORK ADJACENT TO HIS WORK, OR DAMAGED AS V RESULT OF HIS WORK. TAX MAP: 1000OG9000GOOO 11000 ?oho Sign Document ID:9ABODUY_EELHC40JXUV3IOJEOUAEVZ3UFB(3TYDZI7ZW LEGEND "NOTE ExlsTarc UTILITY METER I .) THE ROOF SETBACK/FATHWAY SHALL NOT BE DE51GNNT ENERGY LLC MAIN SERVICE PANEL REQUIRED TO ROOFS WITH 2 UNITS VERTICAL N NEW PV SUB—PANELS WITH 12 UNITS HORIZONTAL OR LE55 IN REVIEwBYJ.M.NABCEP ceRTlele_ po os I I I z- ze A/C DISCONNECT ACCORDANCE WITH R324.G EXCEPTION OF INNVVERRTERS 2020 NY5 RESIDENTIAL CODE. 8 GND ELECTRODE / REVISIONS PV MODULE W270� DE5CRIFr1ON DATE REV ')IJGINAL 07-08-2022 RACKING RAIL 2411° 90o E ATTACHMENT POINT 1200 RAFTERS 20'— 1 4" 21018p 150° o ROOF PITCH ANGLE AC 55 ROOF SUNRUN METER VENT PLUMBING VENT SKY LIGHT CHIMNEY CONTRACTOR COMPOSITE SHINGLES GOOD CONDITION j POTENTIAL SHADING ISSUES TRIM/REMOVE AS NECESSARY ELEMENT ENERGY, LLC. 7470 SOUND AVE 27'— I —93 �. ACCESS ROOF MATTITUCK, NY 1195 24'— 1 1 2" 4 _ LICENSE # 43889-H LICENSE # 52G(59-ME G"x 3G"GROUND ACCESS TYP. — 4" PROJECT NAME Ce �Tp U) //SFTe N W Q 71 cFss -9 lLJ O " — ACCE55 ROOF — z >- W Q z Cv o J � O _W IL 0 3 1 '-32" 5'—G411 15'-/ I " b4 2(5'— 0" 5NEET NAME °F NEW SITE PLAN 0 �p'� %sue ACC Roof; * C9 ACCESS ROOF r Gc LU w DRAWING 5CALE ! I/811 = I I_OII lO 03443 CONSTRUCTION NOTES 3 I '—Oz" A��FESSlONP� 1.) ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE sneer IIU 13LP, MANUFACTURER'S INSTALLATION INSTRUCTIONS. Fv —2 2.) ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. 3.) ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. TAX MAP: 1000OG9000GOOO I 1 000 ?oho Sign Document ID:9ABODUY_EELHC40JXUV310JEOOAEVZ30FBGTYDZI7ZW LEGEND CONSTRUCTION SUMMARY - MAIN HOUSE �/ DESIGN II,DRAFTING BY: EXISTING UnbTY METER (4 1) QCELL Q.PEAK DUO BLK ML-G 10+ 400 WATT PV MODULES ' • ELEMENT ENERGY LLC MAIN SERVICE PANEL (DIMENSIONS: 74"X 41. 1"X 1 .3") NEW PV SUB—PANELS O° REVIEW BY J.M.NABGEP CERTIFIE A/C DISCONNECT (4 1) ENPHASE IQ7PLU5-72-2-U5 MICRO INVERTERS / os I z- 29 COMBINER (92) ATTACHMENT POINTS @ G4" O.C. MAX. INVERTERS GIN ELECTRODE (339.1) LF IRONRIDGE XR 100 MOUNTING SYSTEM. W270 a REVISIONS PV MODULE ROOF TYPE = ASPHALT SHINGLE (SINGLE LAYER) �9p° DI!5CRIPfION DATE RfV RACKING RAIL C. J CONSTRUCTION NOTES 240° D ORGINAL 07-0e-2022 120° ATTACHMENT POINT 1 .) ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE 210° 150° WITH THE MANUFACTURER'S INSTALLATION INSTRUCTIONS. ;' 180° RAFTERS 2.) ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH _ ROOF PITCH ANGLE MINIMUM NEMA 3K RATING, 82° IS AC METER , 3.) ALL LOCATIONS ARE APPROXIMATE AND REQUIRE Ac ss RooF �. FIELD VERIFICATION. VENT _ PLUMBING VENT "NOTE Gall - SKY LGHT 1 .) THE ROOF SETBACK/PATHWAY SHALL NOT BEo PITCH REQUIRED TO ROOFS WITH 2 UNITS VERTICAL 33 CHIMNEY 23 6°^�M� CONTRACTOR — — — — AZIMU COMPOSITE SHINGLES WITH 12 UNITS HORIZONTAL OR LESS IN GOOD CONDITION ACCORDANCE WITH R324.G EXCEPTION OF POTENTIAL SHADING ISSUES . — — — — TRIM/REMOVE AS NECESSARY 2020 NYS RESIDENTIAL CODE _ 4 — — — � j'ZZ, ELEMENT ENERGY, LLC. 7470 SOUND AVE ARRAY#I _ _ _ _ / 18 MODULES MATTITUGK, NY 1195 6°PITCH — — — — — s — % LICENSE # 43889-t1 Access ROOF 236°AZIMUTH — — — — LICENSE # 52G89-ME G"x 3G"GROUND ACCESS TYP. PROJECT NAME m T T GCS 2'-234-1, / �e9c� I I lLJ Q [\ a 9C `x cuss z /0/ 9j G 111 31 bill llQ I II L Q L1L AccESs rtooP ✓ ARRAY#5 Q z — 3 MODULES L Q 33°PITCH 02 F — 46°AZIMUTH W O O WWW n/ O ARRAY#3 — — ARRAY#4 LLJ G MODULES _ _ _ _ _ _ 7 MODULES 33°PITCH 33°PITCH 236°AZIMUTH — — — — _ *-� 56°AZIMUTH 5HEETNAME 41 4" of NEW 4 - - I I I I I I — �P�� �0 A c, y°-per ROO 1 DETAIL * 311 I I 1 G'- I 1411 w 4 I I ACC 55 00 1, 2 DRAWING 5CALE 103443 1/811 = 1 1-011 7-41 1 a, A�OrEssiI, � ARRAY#G MODULES A III MODULES - I 5HEET NUMBER 33°PITCH 33°PITCH I46°AZIMUTH 140 AZIMUTH f\V/ 3 �' �' TAX MAP: 1000OG9000GOOO I 1 000 ?oho Sign Document ID:9ABODUY_EELH040JXUV310JEOOAEVZ3QFBGTYDZI7ZW HEAVIE5T ITEM DESCRIPTION ARRAY#I ARRAY#2 - 7 DESIGN E DRAFTING BY: LOAD'CALCULAAON ARRAY (ARRAY#3) RB Ride Bearn/Board 2"X 1 2" D. FIR 2"X 1 0" D. FIR ELEMENT ENERGY LLC Roof Rafter 2"X 1011 D. FIR 24" O.0 2"X 8" D. FIR 24" O.C. REVIEW BY J.M.NA13CEP CERTIF': MODULE WEIGHT(11,5) 48.4 (D) Deckm I"X 8"TONGUE 4 GROOVE I"X 8" TONGUE GROOVE 051 1 12-129 #OF MODULES G (J) Ceilincj Joist 2"X 10" D. FIR CcD I G" O.0 2"X 8" D. FIR I G" O.C. Hof NEW , (P) Pitch Go 332 REVISIONS TOTAL MODULE WEIGHT(Lb5) 290.4 O A G� 0 Knee Walls I N/A 2"X 4" D. FIR DESCRIPTION DATE REV I G" O.C. TOTAL LENGTH OF RAIL(Ft) 74.5 co 1-1 1"IOPIZOntal Span of 24 1" MAX. I G2" MAX. zIGINAL 07-05-2022 RAIL WEIGHT PER FOOT(Lbs) O.G8 TOTAL RAIL WEIGHT(Lb5) 50.7 W #OF 5TRANDOFF5 18 Z WEIGHT PER 5TRANDOFF(Lb5) 2 703443 A� TOTAL STANDOFF WEIGHT(Lb5) 3G 'TQSS��NP` TOTAL ARRAY WEIGHT(Lb5) 377.1 POINT LOAD(Lb5) 20.9 CONTRACTOR TOTAL ARRAY AREA(Scl Ft) 128.5 ARRAY DEAD LOAD(Lb5/5cl Ft) 2.9 ELEMENT ENERGY, LLC. WIND DESIGN SUBJECT TO DAMAGE FROM 7470 SOUND AVE GROUND SEISMIC WINTER ICE BARRIER AIR MEAN MATTITUCK, NY 1 1 95 SNOW Special Yllindborne FLOOD Speeds Topographic DESIGN Frost DESIGN UNDERLAYMENT FREEZING ANNUAL LOAD° (mph) effectsk wind debris CATEGORY[ Weathering" line Termite` TEMpe REQUIREDI, HAZARDS$ INDEX' TEMN LICENSE # 43889-11 region' zone' depth° G LICENSE # 52G(59-ME FEMA 20 140 NO NO NO B SEVERE 3 FT HEAVY 15`F YES ZONE X 599 51°F (H> MANUAL J DESIGN CRITERIA^ (J) Winter Summer Altitude itude Design Heating Latitude heating cooling correction factor design temperature cooling temperature PROJECT NAME temperature difference 108 FT 41'N 15'F 86'F 1.00 70'F 75'F 55'F [ARRAY#I] [ARRAY#21 Wind Wind Cooling Wind Daily Winter Summer — i temperature difference velocity velocitywet bulb range humidity humidity ]L[ heating cooling 11'F 15 MPH 1 7.5 MPH 72°F MEDIUM(M) 409/, 32 GR @50%RH z O G) For SI:1 pound per square foot=0.0479 kPa,1 mile per hour=0.447 m/s. ROOF FRAMING DETAIL I Q — a. Where weathering requires a higher strength concrete or grade of masonry than necessary to satisfy the structural requirements of this code,the frost line depth strength (� z Z required for weathering shall govern.The weathering column shall be filled in with the weathering index,"negligible,""moderate"or"severe"for concrete as determined UJ Q from Figure R301.2(4).The grade of masonry units shall be determined from ASTM C34,C55,C62,C73,C90,C129,C145,C216 or C652. � C Q b. Where the frost line depth requires deeper footings than indicated in Figure R403.1(1),the frost line depth strength required for weathering shall govern.The jurisdiction G shall fill in the frost line depth column with the minimum depth of footing below finish grade. LU O J C. The jurisdiction shall fill in this part of the table to indicate the need for protection depeMing on whether there has been a history of local subterranean termite damage. d. The jurisdiction shall fill in this part of the table with the wind speed from the basic Wfftspeed map[Figure R301.2(5)A].Wind exposure category shall be determined U C) F— = on a site-specific basis in accordance with Section R301.2.1.4. W - � e. The outdoor design dry-bulb temperature shall be selected from the columns of 971/2-percent values for winter from Appendix D of the Plumbing Code of New York _ State.Deviations from the Appendix D temperatures shall be permitted to reflect locatclimates or local weather experience as determined by the building official.[Also MODULE MOUNTING CLAMP O see Figure R301.2(1).] f. The jurisdiction shall fill in this part of the table with the seismic design category determined from Section R301.2.2.1. SOLAR MODULE g. To establish flood hazard areas,each community regulated under Title 19,Part 1203 of the Official Compilation of Codes,Rules and Regulations of the State of New 5TAINLF55 STEEL 3/6' York(NYCRR)shall adopt a flood hazard map and supporting data.The flood hazard map shall include,at a minimum,special flood hazard areas as identified by the BOLT AND NUT Federal Emergency Management Agency in the Flood Insurance Study for the community,as amended or revised with: I.The accompanying Flood Insurance Rate Map(FIRM), ii.Flood Boundary and Floodway Map(FBFM),and iii.Related supporting data along with an revisions thereto. NRIDGE ALUMINUM RAIL PP 9 9 y � - SHEET NAME The adopted flood hazard map and supporting data are hereby adopted by reference and declared to be part of this section. ALUMINUM T`BRACKET h. In accordance with Sections R905.1.2,R905.4.3.1,R905.5.3.1,R905.6.3.1,R905.7.3.1 and R905.8.3.1,where there has been a history of local damage from the effects of ice damming,the jurisdiction shall fill in this part of the table with"YES."Otherwise,the jurisdiction shall fill in this part of the table with"NO." iMINUM FLA51-iwG T RU CT U fZA I. The jurisdiction shall fill in this part of the table with the 100-year return period air freezing index(BF-days)from Figure R403.3(2)or from the 100-year(99 percent) value on the National Climatic Data Center data table"Air Freezing Index-USA Method(Base 32°F)." j. The jurisdiction shall fill in this part of the table with the mean annual temperature from the National Climatic Data Center data table"Air Freezing Index-USA Method (Base 32°F)" ASFn ALT SHINGLE ROOF k. In accordance with Section R301.2.1.5,where there is local historical data documenting structural damage to buildings due to topographic wind speed-up effects,the 5/1 G"X G"STAI NLE55 jurisdiction shall fill in this art of the table with"YES."Otherwise,the jurisdiction shall indicate"NO"in this art of the table. STEEL LAG BOLT WITH P P 2 I/2"MIN THREAD DRAWING SCALE I. In accordance with Figure R301.2(5)A,where there is local historical data documenting unusual wind conditions,the jurisdiction shall fill in this part of the table with PENETRATION SEALED "YES"and identify any specific requirements.Otherwise,the jurisdiction shall indicate"NO"in this part of the table. WITH GEOCEL 4500 m AS NOTED . In accordance with Section R301.2.1.2 the jurisdiction shall indicate the wind-borne debris wind zone(s).Otherwise,the jurisdiction shall indicate"NO"in this part of the (EQUIVALENT OR BETTER) table. n. The jurisdiction shall fill in these sections of the table to establish the design criteria using Table 1a or 1b from ACCA Manual J or established criteria determined by the jurisdiction. o. The ground snow loads to be used in determining the design snow loads for roofs are given in Figure R301.2(6)for sites at elevations up to 1,000 feet.Sites at elevations above 1,000 feet shall have their ground snow load increased from the mapped value by 2 psf for every 100 feet above 1,000 feet. 511EET NUMBER (*) See Figure R301.2(4)B. TAX MAP: 1000OG9000GOOO I 1 000 MOUNTING DETAIL 1 ?oho Sign Document ID:9ABODUY_EELHC40JXUV310JEOOAEVZ3QFBGTYDZl7ZW _TR'h CP; 2;VICR^'NVER:ERS _ e'a' V R` Nv`I, R�t - DE51GN t DRAFTING BY: ELEMENT ENERGY LLC REVIEW BY J.M.NA15CEP CERTIFIE 051112-129 STRING # 1r UV151ONS DE5CRIPTION DATE REV -------------- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- OF N E w y c;R:,".A. 07 oe z;,zz STRING #2 rD A. r- ------------ ---- ---- ---- ---- ---- ---- ---- ---•� ---- ---- ---- TO UTILITY GRID I V I I O 1p34Q3 1 �� { i STRING #3 A� r- -------- - - - - - - - - - - - - - - - - - - - • BDIRECTIONAL SSION CONTRACTOR 1 I I UTILITY METER I I I-PHASE.240 V I ---------- 1 i N ELEMENT ENERGY. LLC. I I STRING #4 7470 SOUND AVE MATTITUCK. NY 1195 LICENSE # 43889-H I I 1 I LICENSE # 52G89-ME I i I I I 1 1 I ENPHA5E BRANCH 1 1 I I CIRCUIT CABLE TYPICAL I I I I j I j PROJECT NAME I I I I 1 1 1 1 I LU Q MAIN SERVICE PANEL 1 1 AC DISCONNECT q` zo Z O AC COMBINER BOX So_��c1'� W ^/ - ,. , Q Ll7_ M ' I :X15TING GROUNDING I j 1 _ECTRODE SYSTEM V ) I LU I I _j ---------------------------- U O O WIRE*CONDUIT SCHEDULE � C) ~ W CIRCUIT CIRCUF clk-1.- CONDUCTOR CONDUCTORS MAX.CONDUCTOR CONDUIT FILL CONDUCTOR GROUND GROUND GROUND TYPE CONDUIT ,: ��.;'- '.VBIENT TEMP ESTIMATED Voltage Drop 1,% (� c-} O LD.# ORIGIN DESTINATION 51ZE PER POLE QUANTITY DEBATE IN5ULATION 51ZE QUANTITY INSULATION !CU/AU TYPE SIZE -EMP DEBATE D15TANCE V (� 31 O.15(BX3) 31 O.15(5)(2.03.) INVERTERS COMBINER PANEL AWG#10 1 8 0.7 U5E-2(PV Wire AWG#8 1 BARE CU FREE AIR 559C 0.54 100 FT 2.5% OR EMT COMBINER PANEL AC DISCONNECT AWG#4 1 3 1 THWN-2 AWG#e THWN-2 CU PVC 0.95 50 FT 0.8% AC DISCONNECT MAIN PANEL AWC-#4 I 3 I 1 THWN-2 AWG#8 1 THWN-2 CU PVC 0.95 1 IC FT 0.296 ELECTKICALNOTE5 SHEET NAME CALCULATIONS FOR CURRENT CARRYING CONDUCTORS I .)ALL EQUIPMENT TO BE LISTED BY UL OR OTHER NRTL, AND LABELED FOR ITS APPLICATION. #I PV Source Circuit Wire Ampacity Calculation CONFIGURATION 2.)ALL CONDUCTORS SHALL BE COPPER, RATED FOR GOO V AND 90QC WET ENVIRONMENT. [NEC G90.8(B)(1)]: (I5c) '(#of5trin s'(I.5G) = 19.GG A 3-LINE D I A. 3.)WIRING, CONDUIT. AND RACEWAYS MOUNTED ON ROOFTOPS SHALL BE ROUTED DIRECTLY g ) Modules per String 13 MAX. TO,AND LOCATED AS CLOSE AS POSSIBLE TO THE NEAREST RIDGE. HIP, OR VALLEY. AWG# O. ampaaty'Temp Derate = e 512C A 23.52 A > 19.G6 A.therefore DC wire size is valid. Modules per Inverter I 4.)WORKING CLEARANCES AROUND ALL NEW AND EXISTING ELECTRICAL EQUIPMENT SHALL Number of Inverters 41 COMPLY WITH NEC 110.2G. #2 Inverter Output Wire Ampacity Calculation 5.)DRAWINGS INDICATE THE GENERAL ARRANGEMENT OF SYSTEMS. CONTRACTOR SHALL Inverter Max Amperage output'(1.25) = GO.03 A Record low temp I OaC FURNISH ALL NECESSARY OUTLETS,SUPPORTS, FITTINGS AND ACES50RIE5 TO FULFILL AWG#4. ampacity'(femp Derate)'(Condult Fill Derate) = 90.25 A Voc Temp Coefficient -0.2401o/QC DRAWING SCALE APPLICABLE CODES AND STANDARDS. 90.25 A > GO.03 A, therefore AC wire size is valid. DC SYSTEM 5PECIFICATION5 CALCULATIONS C.)WHERE SIZES OF JUNCTION BOXES, RACEWAYS,AND CONDUITS ARE NOT SPECIFIED, #3 Inverter Output Wire Ampacity Calculation Operating Current 10.8 A =(#of 9trin s)'(Im N .T. S THE CONTRACTOR SHALL SIZE THEM ACCORDINGLY. Inverter Max Amperage output'(1.25) = GO.03 A 7.)ALL WIRE TERMINATIONS SHALL BE APPROPRIATELY LABELED AND READILY VISIBLE. AWG#4. ampacity'(Temp Derate)'(Conduit Fill Derate) = 90.25 A O eratin Voltage 37.1 V =(#modules in series'(Vm ) 8J MODULE GROUNDING CLIPS TO BE INSTALLED BETWEEN MODULE FRAME AND MODULE 90.25 A > GO.03 A. therefore AC wire size is valid. Max.System Volta e 49.G V = (#modules in series)'[(((-#.##%VPC'.O 1)'(Lo Temp##vC-25))'(Vc. -(Voc)] SUPPORT RAIL, PER THE GROUNDING CLIP MANUFACTURER'S INSTRUCTION. Short Circuit Current 13.9 A =(#of strm s)'(15c)'(I .25)per Art. G90.8(A)(1) 9.)MODULE SUPPORT RAIL TO BE BONDED TO CONTINUOUS COPPER G.E.C. VIA WEEB LUG AC 5Y5TEM SPECIFICATIONS 5HLET HUSHEa. OR ILSCO GBL-4DBT LAY-IN LUG. Max AC Output Current G0.03 A \/0.)THE POLARITY OF THE GROUNDED CONDUCTORS 15 (positive/negative) O eratin AC Volta le 240 V N/ - OR I C.)THE DC SIDE OF THE PV SYSTEM 15 UNGROUNDED AND SHALL COMPLY WITH NEC G90.35. TAX MAP: 1000OG9000GOOO I 1 000 ?oho Sign Document ID:9ABODUY_EELHU40JXUV3IOJEOOAEVZ3UFBGTYDZI7ZW SERVICE METER' O O DESIGN d DRAFTING BY: INSTALLATION NOTE ELEMENT ENERGY LLC SOLAR PV SYSTEM PHOTOVOLTAJC • •V �• ( I ) ALL LABEL SHALL BE INSTALLED IN REviEwBY�M NABC2PCERTiFiE os z 9 EQUIPPED WITH sou�R BREAKE R • DISCONNECT ACCORDANCE WITH THE 2017 NEC RAPID SHUTDOWN • REQUIREMENTS. REvisioNs DESCRIPTION DATE REV ® •• • (2) ALL LOCATIONS ARE APPROXIMATE AND MAX SYSTEM VOLTAGE VDC SOLAR AC LOAD CENTER - OUTSIDE4�=wIDO NOT RELOCATE THISx •. REQUIRE FIELD VERIFICATION. OVE?RCURRENTDEVICE (3) LABELS, WARNINGS) AND MARKING IQ SHALL BE IN ACCORDANCE WITH NEC OnRN THE � SWDDOYM O 1 10.2 1 (B). 1 SHOC RUAIARO Y SYMWKMU CAUTION (4) THE MATERIAL USED FOR MARKING AC DISCONNECT V FR TO WURCE UPPLIED TROY 7}E FOLLOYVING SOURCES MRTN °NC°'"�LOC^T° MUST BE WEATHER RESISTANT, IN SOLAR AC LOAD CENTER - INSIDE 2O „�.,.ER—��— COMPLIANCE WITH NEC I 1 0.2 1 (B)(3). CONTRACTOR �W INiREGARAG� PV BREAI@R __ _ I'V_ (5) THE PV SYSTEM CIRCUIT CONDUCTORS ® 0 ® 1 1 a ' RNI ' Y I SHALL BE LABELED INSTALLED IN ELEMENT ENERGY, LLC. � SOURCES. FED Er 111111 11PLL DUAL POWER SUPPLY I_� 7470 SOUND AVE o�DEVICES.EXCLUDW SOURCES:UTILITY GRID . COMPLIANCE WITH NEC 690.3 I . MATTITUCK. NY 1 195 MAN SUPPLY OVERCURRENT AND PV SOLAR LICENSE # 43889-t1 DEVICE,SKALL NOT EXCEED �YELECTRIC SYSTEM M. CONDUIT - INSIDE BUILDING LICENSE # 52689-ME O � _ WARNING THIS SERVICE METER 4-' WAF�I_.�N ± IS ALSO SERVED BY A = PRoJECT NAME EL .iOCM HAZARD I PHOTOVOLTAIC SYSTEM 3' PHOTOVOLTAIC SYSTEM J TERM iNALS ON THE UNE AND COMBINER PANEL LOAD SIDES MAY BE ENERGIZED DO NOT ADD LOADS CONDUIT - OUTSIDE BUILDING ---IN THE OPEN POSITION `. LLJ ® G) • . Wo = DUAL POWER SUPPLY y SOURCES:UTILfTY GRID AND . W Q i PV SOLAR ELECTRIC SYSTEM ' a/- :�:- Q MAIN SERVICE PANEL - OUTSIDE .CAJTION SOLAR CIIRCUFT U-1 O O O - O SOLAR ELECTRIC SYSTEM CONNECTED O MAIN SERVICE PANEL - INSIDE OPERATINGCURRENT AMPS OPERATING VOLTAGEVOLTS POWER SOURCE i OUTPUT CONNECTION ® O DO NOT RELOCATE THIS SnEET NAME OVERCURRENT DEVICE OF NEwy LABELS 0 50 AC DISCONNECT/BREAKER DRAWING SCALE n W O OO OO ® N� er N .T.S. � tXc L'•{.' O �03443 R�FEsslot, SFIEET NUMBER PV-6 TAX MAP: 1000OG9000GOOOI 1 000 powered by oUo p YR q TOP YRAMDYY eMore ' Warranty 2021 0 CELLS Product&Pedarma¢e Yield Security T_ BREAKING THE 20%EFFICIENCY BARRIER n/I Ilnll�I� Q.ANTUM DUO Z Technology with zero gap cell layout boosts module efficiency up to 20.9%. THE MOST THOROUGH TESTING PROGRAMME IN THE INDUSTRY _ Q CELLS is the first solar module manufacturer to pass the most comprehen- sive quality programme in the industry:The new"Quality Controlled PV"of v� the independent certification institute TOV Rheinland. r INNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields,whatever the weather with excellent �J low-light and temperature behavior. _ ENDURING HIGH PERFORMANCE Long-term yield security with Anti LID Technology, g- y y Anti PID Technology',Hot-Spot Protect and Traceable Quality Tra.QM. EXTREME WEATHER RATING High-tech aluminum alloy frame,certified for high snow(5400 Pa)and wind loads(4000 Pa). A RELIABLE INVESTMENT Inclusive 25-year product warranty and 25-year linear performance warranty2. APT test conditions according to IEC/TS 62804-1:2015,method A(-1500 V,96h) See data sheet on rear for further information. THE IDEAL SOLUTION FOR: Rooftop arrays residential buildings Engineered in Germany OCELLS MECHANICAL SPECIFICATION ' Format 74.0 in x 41.1in x 1.26in(including frame) (1879mm x 1045mm x 32mm) TLRturee.N 4tA'(10MmmI ue•laallmm) Weight 48.5lbs(22.Okg) Front Cover 0.13 in(3.2 mm)thermally pre-stressed glass with11°0nin) anti-reflection technology 1 �f 4.Ow�ilepgnr•QIR ILamm) Fmme Back Cover Composite film 3er(eelaws Frame Black anodized aluminum Cell 6 x 22 monocrystalline Q.ANTUM solar half cells ® 4u 1>o�mm) Junction Box 2.09-3.98in x 1.26-2.36in x 0.59-0.71in (53-101mm x 32-60mm x 15-18mm),IP67,with bypass diodes 14er(( SO-) Cable 4mm2 Solar cable;(+)249.2 in(1250mm),(-)z49.2in(1250mm) _'- e.D...,.�d. 4.eb."iii-(DETAL N - Connector Stdubll MC4;IP68 �] I1. i2a l32 mm1 oETAILA 0.aT 1U ) OAR INA-)I-�I0.3r(damm) ELECTRICAL CHARACTERISTICS POWER CLASS 385 390 395 400 405 MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS,STC1(POWER TOLERANCE+5W -OW) Power at MPP' PMW [W] 385 390 395 400 405 E Short Circuit Current' Isc [A] 11.04 11.07 11.10 11.14 11.17 E Open Circuit Voltage- Voc IV] 45.19 45.23 45.27 45.30 45.34 E E Current at MPP IMM [A] 10.59 10.65 10.71 10.77 10.83 Voltage at MPP VMw IV] 36.36 36.62 36.88 37.13 37.39 Efficiency' q (%] >19.6 z19.9 >-20.1 k20.4 z20.6 MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS,NMOT2 Power at MPP PM1* [W] 288.8 292.6 296.3 300.1 303.8 E Short Circuit Current Isc (A] 8.90 8.92 8.95 8.97 9.00 E Open Circuit Voltage Voc IV] 42.62 42.65 42.69 42.72 42.76 c 2 Current at MPP IMw (A] 8.35 8.41 8.46 8.51 8.57 Voltage at MPP VMav IV] 34.59 34.81 35.03 35.25 35.46 'Measurement tolerances PM„t3%;Isc;V.t5%at STC:1000WIW,25t 2°C,AM 1.5 according to IEC 60904-3.3800 W/mz,NMOT,spectrum AM 1.5 0 CELLS PERFORMANCE WARRANTY PERFORMANCE AT LOW IRRADIANCE re -Us i M rIiii At least 98%of nominal power during first year.Thereafter max.0.5%LLois degradation per year.At least93.5% mDof nominal power up to 10 years.At Eleast 88%of nominal power up to25years. - -----All date within measurement toleranc- es.Full warranties in accordance with � 400 ea goo 1000 the warranty terms of the Q CELLS IRRADIANCE Iw%m-i 9 o . sales organisation of your respectiveo a r Country. N YEARS Typical module performance under low irradiance conditions in o comparison to STC conditions(25"C,1000 W/m2) m m TEMPERATURE COEFFICIENTS o Temperature Coefficient of Isc a [%/K] +0.04 Temperature Coefficient of Voc d [%/K] -0.27 f Temperature Coefficient of PMcc y [%/K] -0.34 Nominal Module Operating Temperature NMOT [eF] 109t5.4(43t3eC) m 0 PROPERTIES FOR SYSTEM DESIGN w Maximum System Voltage VsYs IV] 1000(IEC)/1000(UL) PV module classification Clem II o Maximum Series Fuse Rating [A DC] 20 Fire Rating based on ANSI/UL 61730 TYPE 2 Max.Design Load,Push/PU113 [lbs/ft9 75(3600Pa)/55(2660Pa) Permitted Module Temperature -40eFupto+185eF p Max.Test Load,Push/Pu113 pbs/ftz] 113(5400 Pa)/84(4000Pa) on Continuous Duty (-40'C up to+85eC) o m 3See Installation Manuel QUALIFICATIONS AND CERTIFICATES PACKAGING INFORMATION UL 61730,CE-complient, Ir��p7�I L,JO Quality Controlled PV-TUV Rheinlantl, L„_J IIO�-CIIJ IEC 61215:2016,IEC 61730:2018, U.S.Patent No.9,893.215(solar cells), SA® [ V. TDer,...r. Horizontal 76.4in 43.3 in 48.Oin 1656lbs 24 24 32 QCPV Certification ongoing. Co�nra llS ` packaging 1940mm 1100mm 1220mm 751kg pallets pallets modules iD+mamas o. MUM w Notes Installation instructions must be followed.See the installation and operating manual or contact our technical service department for further information on approved installation and use of this product. Hanwha O CELLS America Inc. 400 Spectrum Center Drive,Suite 1400,Irvine,CA 92618.USA I TEL+1 949 748 59 96 1 EMAIL inquiry®us.q-cells.com I WEB www.q-cells.us Enphase IQ 7 and IQ 7+ Microinverters INPUT DATA(DC) IQ7-60-2-US/IQ7-60-B-US IQ7PLUS-72-2-US/IQ7PLUS-72-B-US Commonly used module pairings' 235 W-350 W+ 235 W-440 W+ Module compatibility 60-cell PV modules only 60-cell and 72-cell PV modules Maximum input DC voltage 48 V 60 V Peak power tracking voltage 27 V-37 V 27 V-45 V Operating range 16 V-48 V 16 V-60 V Min/Max start voltage 22 V/48 V 22 V/60 V Max DC short circuit current(module Isc) 15 A 15 A Overvoltage class DC port II II DC port backfeed current 0 A 0 A PV array configuration 1 x 1 ungrounded array;No additional DC side protection required; AC side protection requires max 20A per branch circuit OUTPUT DATA(AC) IQ 7 Microinverter IQ 7+Microinverter Peak output power 250 VA 295 VA Maximum continuous output power 240 VA 290 VA Nominal(L-L)voltage/range2 240 V/ 208 V/ 240 V/ 208 V/ 211-264 V 183-229 V 211-264 V 183-229 V Maximum continuous output current 1.0 A(240 V) 1.15 A(208 V) 1.21 A(240 V) 1.39 A(208 V) Nominal frequency 60 Hz 60 Hz Extended frequency range 47-68 Hz 47-68 Hz AC short circuit fault current over 3 cycles 5.8 Arms 5.8 Arms Maximum units per 20 A(L-L)branch circuit3 16(240 VAC) 13(208 VAC) 13(240 VAC) 11 (208 VAC) Overvoltage class AC port III III AC port backfeed current 0 A 0 A Power factor setting 1.0 1.0 Power factor(adjustable) 0.7 leading...0.7 lagging 0.7 leading...0.7 lagging EFFICIENCY @240 V @208 V @240 V @208 V Peak CEC efficiency 97.6% 97.6% 97.5% 97.3% CEC weighted efficiency 97.0% 97.0% 97.0% 97.0% MECHANICAL DATA Ambient temperature range -400C to+65°C Relative humidity range 4%to 100%(condensing) Connector type(IQ7-60-2-US&IQ7PLUS-72-2-US) MC4(or Amphenol H4 UTX with additional Q-DCC-5 adapter) Connector type(IQ7-60-B-US&IQ7PLUS-72-B-US) Friends PV2(MC4 intermateable). Adaptors for modules with MC4 or UTX connectors: PV2 to MC4:order ECA-S20-S22 PV2 to UTX:order ECA-S20-S25 Dimensions(WxHxD) 212 mm x 175 mm x 30.2 mm(without bracket) Weight 1.08 kg(2.38 Ibs) Cooling Natural convection-No fans Approved for wet locations Yes Pollution degree PD3 Enclosure Class II double-insulated,corrosion resistant polymeric enclosure Environmental category/UV exposure rating NEMA Type 6/outdoor FEATURES Communication Power Line Communication(PLC) Monitoring Enlighten Manager and MyEnlighten monitoring options. Both options require installation of an Enphase IQ Envoy. Disconnecting means The AC and DC connectors have been evaluated and approved by UL for use as the load-break disconnect required by NEC 690. Compliance CA Rule 21 (UL 1741-SA) UL 62109-1,UL1741/IEEE1547,FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01 This product is UL Listed as PV Rapid Shut Down Equipment and conforms with NEC-2014 and NEC-2017 section 690.12 and C22.1-2015 Rule 64-218 Rapid Shutdown of PV Systems,for AC and DC conductors,when installed according manufacturer's instructions. 1.No enforced DC/AC ratio.See the compatibility calculator at https://enphase.com/en-us/support/module-compatibility. 2.Nominal voltage range can be extended beyond nominal if required by the utility. 3.Limits may vary.Refer to local requirements to definethe number of microinverters per branch in your area. To learn more about Enphase offerings,visit enphase.com v EN PHAS E. C 2018 Enphase Energy.All rights reserved.All trademarks or brands used are the property of Enphase Energy,Inc. 2016-05-24 Data Sheet Enphase Microinverters Region:AMERICAS Enphase The high-powered smart grid-ready M Enphase IQ 7 Micro'M and Enphase IQ 7+ MicrOTM Q 7 and IQ 7+ dramatically simplify the installation process while achieving the highest system efficiency. Microinverters Part of the Enphase IQ System, the IQ 7 and IQ 7+ Microinverters integrate with the Enphase IQ EnvoyM, Enphase IQ Battery", and the Enphase EnlightenTM monitoring and analysis software. IQ Series Microinverters extend the reliability standards set forth by previous generations and undergo over a million hours of power-on testing, enabling Enphase to provide an industry-leading warranty of up to 25 years. Easy to Install • Lightweight and simple • Faster installation with improved,lighter two-wire cabling • Built-in rapid shutdown compliant(NEC 2014&2017) Productive and Reliable • Optimized for high powered 60-cell and 72-cell*modules More than a million hours of testing Class II double-insulated enclosure • UL listed Smart Grid Ready Complies with advanced grid support,voltage and frequency ride-through requirements • Remotely updates to respond to changing grid requirements • Configurable for varying grid profiles Meets CA Rule 21 (UL 1741-SA) U� *The IQ 7+Micro is required to support 72-cell modules. To learn more about Enphase offerings,visit enphase.com � EN PHAS E. / IRONRIDGE Flush Mount System i Built for solar's toughest roofs. IronRidge builds the strongest mounting system for pitched roofs in solar. Every component has been tested to the limit and proven in extreme environments. Our rigorous approach has led to unique structural features, such as curved rails and reinforced flashings, and is also why our products are fully certified, code compliant and backed by a 20-year warranty. Strength Tested PE Certified All components evaluated for superior ® Pre-stamped engineering letters structural performance. available in most states. Class A Fire Rating Design Assistant Certified to maintain the fire resistance ® Online software makes it simple to rating of the existing roof. create, share, and price projects. UL 2703 Listed System 20-Year Warranty ® Entire system and components meet Twice the protection offered by newest effective UL 2703 standard. competitors. NONE"_ XR Rails O -- - --- , XR10 Rail XR100 Rail XR1000 Rail Bonded Splices A low-profile mounting rail The ultimate residential A heavyweight mounting All rails use internal splices for regions with light snow. solar mounting rail. rail for commercial projects. for seamless connections. • 6'spanning capability 8'spanning capability 12'spanning capability Self-drilling screws • Moderate load capability Heavy load capability Extreme load capability Varying versions for rails • Clear and black finish Clear and black finish Clear anodized finish Forms secure bonding Clamps & Grounding O - UFOs Stopper Sleeves Grounding Lugs Microinverter Kits Universal Fastening Objects Snap onto the UFO to turn Connect arrays to Mount Mls or POs to XR bond modules to rails. into a bonded end clamp. equipment ground. Rails. • Fully assembled & lubed Bonds modules to rails Low profile • Bonds devices to rails • Single, universal size Sized to match modules Single tool installation • Kit comes assembled • Clear and black finish Clear and black finish Mounts in any direction • Listed to UL 2703 Attachments O FlashFoot2 Conduit Mount Slotted L-Feet Bonding Hardware Flash and mount XR Rails Flash and mount conduit, Drop-in design for rapid rail Bond and attach XR Rails with superior waterproofing. strut, or junction boxes. attachment. to roof attachments. • Twist-on Cap eases install Twist-on Cap eases install • Secure rail connections T&Square Bolt options • Wind-driven rain tested Wind-driven rain tested • Slot for vertical adjusting Nut uses 7/16" socket • Mill and black finish Secures 3/a"or 1"conduit • Clear and black finish Assembled and lubricated Resources — - Design Assistant 0- NABCEP Certified Training _ Go from rough layout to fully rrBC Earn free continuing education credits, engineered system. For free. while learning more about our systems. Go to Iron Ridge.comidesign Go to IronRidge.comitraining p �_ DE51GN b DRAFTING BY: P E O F WORK - ELEMENT ENERGY LLC TO INSTALL A 40 KW BATTERY ENERGY STORAGE SYSTEM AT PIERCE RESIDENCE, REVIEW BY J.M.NABCEPCERTIFIE': � —, os 1 I 1 z-129 LOCATED AT 47100 MAIN RD, 50UTHOLD, NY 1 1 971. TH15 BATTERY ENERGY STORAGE 5Y5TEM WILL BE INTERCONNECTED WITH THE UTILITY GRID r s' THROUGH THE EXISTING ELECTRICAL SERVICE EQUIPMENT. REV1510N5 w DE5CRIPTION DATE - 5Y5TEM RATING ORIGINAL 24 2/a�2� 40 kW AC 5TC EQUIPMENT SUMMARY 2 UNIT OF SONNEN SONNENCOREPLUS 20KWH BATTERY ENERGY STORAGE .. — CONTRACTOR 5I—I EET INDEX ELEMENT ENERGY, LLC. PV-I COVER 7470 SOUND AVE Pv-2 SITE PLAN ' A _ `+� MATTITUCK, NY 1 1952 PV-3 FLOOR PLAN - PV-4 ELECTRICAL DIAGRAM PROJECT LOCATION LICENSE # G74G 1-HI LICENSE # 52G59-ME GOVERNING CODES c~ 2017 NATIONAL ELECTRICAL CODE. , s 2020 RESIDENTIAL CODE OF NEW YORK STATE. 2020 BUILDING CODE OF NEW YORK STATE. } c r 2020 FIRE CODE OF NEW YORK STATE. r C C A5CE 7-1 6 AND NFPA-70. UNDERWRITERS LABORATORIES(UQ 5TANDARD5 OSHA 29 CFR 19I 0.269 .4k �. GENERAL NOTES • PROJECT NAV= I. CONTRACTOR SHALL CHECK AND VERIFY ALL CONDITIONS AT ; r p Lu THE SITE PRIOR TO STARTING TO WORK AND SHALL FAMILIARIZE U Q/ z m HIMSELF WITH THE INTENT OF THESE PLANS AND MAKE WORK w� LU Z _ AGREE THE SAME. AERIAL VIEW 2. CONTRACTOR OR OWNER SHALL OBTAIN ALL REQUIRED APPROVALS, PERMITS, CERTIFICATES OF OCCUPANCY, Q INSPECTION APPROVALS, ETC., FOR WORK PERFORMED FROM 1 O. CONTRACTOR TO EFFECT AND MAINTAIN INSURANCE, I.E. TOWN COMMENTS AND APPROVAL 5TAM P z AGENCIES HAVING JURISDICTION THEREOF, IF REQUIRED. CONTRACTOR'S LIABILITY, WORKMAN'S COMPENSATION, g W COMPLETED OPERATION, ETC. ADEQUATE FOR THE PURPOSES O � 3. ALL WORK SHALL CONFORM TO CONSTRUCTION CODE AND cn •j OF TH15 PROJECT AND FURNISH PROOF OF SAME PRIOR TO LJ O O ALL RULES AND REGULATIONS OF THE RESPONSIBLE COMMENCING WITH WORK. JURISDICTION. U = 4. IF IN THE COURSE OF CONSTRUCTION A CONDITION EXISTS I I• EACH SUBCONTRACTOR SHALL BE RESPONSIBLE FOR WHICH DISAGREES WITH THAT AS INDICATED ON THESE PLANS, MAINTAINING SAFETY ON THE JOB SITE DURING THE O Lu THE CONTRACTOR SHALL STOP WORK AND NOTIFY THE CONSTRUCTION PHASE TO COMPLY WITH THE REGULATIONS 0 ENGINEER. SHOULD HE FAIL TO FOLLOW THIS PROCEDURE AND AND REQUIREMENTS OF THE OCCUPATIONAL SAFETY AND CONTINUE WITH THE WORK, HE SHALL ASSUME ALL HEALTH ADMINISTRATION, THIS SHALL INCLUDE, BUT ARE NOT RESPONSIBILITY AND LIABILITY THEREFROM LIMITED TO: PROVIDING FOR ADEQUATE AND PROPER BRACING, SAFETY RAILINGS AND SECURE FOOTINGS FOR ALL TEMPORARY 5. ALL STRUCTURAL STEEL SHALL BE A-3G AND SHALL BE SCAFFOLDING, STAIRS, ETC.. AS WELL AS PERMANENT FABRICATED AND INSTALLED AS PER LATEST A.I.S.0 CONSTRUCTION. COVE SPECIFICATIONS. 12. FIGURED DIMENSIONS SHALL GOVERN. DO NOT SCALE nF New G. ALL ELECTRICAL WORK SHALL BE BOARD OF FIRE )- UNDERWRITERS APPROVED AND IN ACCORDANCE WITH N.E.C. DRAWINGS, WHERE DIMENSIONS ARE ESTABLISHED BY EXISTING f• J DEcj� O NYS CODES* REGULATIONS CONDITIONS. EACH CONTRACTOR SHALL VERIFY EXISTING er ;_ �0 �� C 4 r r (P CONDITIONS PRIOR TO ORDERING MATERIALS AND 7. ANY DEVIATION FROM THESE PLANS WITHOUT THE WRITTEN r 1 '�• � CONSENT OF THE ENGINEER WILL NEGATE THE ENGINEER'S COMMENCING WITH WORK. �; .— LY DRAWING SCALE 13. CONTRACTOR TO REMOVE ALL DEBRIS CREATED BY THIS m w CERTIFICATION OF THESE PLANS. to 8.THESE DRAWINGS AS INSTRUCMENTS OF SERVICE ARE AND WORK FROM THE SITE AND DISPOSE OF IN A LEGAL MANNER ON N = N .T.S . SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE A WEEKLY BA515 OR SOONER IF CONDITIONS WARRANT. �'o o�?5tl• PROJECT FOR WHICH THEY ARE MADE IS EXECUTED OR NOT. 14. AT THE COMPLETION OF WORK,THE SITE TO BE CLEARED THEY ARE NOT TO BE USED ON ANY OTHER PROJECTS OR OF ALL DEBRIS AND EXCESS MATERIALS. THE FACILITY IS TO BE OSSI NP EXTENSIONS TO THIS PROJECT LEFT BROOM CLEAN AND WORK 15 TO BE COMPLETED TO THE 9. CONTRACTOR SHALL PROTECT, PATCH AND REPAIR ALL TOTAL SATISFACTION OF THE OWNER PRIOR TO RELEASE OF PV- EXISTING WORK ADJACENT TO HIS WORK, OR DAMAGED AS FINAL PAYMENT. RESULTHIS WORK. - - - - -- - TAX MAP: 1000-069.00-06.00-01 1 .000 LEGEND TAX MAP: 1000-OGO.00-OG.00-01 1 .000 DESIGN t DRAFTING BY: EXISTING UTILITY METER ELEMENT ENERGY LLC MAIN SERVICE PANEL REVIEW BY J.M.NABCEP CERT'F1P.. � NEW PV SUB-PANELS 051112-129 A/C DISCONNECT COMBINER INVERTERS GNO ELECTRODE REV1510N5 PV MODULE DESCRIPTION DATE ORIGINAL 1/30/2024 —RACKING RAIL ----- - -- 0 ATTACHMENT POINT P'1n�\O P OS E D ---RAFTERS - '--_ -- P ROOF PITCH ANGLE BATTERY ENERGY X 15T I N G UTILITY METER BSUNRUN METER ®VENT STORAGE SYSTEM OPLUMBING VENT ®SKY LIGHT IN BASEMENT NEXT ®CHIMNEY CONTRACTOR ®COMPOSITE SHINGLES TO EX15TI NG MAIN' ELEMENT ENERGY, LLC. GOOD CONDITION U POTENRAL SHADING ECSUESSA TRIM/REMOVE AS NECESSARY ELECTRIC PANEL MATTTLICK,, NY 1 195 LICENSE # G74G I-HI LICENSE# 52G89-ME YRvJL:.T NAME OZ 0 Lu C) LL' w z - o - Q g w z 0 o w O O U _ SHEET NAME SITE PLAN _F QF N F� 0° DRAWING SCALD. n , ?40° 0 I /8II _ I 'O I_OI CONSTRUCTION NOTES �'� 9 ° 0 1.)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE N��A O?�50� = 2j 7 720° MANUFACTURER'S INSTALLATION INSTRUCTIONS. R 80° SO° 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. O ssvA � s 3.)ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. PV-2 4.)WALLS AND CEILING INSIDE THE BATTERY ENCLOSURE SHALL BE LMINATED WITH 5/8"TYPE X SHEETROCK OR EQUIVALENT 5.)THE DOOR OF THE BATTERY ENCLOSURE SHALL BE 3G"WIDE MINIUMUM 20 MINUTE FIRE RATED DOOR. CONSTRUCTION SUMMARY DE51GN 6 DRAFTING BY: (1) UNIT OF SONNEN SONNENCORE 10 KWH BATTERY ELEMENT ENERGY LLC (DIMENSIONS: 27"X 69.5"X 14") IN FIRE RATED ROOM REVIEW BY J.M.NABCEP CFRT 11E' O5) 11P REVISIONS ISTING COMBINER BOX DESCRIPTION DATE ONNEN AC CONNECTION FOR SOLAR ORIGINAL 2/8/2024 MODULE _ BATTERY LOAD CENTS SSENTIAL LOAD PANEL EXISTING BASEMENT WALL FOR BATTERY BACKUP ISTING MAIN ELECTRIC PANEL 2 SONNEN 50NNENCORE 20KW BESS UNITS CONTRACTOR ELEMENT ENERGY, LLC. 7470 SOUND AVE MATTITUCK, NY 1195 LICENSE # G74G I-HI LICENSE # 52689-ME 2"X 4" @ 16"O.C. STUD WALL PRESSURE TREATED CONSTRUCTION SUMMARY (2) UNIT OF SONNEN SONNENCOREPLUS 20KWH BATTERY ENERGY STORAGE SYSTEM /8"TYPE X GYPSUM BOARD OR EQUIVALENT (DIMENSIONS: 52"X 6 I"X 19") IN FIRE RATED ENCLOSURE PROJECT CONSTRUCTION NOTES O lL_I � 1 .)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE U (V WITH THE MANUFACTURER'S INSTALLATION INSTRUCTIONS. Z 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH U-j Z MINIMUM NEMA 3K RATING. Q 3.)ALL LOCATIONS ARE APPROXIMATE AND REQUIRE Q Z FIELD VERIFICATION. LLJ 4.) CONDUIT RUN/RACEWAY FOR BATTERY ENERGY O STORAGE SYSTEM (BESS)SHALL BE LOCATED WITHIN FIRE o O 0 RATED ROOM. THE CONDUIT/WIRE RUNS TO THE EXISTING 3068 RF60 STEEL JAMBS LLJ O MAIN SERVICE PANEL AND TO THE PLP IN PVC CONDUIT 0 � BEHIND THE EXISTING BASEMENT SHEETROCK AND THEY LEGEND 0 SHALL BE LOCATED INDOORS. 90 MIN MYLAR METAL FIRE DOOR O U-3 O 5.) BESS ENCLOSURE DOOR SHALL BE 3G"WIDE MININUMEXISTING UTILITY METER D- MAIN SERVICE PANEL 20 MINUTE FIRE RATED EGRESS DOOR OR EQUIVALENT. G.)TH15 BESS IS TO BE INSTALLED INSIDE OF BASEMENT. �NEW A/CPDISCONNECT°LS 7.) EXISTING WALLS AND CEILINGS SHALL BE LAMINATED COMBINER s 1E vAv WITH 5/8"TYPE X SHEETROCK. INVERTERS 8.)THIS SYSTEM IS COMPLIANT WITH THE SECTION R327 GND ELECTRODE Pv uoouLE FLOOR PLAN OF THE INTERNATIONAL RESIDENTIAL CODE, AS AMENDED Q NF BY THE NEW YORK STATE UNIFORM CODE. x �y —RACIONG RAIL 9.)THE SERVICE-SIDE EXISTING BASEMENT WALL INSIDE l�� c- d�� 0 R O ATTACHMENT POINT THE BESS ENCLOSURE FOR THIS PROJECT MUST ADHERE �Ir ���,A - � �O �� TO THE FIRE SAFETY STANDARDS OUTLINED IN THE NEW �. •..• ---RAFTERS YORK STATE FIRE CODE (NYS FIRE CODE K302). IT 15 a ' -*-ROOF PITCH ANGLE RAwING scn.' IMPERATIVE THAT THE EXISTING BASEMENT WALL INSIDE ni _ a,�' .. , `j� 8 SUNRUN METER I / 11 I I_O THE BESS ENCLOSURE BE INSPECTED AND APPROVED BY N(n K� 2 THE DESIGNATED FIRE CODE ENFORCER TO ENSURE q O>pgp ®VENT COMPLIANCE. PLEASE BE ADVISED THAT WHILE WE ARE [FLOORS PLAN FOR FIR BESS AND E RATED ENCLOSURE] �O�S5 0PLUMBING VENT NOT CERTIFYING THE EXISTING BASEMENT WALL ®SKY LIGHT SHEET NUMBER SHEETROCK OURSELVES, IT 15 UNDERSTOOD THAT IT CHIMNEY MUST MEET THE AFOREMENTIONED FIRE CODE COMP ® \ REGULATIONS. E000DO ONDITION SHINGLES P "/ -3 TAX MAP: 1000-069.00-06.00-01 1 .000 ❑TRIM/REMOVE ASINNECESSAR EXISTING PV SYSTEM DESIGN 4 DRAFTING B" (N)ENPHASE ELEMENT ENERGY LLC COMBINER BOX MODEL (12)IO8PLUS-72-2-US— N REVIEW BY J.M.NABCEP CERTIFT MICROINVERTERS ( LOAD100A RATED NO#X2-IQ-AM1-240-4 ESSENTIAL LOAD PANEL Oo 051 1 12-129 BRANCH-1 1 PH,120240V 6DHZ I rN 12 HANWHA QCELLS.Q.PEAK (E)10DA/2PMAIN REVISIONS DUO BLK ML-G10+40D oP FED) ER 2-#12 AWG SKU:0-12-RAW-300,THWN �/��1-#B AWG,BARE COPPER GROUND w270o DESCRIPTION DATE (N)60A FUSED (MI IOBPLUERTE US a — AC DISCONNECT MICROINVERTERS 240- D ✓�90o ORIGINAL 2/8/2024 SQUARE D D322NRB BRANCH-1 10 HANWHA OCELLSO PEAK o 120 o WITH60AFUSES, 70o HER KNIFEBLADE, DUO BLKML-Gl0+40D 2j� oLOCKABLE,NEMA 3R, DOojJ��44 (6)IOSPLUS-72-2-US j8(13)IQ8PLUS-72-2-US--. UL LISTED MICROINVERTERS 7, MICROINVERTERS d1.�b BRANCH-1 BRANCR 1 6 HANWHA OCELLSQ.PEAK (E)UTIu7V METER 13 HANWHA OCELLS:0 PEAK q-f b DUO BLK ML-G10+400 DUO BLK ML-G10+400 (N)200A AC CONNECTIONS MODULE • CONTRACTOR 3-#12 AWG,THWN 3-#2 AWG,THWN 1-#6 EGC,TOWN ELEMENT ENERGY, LLC. IN 3/4"PVC CONDUIT IN 1-1/4"PVC CONDUIT 7470 SOUND AVE 6-#12 AWG SKU:0-I2-RAW-300,THWN MATTITUCK, NY 1195 1-#8 AWG,BARE COPPER GROUND LICENSE # G74G 1411 To uTluTr _ LICENSE # 52G89-ME UNDERGROUND FEED (E12004 RATED (E)20DA RATED N SERVICE PANEL(1) MAIN SERVICE PANEL(1) 1PH,120210V 60HZ 1PH,12Y240/WHZ �• (E)200A I2P MAIN (E)2%1A/2P MN 7'J (E)GROUNDING ELECTRODE (TOBREAKER F D) (TOP BREAKER r O� CONDUCTOR"BARE COPPER T TT GEHERAL NOTE5 1.)THE BE55 PROVIDES MONITORING AND BALANCING CELL VOLTAGES,CURRENTS,AND TEMPERATURES WITHIN THE MANUFACTURER'S SPECIFICATION THROUGH WEB AND MOBILE APPLICATIONS. (N)1ODA MICRO 2.)THE HEAT DETECTOR OR HEAT ALARM SHALL BE INSTALLED AND GRID SUB PANEL DL W Q INTERCONNECTED WITH SMOKE ALARM AND THE 5E55 SYSTEM 0 U SHALL TRAN5MIT AN ALARM SIGNAL VIA MOBILE PORTAL OR THE SMOKE AND/OR HEAT ALARM/DETECTOR IF POTENTIALLY L z HAZARDOUS TEMPERATURES OR OTHER CONDITIONS SUCH A5 j Ll_1 z SHORT CIRCUITS,OVER VOLTAGE OR UNDER VOLTAGE ARE �N)4DA/zPDETECTED. 140A/2P J W 7 5-#8 AWG,THWN O a/ SONNENCORE+ESS SONNENCORE•1ESS 1-#8 EGC,THWN � O J SCORE-P20 SCORE-P20 IN T'PVC CONDUIT 3-#2 AWG,THWN p W O C 20kWhl240V 20kWh240V 1-#8 EGC,THWN W IN 1-1/4"PVC CONDUIT (n U Z o N:. LLl O'^ ( 1 ELECTRICAL DIAGRAM OF PIP NOTE: U 1)CONDUITAND CONDUCTORS SPECIFICATIONS ARE BASED ON MINIMUM CODE REQUIREMENTS (►/ r`� Rfr O�� AND ARE NOT MEANT TO LIMIT UP-SIZING AS REQUIRED BY FIELD CONDITIONS. `" KawING 3CA F (N)100A GRID SUB PANEL (, i � w n.��r z N .T.5. 5/2P Q s O �� -� . SHEET NUMBEF J 5-#10 AWG,THWN 1 PV 4 1-#B EGC,THWN IN 314 PVC CONDUIT 3-#6 AWG,THWN TAX MAP: 100 -OG9.00-OG.00-01 I .000 #6 EGC THWN SCOPE OF WORK DESIGN c DRAr'ING Br ELEMEN-ENERGY L Z TO IN5TALL A 40 KW BATTERY ENERGY 5TOKAGE SYSTEM AT PIERCE RESIDENCE, • REVIEW BY J M NABC EP CERT!Pi_ LOCATED AT 47100 MAIN RD,SOUTHOLD, NY 1 1971. ♦ " 051 I 12-129 THIS BATTERY ENERGY 5TORAGE 5Y5TEM WILL BE INTERCONNECTED WITH THE UTIUTY GRID THROUGH THE EXISTING ELECTRICAL SERVICE EQUIPMENT. REVISIONS ."' • ` 1)E5CRIPTI0N DATE R_ SYSTEM RATING f r,, „r,,,, ORIGINAL 2/812024 s , 40 kW AC 5TC - EQUIPMENT SUMMARY ►1cwK 2 UNIT OF 5ONNEN 50NNENCOREPLU5 20KWH BATTERY ENERGY STORAGE SHEET INDEX ' ELEMENT ENERGY, LLC. PV-! COVER 7470 SOUND AVE P`J-2 SITE PLAN '», MATTITUCK, NY 1195 PV-3 FLOOR PLAN A PV-4 ELECTRICAL DIAGRAM PROJECT LOCATION LICENSE # G74G 1-1-11 _ LICENSE # 52G69-MF GOVERNING CODES 2017 NATIONAL ELECTRICAL CODE. MAR 1 '024 ' 2020 RESIDENTIAL CODE OF NEW YORK STATE. 2020 BUILDING CODE OF NEW YORK STATE. r 2020 FIRE CODE OF NEW YORK STATE. M A5CE 7-I G AND NFPA-70. UNDERWRITER5 LABORATORIES(LIQ STANDARDS _ 05HA 29 CFR 1910.2G9 GENERAL NOTES ,f PROJECT NAN_` 1. CONTRACTOR SHALL CHECK AND VERIFY ALL CONDITIONS AT THE SITE PRIOR TO STARTING TO WORK AND SHALL FAMILIARIZE d uO C [� HIMSELF WITH THE INTENT OF THESE PLANS AND MAKE WORK 2 z 0) AGREE THE SAME. AERIAL VIEW LLl Z 2. CONTRACTOR OR OWNER SHALL OBTAIN ALL REQUIRED -- APPROVALS, PERMITS,CERTIFICATES Of OCCUPANCY, INSPECTION APPROVALS, ETC., FOR WORKRK PERFORMED FROM 10. CONTRACTOR TO EFFECT AND MAINTAIN INSURANCE, I.E. TOWN COMMENTS AND APPROVAL STAMP g z AGENCIES HAVING JURISDICTION THEREOF, IF REQUIRED. CONTRACTOR'S LIABILITY,WORKMAN15 COMPENSATION, W COMPLETED OPERATION, ETC. ADEQUATE FOR THE PURPOSES O � 3. ALL WORK SHALL CONFORM TO CONSTRUCTION CODE AND OF TH15 PROJECT AND FURNISH PROOF OF SAME PRIOR TO N ALL RULES AND REGULATIONS OF THE RESPONSIBLE p COMMENCING WITH WORK. W JURISDICTION. COMMENCING O 1 1. EACH SUBCONTRACTOR SHALL BE RESPONSIBLE FOR N U _ 4. IF IN THE COURSE OF CONSTRUCTION A CONDITION EXISTS O — F— WHICH DISAGREES WITH THAT AS INDICATED ON THESE PLANS, MAINTAINING SAFETY ON THE JOB 517E DURING THE O THE CONTRACTOR SHALL STOP WORK AND NOTIFY THE CONSTRUCTION PHASE TO COMPLY WITH THE REGULATIONS ENGINEER. SHOULD HE FAIL TO FOLLOW TH15 PROCEDURE AND AND REQUIREMENTS OF THE OCCUPATIONAL SAFETY AND CONTINUE WITH THE WORK, HE SHALL A55UME ALL HEALTH ADMINISTRATION. TH15 SHALL INCLUDE, BUT ARE NOT RE5PON515IUTY AND LIABILITY THEREFROM LIMITED TO: PROVIDING FOR ADEQUATE AND PROPER BRACING, 5. ALL STRUCTURAL STEEL SHALL BE A-3G AND SHALL BE SAFETY RAILINGS AND SECURE FOOTINGS FOR ALL TEMPORARY 31EET NAME SCAFFOLDING,STAIRS, ETC.. AS WELL AS PERMANENT of NF_ FABRICATED AND INSTALLED A5 PER LATEST A.I.S.0 tv� SPECIFICATIONS. CONSTRUCTION. �' .;DEF- G. ALL ELECTRICAL WORK SHALL BE BOARD OF FIRE O 12. FIGURED DIMENSIONS SHALL GOVERN. DO NOT SCALE �ti '• - - 4'O COVE 'A� UNDERWRITERS APPROVED AND IN ACCORDANCE WITH N.E.C. E DRAWINGS, WHERE DIMENSIONS ARE ESTABLISHED BY EXISTING * Q +^ • . ^ cn� CONDITIONS. EACH CONTRACTOR SHALL VERIFY EXISTING CODES 4 REGULATIONS 7. CONDITIONS PRIOR TO ORDERING MATERIALS AND 7. ANY DEVIATION FROM THESE PLANS WITHOUT THE WRITTEN y w CONSENT OF THE ENGINEER WILL NEGATE THE ENGINEERS COMMENCING WITH WORK. DPA'NiVG 5CALE 13. CONTRACTOR TO REMOVE ALL DEBRIS CREATED BY TH15 CERTIFICATION OF THESE PLANS. WORK FROM THE 51TE AND DISPOSE OF IN A LEGAL MANNER ON �,0 22` T.8. THESE DRAWINGS AS IN5TRUCMENT5 OF SERVICE ARE AND A WEEKLY BA515 OR SOONER IF CONDITIONS WARRANT. SS NPRN .SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE 14.AT THE COMPLETION OF WORK,THE SITE TO BE CLEARED PROJECT FOR WHICH THEY ARE MADE 15 EXECUTED OR NOT. OF ALL DEBRIS AND EXCE55 MATERIALS.THE FACILITY 15 TO BE THEY ARE NOT TO BE USED ON ANY OTHER PROJECTS OR LEFT BROOM CLEAN AND WORK 15 TO BE COMPLETED TO THE EXTENSIONS TO TH15 PROJECT 9. CONTRACTOR SHALL PROTECT, PATCH AND REPAIR ALL TOTAL SATISFACTION OF THE OWNER PRIOR TO RELEASE OF 57EET NUM5ER EXISTING WORK ADJACENT TO HI5 WORK, OR DAMAGED AS FINAL PAYMENT. RESULT OF HIS WORK. PV- TAX MAP: I 00C-0G9.0C-06.00-01 1 .000 LEGEND - TAX MAP: I000-OG9.00-OG.00-01 I .000 0EXIsnNG UTILITY METER PAIN SERVICE PANEL NEW PV SUB-PANELS A/C DISCONNECT COMBINER INVERTERS GIRD ELECTRODE PV NODULE RACKING RNL O ATTACHMENT POINT P, O P O 5 E D ---RAFTERS I '\ -1--ROOF PITCH ANGLE GATT E KY E N E KGY X 1 ST I N G UTILITY METE K BSUNRUN METER ®VENT STORAGE SYSTEM OPT_UMBCNG VENT®srcY ucHr IN BASEMENT NEXT C�ISMNEY COMPOSITE SHINGLES TO EXISTING MAIN ®GOOD CONDITION 'MENT ENERGY. LL. n POTENTIAL EADINGSN ISSUES ELECTKIC PANEL I TRIY/RELOK AS NECESSARY MATTTOUCKO.. NYDIA1951 LICENSE # G74G I-HI LICENSE # 52G89-ME VAVE O U w z — o — Q o 0 LLJ w o E. O W — P` o� r0 0 _LJ z M Z�� Q 25�: �_" SITE P o � LAN o ss�c iV 00 221 o p 490° CONSTRUCTION NOTES 1 1_0I V 1 .) ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE F , MANUFACTURER'S INSTALLATION INSTRUCTIONS. 1800 7g0,1?0 2.) ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. S 3.) ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. PV- 4.) WALLS AND CEILING INSIDE THE BATTERY ENCLOSURE SHALL BE LMINATED WITH 5/8"TYPE X 5HEETROCK OR EQUIVALENT 5.) THE DOOR OF THE BATTERY ENCLOSURE SHALL BE 3G"WIDE MINIUMUM 20 MINUTE FIRE RATED DOOR. CONSTRUCTION SUMMARY (1) UNIT OF 5ONNEN SONNENCORE 10 KWH BATTERY OESIG%<7IRA=fIti�G BY. (DIMEN51ON5: 27"X 69.5"X 14') IN FIRE RATED ROOM E:ENENT ENERGY LLC "_VIEW BY V. NABCEP CER";° 05, 12 12? REVISIONS 15TING COMBINER BOX 1e5CPJPrON DATE 50NNE14 AC CONNECTION FOR SOLAR J;?IGWAL 2I812024 MODULE BATTERY5EIJTIAL LOAD PANEL EXIST 14T WA FOR BATTERY BACKUP I5TING MAIN ELECTRIC PANEL 14NE14 50141JEIJCORE 2 KW 5 14 T5 CONTRACTOR EMENT ENERGY, LLC 7470 SOUND AVE I'VATTITUCK, NY 1 195 LICENSE# G74G I-HI LICENSE # 52669-ME 'X 4" @ 16"O.C. STUD WALL PRESSURE TREATED CON5TRUCTION SUMMARY (2) UNIT OF 50NNEN 5ONNENCOREPLU5 20KWH BATTERY ENERGY STORAGE SYSTEM TYPE X GYPSUM BOARD OR EQUIVALENT (DIMENSIONS: 52"X 61°X 19") IN FIRE RATED ENCLOSURE PRo sec-NAve CONSTRUCTION NOTES I .)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE MANUFACTURER'S INSTALLATION INSTRUCTIONS. 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH Lu N LU Z MINIMUM NEMA 3R RATING. Lu Q >- 3.)ALL LOCATIONS ARE APPROXIMATE AND REQUIRE c j FIELD VERIFICATION. 4.)CONDUIT RUN/RACEWAY FOR BATTERY ENERGY W STORAGE SYSTEM (BE55)SHALL BE LOCATED WITHIN FIRE U) O J RATED ROOM.THE CONDUIT/WIRE RUNS TO THE EXISTING Li C) W O O MAIN SERVICE PANEL AND TO THE PLP IN PVC CONDUIT O BEHIND THE EXISTING BASEMENT 5HEETROCK AND THEY 3068 RFG0 STEEL JAM55 SHALL BE LOCATED INDOORS. 90 MIN MYLAR METAL FIRE DOOR LEGEND o W [� 5.) BESS ENCLOSURE DOOR SHALL BE 3G"WIDE MININUM pasnNc unuTv METER � _ O 20 MINUTE FIRE RATED EGRESS DOOR OR EQUIVALENT. aMKN SERNCE PANEL a— (� G.)TH15 BE55 15 TO BE INSTALLED INSIDE OF BASEMENT. NEW PV SUB-PANELS 7.) EXISTING WALLS AND CEILINGS SHALL BE LAMINATED COMBINER NAME Elf NAME WITH 5/8"TYPE X SHEETROCK. INVERTERS 5.)THIS SYSTEM 15 COMPLIANT WITH THE SECTION R327 OVD ELECTRODE OF THE INTERNATIONAL RESIDENTIAL CODE, A5 AMENDED �: C) N W y Pv MODULE FLOOR PLAN BY THE NEW YORK STATE UNIFORM CODE. 9.)THE SERVICE-SIDE EXISTING BASEMENT WALL INSIDE Ay'*�� !F 0 A —RACIONC RAIL ti• �, C THE 5E55 ENCLOSURE FOR THIS PROJECT MUST ADHERE ip O ATTACHMENT POINT� TO THE FIRE SAFETY STANDARDS OUTLINED IN THE NEW r ---RAPIERS ty YORK STATE FIRE CODE(NYS FIRE CODE R302). IT IS � � W -*—ROOF PITCH ANcxF IMPERATIVE THAT THE EXISTING BASEMENT WALL IN51DE a— r= esuNRUN METER II _ I_O THE BE55 ENCLOSURE BE INSPECTED AND APPROVED BY P 112 _ I THE DESIGNATED FIRE CODE ENFORCER TO ENSURE OA 07?5p ®VENT COMPLIANCE. PLEASE BE ADVISED THAT WHILE WE ARE [FLOORE PLAN FOR BESS AND FIRE RATED ENCLOSURE] � NOT CERTIFYING THE EXI5TING BASEMENT WALL �ESSIO VENT O PLUMBING BIND 5HEETROCK OURSELVES, IT 15 UNDERSTOOD THAT ITK]SKY ,rer� MUST MEET THE AFOREMENTIONED FIRE CODE ®CHIMNEY��� g+INaFs PU-3 REGULATIONS. ■�CONdnoN TAX MAP: 1000-OG9.00-OG.00-01 1 ,000 POTENTIAL SHADING ISSUES �TRW/RENOVE AS NECESSAR DE51GN t DRAFTING BY: (N)ENPHASE ^I EL`MENT ENERGY LLC COMBINER BOX MODEL (12)IOSPLUS-r2:-US cE)1aMAATED '• �iFVIEW BY J M.NAf)CEP CER7IF:'E_NO#X2-IO-AM1-2404 MISaoINVER*>=aS E NT PH�L�PANEL 0o 0511I2-I29 1 121Y OV 110112 C�-I- WIRELESS A -1 (E)1DDT r 2P MAIN 2-•12 AWG SKU:a12-RAW-3OO.TFMM MODEM C E LE. Dtp BUC ML-G10.I00cropa 1-08 AWG.BARE COPPER GROUND FED REV1510NI5 TGATEMW2��(N)60A FUSED (1q KOePLus r.2.u5 Q7ESCRIPr Ou onnr>: rtE„MICROINVERTERS )RIGINAL 2/8✓202-AC DISCONNECT -` 9pSQUARE D D322NRB Rai 2400WITH 60A FUSES, v:vtiw . _-t 120KNIFEBLADE, DUOBLKMLGIO-400 TO /1 210• oLOCKABLE,NEMA3R, RIOSPLUSA,2 1g0o150o nA ,�— UL LISTED MICROINVETN MCR00011ERTERS - 41 ( 7 �� L ::•.✓��%1:HANWNAOCE_LS C PEAK -t �b DUO"ML-G10. �1tffM1TY � DUOBLKMLG70+t00 1 CONNECTIONS MODULE 3-•12 ANIIi.THNM 3-R AWG TIryVN .'-.OVTRA.ITOR W 3Ar'Puc CONDUIT IHINN NI-M'PVCTC3NDUIT S `LEMENT ENERGY, LLC 7470 50UND AVE 6-#12 AV G SW 0-12~-300,THWN 1•06 AWG.BARE COPPER GROUND MATTITUCK, NY 1 195 ! LICEN5E# G74G I-t'I TO UTILITY L ICEN5E# 52G59-ME UNDERGROUND FEED 6r 200A RATED (D 211OA RATED i ww SPINlm ..46p) MAW SERWDE PaNEUl) ,PH 1.720/i?V' Rl 1202"amR ffJ 20M/2P MAN (Et"M r 2P IEIGAAIaIDIaDELEC1WWE APR ! R —IOICTUR M MAE COPPER 'TOP FED) ( rroP=EDI r 1 GEHERAL NOTE5 • 'i 1.)THE BE55 PROWDE5 MONITORING AND BALANCING CELL VOLTAGE5,CURRENT5,AND TEMPERATURE5 WITHIN THE MANUFACTURERS 5PECIFICATION THROUGH WEB AND MOBILE APPUCATION5. INI,OOA MKwo PROJECT NAVE 2.)THE HEAT DETECTOR OR HEAT ALARM 5HALL BE IN5TALLED AND GRID SUB PANEL INTERCONNECTED WITH 5MOKE ALARM AND THE BE55 5Y5TEM O Lu ^,Ic — 5HALL TRAN5M(T AN ALARM SIGNAL VIA MOBILE PORTAL OR THE U LL_ r SMOKE ANDIOR HEAT ALARM/DETECTOR IF POTENTIALLY Li HAZARDOUS TEMPERATURE5 OR OTHER CONDITION5 SUCH A5 F W Z SHORT CIRCUIT5.OVER VOLTAGE OR UNDER VOLTAGE ARE — DETECTED IN7 rev (Q� ,c1J ,1 � z 5-•e AWG.T ON o a/ l___i SONNENCORE+ESS SONNENCORE+ESS 1-00 EGC,THWN U)'PVC CONDUIT J SCORE-P20 SCORE-P20 IN 1 3-ir2aWG,THWN I O 2DxVNV210V 20KWh240V 1->M EGC.THwN � W O IN 1-1r4'PVC CONDUIT U cL ° n 51EE'NAME _ I ELECTRICAL DIAGRAM NOTE: si !1 sa II= II)CONDUITAND CONDUCTORS SPECIFICATIONS ARE BASED ON MINIMUM CODE REQUIREMENTS i F c NFL AND ARE NOT MEANT TO LIMIT UP-SIZING AS REQUIRED BY FIELD CONDITIONS. � • �� )L l� yp �RAWING 5CALE (N)100A GRID SUB PANEL 0 �J. Al. . r N .T.5. �J E yEET NUMBER rO�S51 �� P 5-0 0AWG.T V-4 HWN 1-08 EGC,THNM TAX MAP: 1000-OG9.00-OG.00-0 1 1 .000 IN 31f'PVC CONDUIT 3 AWG,THWN 1-frr E;C THAN Zoho Sign Document ID.9ABODUY_EELHC40JXUV310JE00AEVZ30FBGTYDZI7ZW 5COPE OF WORK DESIGN t DRAFTING BY: ELEMENT ENERGY LLC TO INSTALL A I G.4 KWDC PV SYSTEM AND A 40 KW BATTERY ENERGY STORAGE SYSTEM AT PIERCE RESIDENCE, :" REVIEW BY J.M.NABCEP CERTIFIE LOCATED AT 47 100 MAIN RD,SOUTH OLD, NY 1197 1. 051 1 1 2-1 2? THE POWER GENERATED BY THE PV SYSTEM AND BATTERY ENERGY STORAGE SYSTEM WILL BE INTERCONNECTED WITH /.; THE UTILITY GRID THROUGH THE EXISTING ELECTRICAL SERVICE EQUIPMENT. REVISIONS _ SYSTEMRATING / - . DESGRIPfION DATE REV �' "- ORIGINAL 1/1 5/2024 i 40 kW AC STC REV1510N 2128✓2024 A I G.4 KW DC 5TC EQUIPMENT SUMMARY , 2 UNIT5 OF 50NNEN 50NNENCORE+ 20 KW BATTERY ENERGY STORAGE L 41 QCELL Q.PEAK DUO BLK ML-G I O+400 WATT PV MODULES 41 ENPHA5E IQ8PLU5-72-2-U5 MICRO INVERTERS I IRONRIDGE XR.100 MOUNTING SYSTEM 51-1EET INDEX CONTRACTOR PV-I COVER ELEMENT ENERGY, LLC. PV-2 517E PLAN # � 7470 SOUND AVE PV-3 PV PLAN MATTITUCK, NY 1 1952 PV-4 STRUCTURAL DETAILS PROJECT LOCATION LICENSE # G74G 1411 PV-5 BATTERY PLAN LICENSE # 52G89-ME PV-G ELECTRICAL DIAGRAM PV-7 LABELS GOVERNING CODES '`r 1 of NEtV y 2017 NATIONAL ELECTRICAL CODE. �_ r LPG O A Gi O 2020 RESIDENTIAL CODE OF NEW YORK STATE. ' �� Gs> 2020 BUILDING CODE OF NEW YORK STATE. _ 2020 FIRE CODE OF NEW YORK STATE. ? Z 2 A5CE 7-1 G AND NFPA-70. UNDERWRITERS LABORATORIES(UQ STANDARDS _ 05HA 29 CFR 1910.299 �' 7 03443 SSIONP� GENERAL NOTES PROJECT NAME I . CONTRACTOR SHALL CHECK AND VERIFY ALL CONDITIONS AT THE SITE PRIOR TO STARTING TO WORK AND SHALL FAMILIARIZE LLJ HIMSELF WITH THE INTENT OF THESE PLANS AND MAKE WORK U C) AGREE THE SAME. AERIAL VIEW — 2. CONTRACTOR OR OWNER SHALL OBTAIN ALL REQUIRED LLJ Q INSPECTION APPROVALS, ETC., FOR WORK PERFORMED FROM z APPROVALS, PERMITS, CERTIFICATES OCCUPANCY, 10. CONTRACTOR TO EFFECT AND MAINTAIN INSURANCE, I.E. TOWN COM M ENT5 AND APPROVAL 5TAM P Q z g W AGENCIES HAVING JURISDICTION THEREOF, IF REQUIRED. CONTRACTOR'S LIABILITY, WORKMAN'S COMPENSATION, COMPLETED OPERATION, ETC. ADEQUATE FOR THE PURPOSES O w/ � 3. ALL WORK SHALL CONFORM TO CONSTRUCTION CODE AND OF THIS PROJECT AND FURNISH PROOF OF SAME PRIOR TO C J ALL RULES AND REGULATIONS OF THE RESPONSIBLE LLI COMMENCING WITH WORK. JURISDICTION. 1 1. EACH SUBCONTRACTOR SHALL BE RESPONSIBLE FOR _ 4. IF IN THE COURSE OF CONSTRUCTION A CONDITION EXISTS O WHICH DISAGREES WITH THAT AS INDICATED ON THE5E PLANS, MAINTAINING SAFETY ON THE JOB SITE DURING THE LLJ THE CONTRACTOR SHALL STOP WORK AND NOTIFY THE CONSTRUCTION PHASE TO COMPLY WITH THE REGULATIONS O � � ENGINEER. SHOULD HE FAIL TO FOLLOW THI5 PROCEDURE AND AND REQUIREMENTS OF THE OCCUPATIONAL SAFETY AND CONTINUE WITH THE WORK, HE SHALL ASSUME ALL HEALTH ADMINISTRATION.THI5 SHALL INCLUDE, BUT ARE NOT RESPONSIBILITY AND LIABILITY THEREFROM LIMITED TO: PROVIDING FOR ADEQUATE AND PROPER BRACING, SAFETY RAILINGS AND SECURE FOOTINGS FOR ALL TEMPORARY 51=ET NAME 5. ALL STRUCTURAL STEEL SHALL BE A-36 AND SHALL BE SCAFFOLDING, STAIRS, ETC.. AS WELL AS PERMANENT `Z 6 Z FABRICATED AND INSTALLED AS PER LATEST A.I.5.0 CONSTRUCTION. P�G COVE SPECIFICATIONS. t 12. FIGURED DIMENSIONS SHALL GOVERN. DO NOT SCALE rf►en G. ALL ELECTRICAL WORK SHALL BE BOARD OF FIRE DRAWINGS, WHERE DIMENSIONS ARE ESTABLISHED BY EXISTING pePa hp;d UNDERWRITERS APPROVED AND IN ACCORDANCE WITH N.E.C. 4 CONDITIONS. EACH CONTRACTOR SHALL VERIFY EXISTING 9 ��dtic►9 SO\X NY5 CODES 4 REGULATIONS �1 p{ CONDITIONS PRIOR TO ORDERING MATERIALS AND 7. ANY DEVIATION FROM THESE PLANS WITHOUT THE WRITTEN COMMENCING CONSENT OF THE ENGINEER WILL NEGATE THE ENGINEER'S COMMENCING WITH WORK. DRAWING5CAL CERTIFICATION OF THESE PLANS. 13. CONTRACTOR TO REMOVE ALL DEBRIS CREATED BY THIS 8. THESE DRAWINGS AS IN5TRUCMENT5 OF SERVICE ARE AND WORK FROM THE SITE AND DISPOSE IT IN A LEGAL MANNER ON ^ 1 .I.5. SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE 1 WEEKLY BASIS LE SOONER IF CONDITIONS WARRANT. Iv PROJECT FOR WHICH THEY ARE MADE IS EXECUTED OR NOT. I f AT THE COMPLETION OF WORK,THE SITE TO BE CLEARED THEY ARE NOT TO BE USED ON ANY OTHER PROJECTS OR LE ALL DEBRIS AND EXCESS MATERIALS.THE FACILITY IS TO BE EXTENSIONS TO THIS PROJECT LEFT BROOM CLEAN AND WORK IS TO BE COMPLETED TO THE E0. CONTRACTOR SHALL PROTECT, PATCH AND REPAIR ALL TOTAL 5AT15FACTION OF THE OWNER PRIOR TO RELEASE OF SHEET NUMBLY EXISTING WORK ADJACENT TO HIS WORK, OR DAMAGED AS FINAL PAYMENT. PV- RESULT OF HIS WORK. TAX MAP: 1000-OG0.00-OG.00-01 1 .000 Zoho Sign Document ID.9ABODUY—EELHC40JXUV310JEOOAEVZ3QFBGTYDZI7ZW LEGEND DE51GN 4 DRAFTING BY: EXISTING P PETER ELEMENT ENERGY LLC MAIN SERVICE PANEL Oo REVIEW BY J.M.NABCEP CERTIFIE A/C DISCONNECT 051112-129 COMBINER NEW B SUB—PANELS / EXISTING UTILITY METER INVERTERS 1^, GND ELECTRODE V V 27�Q REV1510N5 , PV NODULE 240 DESCRIPTION DATE RL`, ° ` ORIGINAL 1/15/2024 RACKING RAIL 210° D 120° REV1510N A G 20'- I " ti28�2o24 o ATTACHMENT POINT — - ---RAFTERS 180° 50° AC SS ROOF -4—ROOF PITCH ANGLE S 8 SUNRUN METER ®VENT OPLUMBING VENT ®SKY LIGHT ®CHIMNEY CONTRACTOR COMPOSITE SHINGLES ELEMENT ENERGY, LLC. GOOD CONDITION POTENTIAL SHADING ISSUES 7470 SOUND AVE TRIM/REMOVE AS NECESSARY 1 III _60 IMATTITLICK, NY 1 155 I,I 27- 44 1 1 '-921 ccess RooF LICENSE # G74G I -HI 4- I 2 4 LICENSE # 52G89-ME 3G"x 3G"GROUND ACCESS TYP. �tof NEIV P 0A O l./`^7 9c� F� ^103443 SSIORIP PROPOSED BATTERY ENERGY STORAGE SYSTEM IN BASEMENT NEXT ACCESS ROOF rn O w TO EXISTING MAIN ELECTRIC PANEL U C n w Q z I II III I `� w U 3 1 -32 1 5-64 15'-64" o U O O 28'- I O" 0 w ° O NAM` 'NOTE SITE PLAN I .)THE ROOF SETBACK/PATHWAY SHALL NOT BE REQUIRED TO ROOFS WITH 2 UNITS VERTICAL AGCE55 ROOF WITH 12 UNITS HORIZONTAL OR LESS IN ACCESS ROOF ACCORDANCE WITH R324.G EXCEPTION OF DRAWING SCALE 2020 NYS RESIDENTIAL CODE. CONSTRUCTION NOTE5 I /811 _ 11_01 I ---- ------------- --— 1.)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE I 2 MANUFACTURER'S INSTALLATION INSTRUCTIONS. 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. 3.) ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. PV- 4.)WALLS AND CEILING INSIDE THE BATTERY ENCLOSURE SHALL BE LMINATED WITH 5/8"TYPE X SHEETROCK OR EQUIVALENT 5.)THE DOOR OF THE BATTERY ENCLOSURE SHALL BE 30"WIDE MINIUMUM 20 MINUTE FIRE RATED DOOR. TAX MAP: 1000-OG9.00-OG.00-0 1 1 .000 Zoho Sign Document ID.9ABODUY_EELHC40JXUV310JEOOAEVZ30FBGTYDZI7ZW LEGEND D EXISTING UTILITY METER IV ELEMENT DENERGY LLC MAIN SERVICE PANEL Qo REVIEW BY J.M. E NA5CEPP CERTIFI I NEW PV SUB-PANELS I051 A/C DISCONNECT COMBINER INVERTERS GIN ELECTRODE 27Q, REVISIONS PV ELECT �90° DESCRIPTION DATE REV 240- E ORIGINAL 1/I5/2024 RACKING RAIL 21 Q o D 120° Q�I,I KEV151ON zrzsizoza A 0 ATTACHMENT POINT 1500 C� RAPIERS 1800 2 AC 55 ROOF f--ROOF PITCH ANGLE �SUNRUN METER Cal 4 S�dO�U ®�T — — O PLUMBING VENT — — — 33°PITCH 236°OZiMUIH ®SKY LIGHT _ _ — �_ CONTRACTOR ®CHIMNEY COMPOSITE SHINGLES — — — 4 — ELEMENT ENERGY, LLC. GOOD CONDITION 7470 SOUND AVE POTENTIAL SHADING ISSUES ARRAY#I 19 1 5 TRIM/REMOVE AS NECESSARY 18 MODULES MATTITUCK, NY ACCESS ROOF LICENSE # 6 1 I 5 6°PITCH — — — — — — — 236°AZIMUTH LICENSE # 52G5O-ME — II G"x 3G'GROUND ACCESS TYP. of NEi Y — — — — — — — - - - n : 2'-23" A G} �'0344'3 m q �- 4FSS — SSIOR�P A I„ 9� j 31_Q I,1 PROJECT NAM" ACCE55 ROOF i — ARRAY#5 O [� — — — 3 MODULES U Q 33°PITCH 14G°AZIMUTH H — ll7 W ARRAY#3 4 A. — — — ARRAY#4 LLJ G MODULES 7 MODULES 33°PITCH — — — — — 33°PITCH � C) 236°AZIMUTH — — — — — — — 56°AZIMUTH Q W O O LLJ 'NOTE 1.)THE ROOF SETBACK/PATHWAY SHALL NOT BE REQUIRED TO ROOFS WITH 2 UNITS VERTICAL I I WITH 12 UNITS HORIZONTAL OR LE55 IN 4411 — — I I I I — —4„ ACCORDANCE WITH R324.G EXCEPTION OF I ( I — 2020 NYS RESIDENTIAL CODE. CON5TRUCTION SUMMARY - MAIN HOU5E 4 3 I I P V PLAN (4 1)QCELL Q.PEAK DUO BLK ML-G 10+ 400 WATT PV MODULES 6-3 I I I I I 4 (DIMENSIONS: 74"X 4 1.1"X I.3") ( Ac ss o I I (4 1)ENPHASE IQ7PLU5-72-2-U5 MICRO INVERTERS ' AC E5 Ro F DRAWING SCAL` (92)ATTACHMENT POINTS @ G4"O.C. MAX. (335.1) LF IRONRIDGE XR 100 MOUNTING SYSTEM. ROOF TYPE = ASPHALT SHINGLE(SINGLE LAYER) 71-42°— "-- 141 - I /�n _ I I_01 CON5TRUCTION NOTE5 ARRAY#G ARRAY#7 1.)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH THE I MODULES I MODULES 33°PITCH 33°PITCH MANUFACTURER'S INSTALLATION INSTRUCTIONS. I4G°AZIMUTH 146°AZIMUTH 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH MINIMUM NEMA 3R RATING. .l. 3.)ALL LOCATIONS ARE APPROXIMATE AND REQUIRE FIELD VERIFICATION. PV—� 4.)WALLS AND CEILING INSIDE THE BATTERY ENCLOSURE SHALL BE LMINATED WITH 5/8"TYPE X 5HEETROCK OR EQUIVALENT 5.)THE DOOR OF THE BATTERY ENCLOSURE SHALL BE 3G"WIDE MINIUMUM 20 MINUTE FIRE RATED DOOR. TAX MAP: 1000-OG9.00-OG.00-0 1 1 .000 Zoho Sign Document ID.9ABODUY_EELHC40JXUV310JEOOAEVZ30FBGTYDZI7ZW HEAVIEST ITEM DE5CRIPTION ARRAY#I ARRAY#2 - 7 LOAD CALCULATION ARRAY RB e RId Bear✓Board 2"X 12" D. FIR 2"X O" D. FIR DESIGN a DRAFTING e, (ARRAY#3) rR Roof Rafter 2"X 10' D. FIR 24" O.0 2"X 8" D. FIR @ 24" O.C. ELEMENT ENERGY LLC MODULE WEIGHT(Lbs) 48.4 (D) Deckir I"X 8"TONGUE 8 GROOVE I"X 8"TONGUE GKOOVE REVIEW BY J.M.NABCEP CERTIFT #OF MODULES 6 (J) Ceilinc.9 Joist 2"X I O" D. FIR I G" O.0 2"X 8" D. FIR@ I G" O.C. 05 1 1 1 2-1 29 (P) Pitch GQ 330 TOTAL MODULE WEIGHT(Lbs) 290.4 (K Knee Walls N/A 2"X 4" D. FIR I G" O.C. REV1510N5 TOTAL LENGTH OF RAIL(Ft) 74.5 ti Morizontal 5 an of R 241" MAX. I G2" MAX. DESCRIPTION DATE RE. RAIL WEIGHT PER FOOT(Lbs) 0.68 ORIGINAL 52024 REV15ION 2282024 A TOTAL RAIL WEIGHT(Lbs) 50.7 #OF 5TRANDOFFS 18 WEIGHT PER STRANDOFF(Lbs) 2 TOTAL STANDOFF WEIGHT(Lbs) 3G TOTAL ARRAY WEIGHT(Lbs) 377.1 POINT LOAD(Lbs) 20.9 CONTRACTOe TOTAL ARRAY AREA(5cf Ft) 1285 ELEMENT ENERGY, LLC. ARRAY DEAD LOAD(Lb5/5cl Ft) 2.9 7470 SOUND AVE MATTITUCK, NY 1 1952 WIND DESIGN SUBJECT TO DAMAGE FROM GROUND SEISMIC WINTER ICE BARRIER AIR MEAN � LICENSE # G74G I -111 SNOW DESIGN DESIGN UNDERLAYMENT FLOOD FREEZING ANNUAL LICENSE # 52689-ME LOAD' Speed' Topographic Special Windborne CATEGORY Frost TEMP` REQUIRED' HAZARDSg INDEXi TEMP) (mph) effects, wind region debris zone" Weathering' line Termite` depthb MOD TO FEMA n; � y 20 140 NO NO NO B SEVERE 3 FT HEAVY 15°F �'ES ZONE X 599 5 I°F pF NEIq,,Jl O A O MANUAL J DESIGN CRITERIA" �'f Indoor Winter Summer desi n Heatm temperature C7 Elevatio, Latitude headn :�oohn Altitude correction factor 9 Design temperature cooling 9 p m W 9 5 tempera difference [ARRAY#I) [ARRAY#21 Z ture �O 70340 108 FT 4 1°N 1 5°F 51j 1.00 70°F 75°F 55°F SS% X. Wind Wind ((FF'' Coincidem Winter Cooling temperature difference velocity velocity �,,,et bulb Daily range humidity Summer humidity _ heating cooling ROOF FRAMING DETAIL n PROJECT NAME —r— LL- LLI 1 5°F 5 MPH 7.5 MPH 72°F MEDIUM(M) 40 To GP @50%PH 0 For SI:1 pound per square foot=0.0479 kPa,1 mile per hour=0.447 m/s. :�i JC) a. Where weathering requires a higher strength concrete or grade of masonry than necessary to satisfy the structural requirements of this code,the frost line depth j W — strength required for weathering shall govern.The weathering column shall be filled in with the weathering index,"negligible,""moderate"or"severe"for concrete as MODULE MOUNTING CLAMP N Q _z determined from Figure R301.2(4).The grade of masonry units shall be determined from ASTM C34,C55,C62,C73,C90,C129,C145,C216 or C652. Q z b. Where the frost line depth requires deeper footings than indicated in Figure R403.1(1),the frost line depth strength required for weathering shall govern.The jurisdiction SOLAR MODULE Q W shall fill in the frost line depth column with the minimum depth of footing below finish grade. Q C. The jurisdiction shall fill in this part of the table to indicate the need for protection depending on whether there has been a history of local subterranean termite damage. STAINLESS STEEL 3/8' O 0 O J d. The jurisdiction shall fill in this part of the table with the wind speed from the basic wind speed map[Figure R301.2(5)A].Wind exposure category shall be determined BOLT AND NUT Ln LLJ O O on a site-specific basis in accordance with Section R301.2.1.4. Ili U _ e. The outdoor design dry-bulb temperature shall be selected from the columns of 971/2-percent values for winter from Appendix D of the Plumbing Code of New York O State.Deviations from the Appendix D temperatures shall be permitted to reflect local climates or local weather experience as determined by the building official.[Also 0 lL I see Figure R301.2(1).] NRIDGE ALUMINUM RA!;_ O f. The jurisdiction shall fill in this part of the table with the seismic design category determined from Section R301.2.2.1. W O ALUMINUM"C BRACt;F� g. To establish flood hazard areas,each community regulated under Title 19,Part 1203 of the Official Compilation of Codes,Rules and Regulations of the State of New York(NYCRR)shall adopt a flood hazard map and supporting data.The flood hazard map shall include,at a minimum,special flood hazard areas as identified by the Federal Emergency Management Agency in the Flood Insurance Study for the community,as amended or revised with: ALUMINUM FLASHING i.The accompanying Flood Insurance Rate Map(FIRM), n,AM= ii.Flood Boundary and Floodway Map(FBFM),and iii.Related supporting data along with any revisions thereto. The adopted flood hazard map and supporting data are hereby adopted by reference and declared to be part of this section. ASPHALT SHINGLE ROOF STRUCTURAL DETAIL h. In accordance with Sections R905.1.2,R905.4.3.1,R905.5.3.1,R905.6.3.1,R905.7.3.1 and R905.8.3.1,where there has been a history of local damage from the 5/I 6"x 6"STAINLESS effects of ice damming,the jurisdiction shall fill in this part of the table with"YES."Otherwise,the jurisdiction shall fill in this part of the table with"NO." STEEL I. The jurisdiction shall fill in this part of the table with the 100-year return period air freezing index(BF-days)from Figure R403.3(2)or from the 100-year(99 percent) LAG BOLT WITH 2 I EL EL MIN THREAD value on the National Climatic Data Center data table"Air Freezing Index-USA Method(Base 32°F)." GEOCEL j. The jurisdiction shall fill in this part of the table with the mean annual temperature from the National Climatic Data Center data table"Air Freezing Index-USA Method WITH RATION 4500 PENETRATION SEALED (Base 32°F)." (EQUIVALENT OR BETTER) DRAWING 5CA." k. In accordance with Section R301.2.1.5,where there is local historical data documenting structural damage to buildings due to topographic wind speed-up effects,the jurisdiction shall fill in this part of the table with"YES."Otherwise,the jurisdiction shall indicate"NO"in this part of the table. I 1. In accordance with Figure R301.2(5)A,where there is local historical data documenting unusual wind conditions,the jurisdiction shall fill in this part of the table with N "YES"and identify any specific requirements.Otherwise,the jurisdiction shall indicate"NO"in this part of the table. m. In accordance with Section R301.2.1.2 the jurisdiction shall indicate the wind-borne debris wind zone(s).Otherwise,the jurisdiction shall indicate"NO"in this part of the table. in. The jurisdiction shall fill in these sections of the table to establish the design criteria using Table la or lb from ACCA Manual J or established criteria determined by the jurisdiction. o. The ground snow loads to be used in determining the design snow loads for roofs are given in Figure R301.2(6)for sites at elevations up to 1,000 feet.Sites at \ / elevations above 1,000 feet shall have their ground snow load increased from the mapped value by 2 psf for every 100 feet above 1,000 feet. MOUNTING DETAIL I I Fv I 4 (`) See Figure R301.2(4)B. TAX MAP: 1000-OG9.00-OG.00-01 1 .000 LEGEND DESIGN 4 DRAFTING BY: EXISTING UTILITY METER ELEMENT ENERGY LLC MAIN SERVICE PANEL REVIEW BY J.M.NABCEP CERTIFIE NEW PV SUB-PANELS 051 1 1 2-1 29 A/C DISCONNECT COMBINER INVERTERS GND ELECTRODE REV1510N5 DE5CRIPfION DATE REV PV MODULE ORIGINAL I/I 5/2024 RACKING RAIL REV1510N A 2/28/2024 O ATTACHMENT POINT ---RAFTERS ROOF PITCH ANGLE BSUNRUN METER ISTING COMBINER BOX ®VENT NN N A NN I N FOR SOLAR MODULE 0PLUMBING VENT ATT Y CENT SSENTIAL LOAD PANEL FOR BATTERY BACKUP ®SKY LIGHT EXISTING BASEMENT WALL CONTRACTOR 15TING MAIN ELECTRIC PANEL ®CHIMNEY ®COMPOSITE SHINGLES ELEMENT ENERGY, LLC. GOTE TIAL SHADING 7470 SOUND AVE ' ',POTENTIAL SHADING ISSUES TRIM/REMOVE AS NECESSAR MATTITUCK, NY 1 1952 �• i 6" MIN. CLEARANCE LICENSE # G74G I-HI LICENSE # 52G59-ME 2"X 4"@ I G"O.C.STUD WALL 2 5ONNEN 50NNENCO E 20KW BESS UNITS14 PRE55URE TREATED 10" MIN. CLEARANCE CONSTRUCTION SUMMARY is"TYPE X GYP5UM BOARD OR EQUIVALENT (2) UNIT OF 5ONNEN 5ONNENCOREPLU5 20KWH BATTERY ENERGY STORAGE SYSTEM PROJECT NAME (DIMENSIONS: 52"X G I"X 1 9") IN FIRE RATED ENCLOSURE CONSTRUCTION NOTES U- w I .)ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE 1•_9- 6" MIN. CLEARANCE w Z WITH THE MANUFACTURERS INSTALLATION INSTRUCTIONS. cn LLJ 2.)ALL OUTDOOR EQUIPMENT SHALL BE RAINTIGHT WITH L j n Q z MINIMUM NEMA 3R RATING. 3.)ALL LOCATIONS AREA PROXIMATE AND REQUIRE O � � Q FIELD VERIFICATION. 3OG8 RFGO5TEEL JAM55 0 4.)CONDUIT RUN/RACEWAY FOR BATTERY ENERGY 90 MIN MYLAR METAL FIRE DOOR Lu STORAGE SYSTEM (BESS)SHALL BE LOCATED WITHIN FIRE o U — a- RATED ROOM. THE CONDUIT/WIRE RUNS TO THE EXISTING (n [� (_ MAIN SERVICE PANEL AND TO THE PLP IN PVC CONDUIT a- W BEHIND THE EXISTING BASEMENT 5HEETROCK AND THEY 00 n- O SHALL BE LOCATED INDOORS. 5.) BESS ENCL05URE DOOR SHALL BE 3G"WIDE MININUM 20 MINUTE FIRE RATED EGPE55 DOOR OR EQUIVALENT. OF NiEtl, G.)THIS BE55 IS TO BE INSTALLED IN51DE OF BASEMENT. LIEF r0 7.) EXISTING WALLS AND CEILINGS SHALL BE LAMINATED WITH 5/8"TYPE X 5HEETROCK. * �." .' e. * BATTERY PLAN 8.)THIS SYSTEM IS COMPLIANT WITH THE SECTION R327 ,- OF THE INTERNATIONAL PE51DENTIAL CODE, AS AMENDED a- w BY THE NEW YORK STATE UNIFORM CODE. 1u 9.)THE SERVICE-SIDE EXISTING BASEMENT WALL INSIDE CIF THE BESS ENCLOSURE FOR THI5 PROJECT MUST ADHERE a? DRAWING SCALE TO THE FIRE SAFETY STANDARDS OUTLINED IN THE NEW SIO�P� YORK STATE FIRE CODE(NYS FIRE CODE R302). IT IS /�11 = I 1-01 IMPERATIVE THAT THE EXISTING BASEMENT WALL INSIDE THE BESS ENCLOSURE BE INSPECTED AND APPROVED BY THE DESIGNATED FIRE CODE ENFORCER TO ENSURE [PARTIAL BASEMENT PLAN FOR BESS AND FIRE RATED ENCLOSURE] COMPLIANCE. PLEASE BE ADVI5ED THAT WHILE WE ARE sHEEr NUMB NOT CERTIFYING THE EXISTING BASEMENT WALL 5HEETROCK OURSELVES, IT 15 UNDERSTOOD THAT IT PV-5 MUST MEET THE AFOREMENTIONED FIRE CODE REGULATIONS. TAX MAP: 1000-OGO.00-OG.00-01 1 .000 E%ISTNG PV SVSTEM DESIGN 4 DRAFTING BY: N ELEMENT ENERGY LLC (N)ENPHASE REVIEW BY J.M.NABCEP CERTIFIE COMBINER BOX MODEL (12)IOBPLUS72-2-US— 0. 0511 1 2-1 29 NO#X2-IQ-AM1-240-4 MICROINVERTERS (E)IODA RATED ESSENTIAL LOAD PANEL PH I 1 , LOAD W 30112 CELLRB ANCF+1 (E)IDDAI BREAKER REV1510N5 MODEM WIRE LESS 12 HANWHA OCELLS O PEAK BREAKER 2-#12 AWG SKU-0-12-RAW-300,THWN COMMS DUO BLK ML-G1D+400 (TOPPED) 1-48 AWG,BARE COPPER GROUND 70 DESCRIPTION DATE REV ID GATEWAY � D ORIGINAL 111 512024 (10)IOBPLUS72-2-US C DIS60ACONNECT FUSED MICROINVERTERS ` �O 22W2024 Nn AC DISCONNECT 4po � RevlsloN A SQUARE D D322NR6 RANCH-1 21 O o D 120 o WITH 60A FUSES, L10 HANWHA QCELLS Q PEAK c o HER LOAD— o KNIFEBLADE, DUO BLK ML-G10.400 m 1 150 LOCKABLE,NEMA 3R, (S)IQBPLusn-2 us 80 0 (13)108PLUS-72-2-US N)20A UL LISTED MICROINVERTERS T S MICROINVERTERS /1 �b BRANCH-1 RANCH-1 6 HANWHA QCELLS 0 PEAK (E)UTLITY METER '3 HANWHA QCELLS Q PEAK qJb DUO BLK ML-G1M 400 DUO BLK ML-GlO-400 (N)200A AC MAX PATH-THROUGH CONNECTION MODULE CONTRACTOR O 3-#12 AWG,THVVN 3-92 AV G.THNM IN 3/4'PVC CONDUIT IN11-$8 EGC,THWN UIT ELEMENT ENERGY, LLC. = 7470 SOUND AVE 6-#12 AWG SKU-.Q-12-RAW-30D,ThVM MA-MTUCK, NY 1 1952 1-#8 AWG,BARE COPPER GROUND LICENSE # G74G I -HI LICENSE # 52G89-ME To UTILITY UNDERGROUND FEED (E)15DA RATED (E)1S0A RATED NN SERVICE PANEL(1) MAIN SERVICE PANELO) 1PH,1mD' B 1PN,lm' 80H2 (E)15DA 12P MAIN (E)150A 12P MN 3-2/0 AWG.TIANN 0. (E)GRWNDNG ELECTRODE BREAKER BREAKER 1 #4 EGC THWN (- CONDUCTOR"BARE COPPER (TOP FED) TT (TOP FEDI IN 1-12'PVC CONDUIT O� • • (N)1ODA MICRO PR. NAME GRID SUB PANEL 0 LJ ELECTRICAL NOTE5 W Z N)IOAl2P 1.)ALL EQUIPMENT TO BE L15TED BY ILL.OR OTHER NRTL,AND Q Z } LABELED FOR IT5 APPLICATION. Q Z 2.)ALL CONDUCTOR5 SHALL BE COPPER, RATED FOR GOO V N)40Al2P ry W C AND 90QC WET ENVIRONMENT. 5-$8 AVVG,THWN L 3.)WIRING,CONDUIT,AND RACEWAYS MOUNTED ON SONNENCORE+ESS SONNENCORE+ESS 1-08EGC,THWN O CL/ IN 1'PVC CONDUIT - SCORE-P20 SCORE-P20 3 n AWG,rHWN (J') _l ROOFTOPS SHALL BE ROUTED DIRECTLY 20kWh/240V 20kwn/240v 1-#8EGC THAW Lu TO,AND LOCATED A5 CL05E A5 P0551BLE TO THE IN 1-114'PVC CONDUIT 0 O Lu NEAREST RIDGE,HIP,OR VALLEY. Q Q M"'° N 4.)WORKING CLEARANCES AROUND ALL NEW AND EXI5TING 0 ELECTRICAL EQUIPMENT 5HALL n_ W D COMPLY WITH NEC 1 10.2G. O 5.)DRAWINGS INDICATE THE GENERAL ARRANGEMENT OF f SYSTEMS. CONTRACTOR 5HALL FURNI511 ALL NECESSARY OUTLETS,SUPPORTS,FITTINGS AND ACE550RIE5 TO FULFILL "" 51«T NAM`_ APPLICABLE CODE5 AND STANDARDS. G.)WHERE 51ZE5 OF JUNCTION BOXE5, RACEWAY5,AND CONDUITS ARE NOT SPECIFIED, _ — �� F w� 3 LINE DIA. THE CONTRACTOR 5HALL SIZE THEM ACCORDINGLY. — — _ _ .�P pE � 7.)ALL WIRE TERMINATION5 5HALL BE APPROPRIATELY GENERAL NOTES LABELED AND READILY V151BLE. S 1,1 E 8.)MODULE GROUNDING CLIP5 TO BE IN5TALLED BETWEEN 1.)THE BE55 PROVIDES MONITORING AND BALANCING CELL MODULE FRAME AND MODULE VOLTAGES,CURRENTS, (N)1DDA GRID SUB PANEL n �; 5UPPORT RAIL, PER THE GROUNDING CLIP AND TEMPERATURE5 WITHIN THE MANUFACTURER'S SPECIFICATION I Z E 1 DRAWING 5CA_' MANUFACTURER'5 IN5TRUCTION. THROUGH WEB AND MOBILE APPLICATIONS. 9.)MODULE 5UPPORT RAIL TO BE BONDED TO CONTINUOUS 2.)THE HEAT DETECTOR OR HEAT ALARM SHALL BE INSTALLED AND (N)40A(2P (n COPPER G.E.C.VIA WEER LUG INTERCONNECTED WITH SMOKE ALARM AND THE BE55 SYSTEM 040 r 25 '1 tG� N . IT .5 . OR IL5CO G13L-4DBT LAY-IN LUG. 5HALL TRANSMIT AN ALARM SIGNAL VIA MOBILE PORTAL OR THE (")40Al2P ���SSt P� 10.)THE POLARITY OF THE GROUNDED CONDUCTORS 15 5MOKE AND/OR HEAT ALARM/DETECTOR IF POTENTIALLY (positive/negative) HAZARDOUS TEMPERATURES OR OTHER CONDITION5 SUCH A5 OR 5HORT CIRCUITS,OVER VOLTAGE OR UNDER VOLTAGE ARE SHEET NUMBER 10.)THE DC 51DE OF THE PV SYSTEM 15 UNGROUNDED AND DETECTED. 5-VOAWG THWN 5HALL COMPLY WITH NEC G90.35. 3.)CONDUIT AND CONDUCTORS SPECIFICATIONS ARE BA5ED ON IN 314'PVC CONDUIT 3-02 AWG,THWN PV_6 I I.)THE INSTALLATION COMPLIES WITH R327 ENERGY MINIMUM CODE REQUIREMENTS AND ARE NOT MEANT TO LIMIT 1-06 EGC.THWN 5TORAGE 5Y5TEM5. UP-SIZING A5 REQUIRED BY FIELD CONDITION5. IN 1 PVC CONDUIT TAX MAP: 1000-069.00-06.00-0 I 1 .000 Zoho Sign Document ID:9ABODUY_EELHC40JXUV310JEOOAEVZ30FBGTYDZI7ZW SERVICE METER O 0 DESIGN b DRAFTING E" INSTALLATION NOTE ELEMENT ENERGY LLC -� REVIEW BY J.M.NABCEP CERTIff' ® � SOLAR PV SYSTEM PHOTOVOLTAIC • • • ( 1 ) ALL LABEL SHALL BE INSTALLED I N 05 EQUIPPED WITH s SOLAR BREAKER • ACCORDANCE WITH THE 2017 NEC Rev is 10NS RAPID SHUTDOWN O REQUIREMENTS. DF5CRFMON DATE ": 8 OPERATING CURRENT A (2) ALL LOCATIONS ARE APPROXIMATE AND CFIGINAI. "'S'2°24 SOLAR AC LOAD CENTER - OUTSIDE w REQUIRE FIELD VERIFICATION. REV151ON vz�zo24 A ��E��V ONERCURRENT DEVICE MAX DO NO T RELOCATE THIS k (3) LABELS, WARNING(S) AND MARKING O3 TURN PAMSHUTDONM SWITCH TO Og ® SHALL BE IN ACCORDANCE WITH NEC THE'OF-POSITMTOS DOWN _ 1 10.2 I (B). I PV SYSTEM AND REDUCE CAUTION ` WU WAMIN THE AWAY AC DISCONNECT POWUM'nftSEWICZa�SUPPLAM (4) THE MATERIAL USED FOR MARKING °"`°"E"s`°`"`D SHO'"" MUST BE WEATHER RESISTANT, IN SOLAR AC LOAD CENTER - INSIDE 2 CONTRACTOR '"' �� COMPLIANCE WITH NEC 1 10.2 1 (5)(3). (5) THE PV SYSTEM CIRCUIT CONDUCTORS ELEMENT ENERGY, E q,,,�,,, 7470 SOUND AVE ® O7 ® I I ' "` - SHALL BE LABELED INSTALLED IN MATTITUCK, NY 1195 UL DUAL POWER SUPPLY LICENSE # G74G I-HI SOURCIM TOW RAMOVERCUR�rTDEvIcESEXCLwNc souRCEs:uTILJTYGRID ALL COMPLIANCE WITH NEC G90.3 ) . LICENSE # 52G89-ME W W SUPPLY OV /T AND PV SOLAR DEVICE SHALL NOT EXCEED ELECTRIC SYSTEM CONDUIT - INSIDE DUILDING TMOF RILRAFL of NEI�,y P oa O 0 1 _ I THIs SERVICE METER , � � 6 ALSO SERVED BY A m _ ELECTRIC SHOCK WIZARD I PHOTOVOI.TAK:SYSTEM 2 TERMMNtS ON THE UMEAND COMBINER PANEi = PHOIOYOLTA� � LOAD SIDES WAY BE ENERGIZED DO DO NOT A LOADS O 103443 THE OPEN CONDUIT - OUTSIDE DUILDING —"�" T10N -" SSta'P� PRC_ECT NAVE CZ ,I A o Lu � DUAL POWER SUPPLY w U C I SOURCES:UTILITY GRD AND z — I PV SOLAR ELECTRIC SYSTEM I n W MAIN SERVICE PANEL - OUTSIDE uZ Q Z O A CAUTION SOLAR CIRCUIT DZ< CAUTION _ 4 O w O 0 O O O SOLAR ELECTRIC SYSTEM CoraECTEn O C) U O O • • • • (L W © • ° FL O MAIN SERVICE PANEL - INSIDE , OPERATING CURRENT Lmps OPERATING VOLTAGE POWER SOURCE I OUTPUT CONNECTION A ® O DO NOT RELOCATE THIS OVERCURRENT DEVICE SIGNAGE AC DISCONNECT/BREAKER DRAwiNGscA. 00 N .T.S. PV-7 TAX MAP: 1000-OG9.00-OG.00-01 1 .000 . i !i ...... ...... s s o n n e n Engineering Design Tech Specs - sonnenCore+ The sonnenCore+ is a stackable indoor solution that offers up to 60 kWh of battery capacity.The sleek design combines smart energy management with the safest and longest lasting batteries to efficiently manage solar energy usage throughout the day,store excess solar power for use at night and provide reliable backup power during planned and unplanned power outages. Model number SCORE-P10(10 kWh) SCORE-P20(20 kWh) Weight per unit(approximate) 353 Ibs(160 kg) 525 Ibs(238 kg) Dimensions per unit W"/H"/D" 27/69.5/14 (adjustable height from ground) 27/71.5/14(with legs elevated) Grid integration AC coupled 32F-113°F(OC-45C) ` Ambient temperature 41°F-950F(5°C to 35°C)(MAX power) r Applications Time-of-use,Solar self-consumption, MAR 1 9 2024 k, Emergency backup power �gy Stacked specifications Number of stacked units 1 2 3 Usable capacity 10kWh/20kWh 20kWh/4OkWh 30kWh/6OkWh (SCORE-1310/SCORE-P20) Nominal power rating (Grid-tied output at 104°F) 4.8 kW 9.6 kW 14.4 kW Inverter efficiency 94.4%peak Max Round-trip efficiency' 85.8%peak On-grid pass through 35 A 200 A 200 A (requires AC Connections module) (requires AC Connections module) External devices and Installation restrictions None None configurations complying with Rule 21 may be required for CA Off-grid specifications No disconnect/continuous operation 0 A-25 A 0 A-50 A 0 A-75 A 5s to disconnect 30 A-36 A 60 A-72 A 90 A-108 A 450ms to disconnect 36 A-50 A 72 A-100 A 108 A-150 A Immediate shutdown >50 A >100 A >150 A General specifications Measurements System cooling Natural convection Communication ports Ethernet Front view Side view Communication protocols/ API available to select partners 27.08 in [689.9 mm] 13.85 in [351.8 mm] Control Seismic rating IEEE 693 Noise emission <25 dB Total harmonic distortion <5% sonn�n O Max operation altitude 6562 ft(2000 m) Maximum compatible PV inverter' 6 kW E C M Smallest room volume 12.15 m' 00 � SCORE-P20 " O Cn u Compliance information Certifications UL1741,UL1741SA,UL1973,UL9540,UN38.3 Grid code IEEE 1547 Emissions FCC Part 15 Class B(inverter) IEC 61000-4-2:2008,IEC 61000-4-3:2010, Immunity IEC 61000-4-4:2012,IEC 61000-4-5:2014, IEC 61000-4-6:2013,IEC 61000-4-8:2009 _ Transient protection IEEE C62.41 Class B E E 10 year or 10,000 cycle system warranty- c: 00 Warranty' includes inverter,battery modules,cabinet C-4 o and components co Enclosure rating IP30 4JLT F�,n Battery specification o,4r' W Nominal DC voltage 102 VDC DC battery input voltage 96-112 VDC Max charge current 39.99 A per module Cell discharge' S kWh with 100%DoD Cell chemistry Lithium iron phosphate Over-current Protection Fuse protection We reserve the right to make technical changes.The values,outputs,other technical data,images,and diagrams in this prospectus and in data sheets,advertisements,and other promotional documents are approximate guidelines in all cases where they have not been identified as binding. 1 Maximum round trip efficiency shown is calculated using the single cycle round trip efficiency(SCRTE)formula used by SGIP administration in the State of California,as of the date of publication of this Spec Sheet. 2 In off-grid mode,the battery has a maximum charge limitation of 4.48 kW for 1 system,8.3 kW for a 2 stack system and 11.8 kW for a 3 stack system. 3 Please observe our applicable warranty conditions. 4 The sM4 battery modules are 5.5kWh in total capacity and represent SkWh of usable capacity per module. 5 Based on full system AC/AC RTE"round-trip efficiency"at ambient temperature of 25°C C77°F),beginning of life in off-grid mode.Test conducted by sonnen Inc.R&D.Backup data available. Design Considerations Detailed round-trip efficiency ranges Round-trip efficiency of the entire sonnen system varies depending on charge/discharge power levels with an expected efficiency range shown below.The"Symmetric"curve within the range shows the efficiency when charge and discharge rates are equal.The upper and lower limits indicate the operating region of the system based on variations of those charging and discharging rates. 1OkWh Roundtrip Efficiency(RTE)operating range 2OkWh Roundtrip Efficiency(RTE)operating range 90 90 so 3o o � �y70TSN�nMiOl W 70 TSNnrtCfnCDI r cc TLOWH C ��OrH t—uppH Upper 60 60 50 50 0 20 40 60 so 100 120 0 20 40 6o so 100 120 Power level(%) Power Level(%) Single Line Diagram for System Design Below is an overview of the design layout for a single sonnenCore+ system with a protected loads panel for backup power. Specific project design consultation for custom installations is available through sonnen Applications Engineering at design@sonnen-batterie.com. r— --- �—� PR,ffK7Murns mn P, _\ J 49 L r _1 pv Mbh I F-- --� I I I I I I I I pvMorrm I I I L__J L__J I F r- � i L---------� y _ -=J L_=J I F pvHh& I I I I NOTES: L J 1. Service meter 2. Home main loads panel 3. sonnenEvo and sonnenCore+ 4. Protected loads sub panel 5. Optional PV inverter Stacked sonnenCore+ Spec and Design The sonnenCore+ systems are designed to be stackable up to a maximum of three units per site installation depending on local utility rules and upon the recommentations of a licensed and qualified installer. Single Line Diagram Stacked System Design NOTES: n+anmw AM saner 1. 200A rated fused disconnect with 200A fuses(optional) i *'MiGsut CAME 2. 200A current transformer 3. AC connections module 4. 100A rated square-D panel,HOM6121-100SCP or equivalent 5. sonnenCore+BESS 6. 200A electrical load panel 7. 60A current transformer 8. PV solar am Su r*A& ��— A r r'------- -----1 I .A�,•;sow our amiwa— awe ----- ———— —— - I I Ii°NM'mL hi°MIi 3� s 3 I I I '4 ITITI GM MI(AO QII191!V1116 �- I I I I I I I I I qua as 'aa I I I I I .se.Q I es�a. . Mc iL -- ---------1 so.amrana• �.� L J n rc®c sou" I r---� eswNaorf Iws r I I a•. I General notes I I I j —-----� - Drawing is for reference only,and is not reflective �NG,a,S of actual wire penetrations Verify proper grounding per National Electrical L——— Code(NEC)requirements All electrical equipment shall comply with the working clearance requirements per NEC All electrical work shall comply with the NEC AC connections module specifications AC connections module critical components Dimensions W"/H"/D" 16.3/36/6.1 Weight 67 Ibs(30 kg) Meter Passthrough rating 200 A g Contactor ° Notes: Knockouts for cables must be made by installer. Q Consumption CTs are included. i Automatic Transfer Switch 0 0 0 0 LEDs Breaker sonnen Inc. 1578 Litton Dr,Stone Mountain,GA 30083 ° ° (310)853-2404 0 • 5500800 001 UL 9540A Report Report Issued: 2023-02-17 Unit Level Report Revised: N/A OUL Solutions UNIT TEST REPORT UL 9540A Test Method for Evaluating Thermal Runaway Fire Propagation in Battery Energy Storage Systems AACD Project Number...............................: 4790537333 Date of issue...................................: 2023-02-17 Total number of pages...................: 56 UL Report Office ............................: UL LLC 333 Pfingsten Road Northbrook Illinois, 60062 Applicant's name............................: sonnen, Inc. Address...........................................: 1578 Litton Dr Stone Mountain, GA, 30083 Us Test specification: 4ch Edition, Section 9, November 12, 2019 Standard..........................................: UL 9540A, Test Method for Evaluating Thermal Runaway Fire Propagation in Battery Energy Storage Systems Test procedure...............................: 9.1 —9.8 Non-standard test method ...........: N/A Copyright©2021 UL All Rights Reserved. General disclaimer: The test results presented in this report relate only to the sample tested in the test configuration noted on the list of the attachments. UL did not select the sample(s), determine whether the sample(s)was representative of production samples, witness the production of the test sample(s), nor were we provided with information relative to the formulation or identification of component materials used in the test sample(s). The issuance of this report in no way implies Listing, Classification or Recognition by UL and does not authorize the use of UL Listing, Classification or Recognition Marks or any other reference to UL on the product or system. UL authorizes the above named company to reproduce this Report provided it is reproduced in its entirety. UL's name or marks cannot be used in any packaging, advertising, promotion or marketing relating to the data in this Report, without UL's prior written permission. UL, its employees, and its agents shall not be responsible to anyone for the use or non-use of the information contained in this Report, and shall not incur any obligation or liability for damages, including consequential damages, arising out of or in connection with the use of, or inability to use,the information contained in this Report. UL 9540A Form Issued : 2019-12-27 Rev. 5 Form Revised :2021-05-04 Page 2 of 56 Project No. 4790537333 Cell level information Cells in Module: .Manufacturer Name NingDe Amperex Technology Limited *Part Number DOC24A *Chemistry LiFePO4 .Format Pouch Ratings (Vdc,Ah) : 3.2, 52 Cell certified? : Yes Standard the cell was certified to: UL 1973 Organization that certified the cell: UL(File No. MH62591) Average cell surface temperature at gas venting, °C: 120 Average cell surface temperature at thermal runaway, °C: 181 Gas Volume: 31.1 Lower flammability limit(LFL), % volume in air at the ambient 5.45 temperature: Lower flammability limits (LFL), % volume in air at the venting 5.05 temperature: Burning velocity(Su) cm/s: 209.2 Maximum pressure (Pm,x) psig: 103.1 Cell level Gas Composition: Gas Measured % Hydrogen H2 62.349 Carbon Monoxide CO 3.919 Carbon Dioxide CO2 12.867 Methane CH4 4.850 Acetylene C21-12 O.186 Ethylene C21-14 3.007 Ethane C21-16 0.923 Pro adiene/allene C31-14 0.003 Pro ne/meth lace lene C31-14 0.016 Prope ne/ ro lene C31-16 1.692 Propane Calla 0.254 - C4 Total 0.684 - Cs Total 0.778 - Cs Total 0.307 - Ce Total 0.233 - Cs Total 0.036 - Cio Total 0.028 Benzene C61-16 0.077 Toluene C7H8 0.045 Dimeth I carbonate C31-16O3 0.017 Ethyl methyl carbonate C41-18O3 5.856 Diethyl carbonate C51-I10O3 1.874 Total - 100 UL 9540A, Edition 4 Page 3 of 56 Project No. 4790537333 Module level Information Model No........................................... : sonnenModule 4 Ratings (Vdc,Ah)............................. : 102.4,48.9 Original Equipment Manufacturer(OEM): Dongguan Poweramp Technology Limited Branding Manufacturer(if not OEM): Sonnen, Inc. Module dimensions (X x Y x Z(mm))...................: 440 x 133 x 560 Module weight(kgs)............................ : 40 Module enclosure material.................... : Acrylonitrile butadiene styrene (ABS) plastic housing, aluminium and steel frame Was the module certified? ...............................: Yes Standard the module was certified to ...............: UL 1973 Organization that certified test item .......: Intertek(Control Number 5016698 issue date : 16-Apr-2021) Number of initiating cells failed to achieve propagation. 1 Thermal Runaway Propagation: Propagation observed External Flaming: Ignition and sustained flaming observed Location(s) of Flame Venting: All directions Flying Debris: No flying debris Re-ignitions: No re-ignitions observed Test Maximum Smoke Release Rate(m2/s) 7.32 Test Total Smoke Released: (m2) 3110 Test Peak Chemical Heat Release Rate: (kW): 156 Module level test Gas Composition&Volume for Each Compound (Pre-flaming and After flame) Gas Compound Gas Type Pre-Flaming(L) Flaming(L) Total Hydrocarbons 744 650 (Propane Equivalent) Hydrocarbons Carbon Dioxide Carbon Containing Below the minimum 6180 detectable limit Carbon Monoxide Carbon Containing 186 649 Hydrogen Hydrogen 144.0 9.77 UL 9540A, Edition 4 Page 4 of 56 Project No. 4790537333 Unit level Information Model No. : SCORE-P20 Ratings (Vdc, Ah) .............................: 204.8 Vdc, 97.8 Ah BESS dimensions' (W x D x H (mm))...................: 686 x 352 x 1607 BESS module configuration 2S/2P Number of modules in BESS 4 Module cell configuration (xS/yP) ......: 32S/1 P Number of cells in module.: 32 BESS weight(kgs)............................ : 238 BESS enclosure material.................... : Powder coated steel BESS Intended Installation: Residential, indoor floor mounted Non Residential: outdoor ground mounted, indoor floor mounted, outdoor wall mounted, indoor wall mounted, roof top, open garage Residential: Outdoor ground mounted, indoor floor mounted, outdoor wall mounted, indoor wall mounted Residential Indoor Use: Smallest volume room installations 12.15 m3 specified. Original Equipment Manufacturer(OEM): Sonnen, Inc. Branding Manufacturer(if not OEM): N/A Was the unit certified? ...............................: Yes Standard the unit was certified to ...............: UL 9540 Organization that certified the unit .......: Intertek(Control Number 5018204 Issued date : 25-Aug-2022) Cell failure test method performed (summary of method and test clause): ® External heating using thin film with 4°C to 7°C thermal ramp. ❑ Nail Penetration ❑ Overcharge ❑ External short circuit(X Q external resistance) ❑ Others Description of method used to fail cells if other than external thin film heater with thermal ramp: N/A Description of components employed within the BESS unit that serve to suppress propagation (fire protection features) The following passive fire protection components were added to each module. See Attachment B for supporting images. • Glass fiber reinforced SiO2 Aerogel heat insulation mat inserted every four cells Deviation from the module level test The above mentioned passive fire protection components were added to each module,which were not included in the module level test. ' Height dimension does not include the support legs. UL 9540A, Edition 4 Page 5 of 56 Project No. 4790537333 Number of initiating cell(s) 1 Thermal Runaway Propagation: Yes External Flaming from BESS: No flaming observed Location(s) of Flame Venting: No flaming observed Maximum Target BESS Temperature, °C 15 Maximum Wall Surface Temperaturez, °C 16 Peak Chemical Heat Release Rate, kW No flaming observed Peak Convective Heat Release Rate, kW No flaming observed Maximum Smoke Heat Release Rate, mz/s 0.256 Maximum Heat Flux on Target Modules, kW/mz N/A Maximum Heat Flux of Egress Path, kW/m2 N/A Flying Debris: No flying debris observed Re-ignitions: No flaming observed Gas Analysis: ® Flame ionization detection (FID) ® Non-Dispersive Infrared Spectrometer(NDIR) ❑ Fourier-Transform infrared Spectrometer ® Hydrogen Sensor(palladium-nickel, thin-film solid state sensor) ® White light source with photo detector(smoke release rate) Summary of Unit level test Gas Analysis Data: Unit level Gas Composition &Volume for Each Compound(Pre-flaming and After flame): Gas Compound Gas Type Pre-Flaming (L) Flaming (L) Total Hydrocarbons 117.E Hydrocarbons No flaming observed (Propane Equivalent) Carbon Dioxide Carbon Containing Below detectable limit No flaming observed Carbon Monoxide Carbon Containing Below detectable limit No flaming observed Hydrogen Hydrogen 35.65 No flaming observed Summary of BESS Unit Test Results Performance Criteria in accordance with Table 9.1 for Indoor Floor Mounted Residential unit [X] Flaming outside the initiating BESS unit was not observed as demonstrated by no flaming or charring of the cheesecloth indicator; [X] Surface temperatures of modules within the target BESS units adjacent to the initiating BESS unit did not exceed the temperature at which thermally initiated cell venting occurs, as determined in 7.3.1.8; [X] For BESS units intended for installation in locations with combustible constructions, surface temperature measurements on wall surfaces did not exceed 97°C(175°F)of temperature rise above ambient per 9.2.15, [X] Explosion hazards were not observed, including deflagration, detonation or accumulation (to within the flammability limits in an amount that can cause a deflagration)of battery vent gases; and [X]The concentration of flammable gas did not exceed 25% LFL in air for the smallest specified room installation size. 2 Maximum wall surface temperature averaged on 60 seconds. UL 9540A, Edition 4 Page 6 of 56 Project No. 4790537333 Necessity for an Installation level test [ ]The performance criteria of the unit level test as indicated in Table 9.1 of UL 9540A 4th edition has not been met, therefore an installation level testing in accordance with UL 9540A will need to be conducted on the representative the installation with this unit installed. [X]The performance criteria of the unit level tests as indicated in Table 9.1 of UL 9540A 4th edition has been met, therefore an installation level testing in accordance with UL 9540A need not be conducted. Testing Laboratory Information Testing Laboratory and testing location(s): Testing Laboratory: UL LLC Testing location/address............................ : 333 Pfingsten Road Northbrook Illinois, 60062 Tested by(name,signature) ....................... : Jonathan Depasque Witnessed by(for 3'd Party Lab Test Location) N/A (name, signature)......................................... Project Handler(name, signature).............. : Sean Mitchell Reviewer(name,signature) ................: Sean Yang List of Attachments(including a total number of pages in each attachment): Attachment A: Sample Charging, OCV and SOC Measurement Profiles - (Pages 25 through 27) Attachment B: BESS (including module and any integral fire detection and suppression systems) Construction Photos/Diagrams - (Pages 28 through Error.!Bookmark not defined.) Attachment C: BESS and Equipment Instrumentation and Test Installation Layout Photos/Diagrams - (Pages 30 through 37) Attachment D: Temperature Profiles During Testing (Initiating Cell and Module, Target Modules, Wall Surface, etc.) - (Pages 38 through 41) Attachment E: BESS Unit Testing and Post Testing Photos - (Pages 42 through 54) Attachment F: BESS Unit Gas Flow Rate and Heat Release and Smoke Release Profiles - (Pages 55 through 56) UL 9540A, Edition 4 Page 7 of 56 Project No. 4790537333 Photo(s) of BESS unit: Figure 1 - SCORE-P20 Test Item Charge/Discharge Specifications: Charged by module • Charge current, A: 26 • Standard Full charge voltage, Vdc: 114 • Charge temperature range, °C: 0 to 45 • End of charge current,A: 2.665 • Discharge current,A: 26 • End of discharge voltage, Vdc: 88 • Discharge temperature range, °C: 0 to 45 UL 9540A, Edition 4 Page 8 of 56 Project No. 4790537333 Test item particulars..................................................: Possible test case verdicts: -test case does not apply to the test object...........: N/A -test object does meet the requirement.................: P(Pass) -test object does not meet the requirement...........: F(Fail) -test object was completed per the requirement...: C(Complete) -test object was completed with modification......: M (Modification) Testing.......................................................................... Date of receipt of test item........................................: 2022-12-12 Date(s)of performance of tests...............................: 2022-12-21 General remarks: "(See Enclosure#)" refers to additional information appended to the report. "(See appended table)" refers to a table appended to the report. Throughout this report a point is used as the decimal separator. Manufacturer's Declaration of samples submitted for test: The applicant for this report includes samples from more ❑Yes than one factory location and a declaration from the ® Not applicable Manufacturer stating that the sample(s)submitted for evaluation is(are) representative of the products from each factory has been provided....................................: Name and address of factory (ies).......................... : sonnen, Inc. 1578 Litton Dr Stone Mountain, GA, 30083 US General product information and other remarks: The passive fire protection components were added to each module after previous UL 9540A unit level testing on 2022-03-31 did not meet all performance criteria items. The added components are detailed in this report; see Page 4 and Attachment B. The SCORE-P20 unit contains four modules. The initiating module is module 4, located on the bottom shelf, closest to the wall. See Attachment B. The trade name for this product is the sonnenCore+. UL 9540A, Edition 4 Page 9 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict 5.0 CONSTRUCTION Verdict 5.3 Battery energy storage system unit Construction — — 5.3.1, Construction information See Pages 3-4 — 5.3.2 See Attachment B 5.3.2 General layout of BESS unit contents See Attachment B — 5.3.3 Details of integral fire suppression system Only passive fire protection utilized See Page 4 5.3.1 BESS certified to UL 9540 Yes C Organization that certified BESS: Intertek(Control Number — 5018204) 6.0 PERFORMANCE Verdict 6.1 General — — 9.1 Sample and test configuration — — 9.1.1 The unit level test conducted with BESS units See Attachment C for test C installed as described in the manufacturer's installation instructions. Installation type: Indoor floor mounted residential use BESS 9.1.2 The unit level test required one initiating BESS unit in See Attachment C for test C which an internal fire condition in accordance with installation the module level test is initiated and target adjacent BESS units representative of an installation. Tests conducted for indoor floor mounted Product not intended for outdoor N/A installations are representative of both indoor floor installation mounted and outdoor ground mounted installations. Tests conducted indoors with fire propagation Final product installation C hazards and separation distances between initiating represented in the test layout and and target units representative of the installation. in separation distances UL 9540A, Edition 4 Page 10 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict Testing conducted outdoors for outdoor only Product not intended for outdoor N/A installations with following in place: installation a)Wind screens with wind speed of<_ 12 mph; b)Temperature range is 10°C to 40°C (50°F to 104°F); c) Humidity is<90% RH; d) Sufficient light to observe the testing, e)There is no precipitation, f)There is control of vegetation and combustibles in the test area; and g)There are protection mechanisms in place to prevent inadvertent access by unauthorized persons in the test area. 9.1.3 Testing to determine fire characterization was done A complete BESS was tested N/A at the battery system level rather than a complete BESS 9.1.4 The initiating BESS contained components Initiating BESS contained all C representative of a BESS unit in a complete required components for installation. installation Combustible components that interconnect the Cables not used during testing M initiating and target BESS units was included. 9.1.5 Target BESS units include the outer cabinet(if part Target BESS units included C of the design), racking, module enclosures, and cabinets, racking, modules, and components that retain cells components. components that retain cells components 9.1.6 The initiating BESS was at the maximum operating See Table 13 C state of charge(MOSOC), See Attachment A After charging and prior to testing,the initiating The modules were charged M BESS was at rest for a maximum period of 8 hours individually the week prior to or at room ambient. the week of the test; the initiating module was charged again the day of the test, with charging ending on 07:24 and the test starting on 11:39, a difference of 04:15 See Table 2 See Attachment A 9.1.7 The BESS unit included an integral fire suppression Only passive fire protection N/A system. utilized See Page 4 9.1.8 Electronics and software controls such as the battery Individual module BMS did not C management system (BMS) are not relied upon for provide any input during the test this testing. UL 9540A, Edition 4 Page 11 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict Included a fire suppression control in accordance Only passive fire protection N/A with UL 864 that is external to the BESS. utilized See Page 4 9.2 Test method—Indoor floor mounted BESS units — — 9.2.1 Test room ambient temperature within 10°C (50°F)to See Table 2 C 32°C (90°F). 9.2.2 Access door(s)or panels on the initiating BESS unit Unit covers were installed prior to C and adjacent target BESS units were closed, latched testing and locked duration of the test. See Attachments B and C 9.2.3 The initiating BESS unit was positioned adjacent to One instrumented wall was M two instrumented wall sections. provided to the rear of the initiating unit; the initiating unit was also flanked by one target unit on each lateral side See Attachment C 9.2.4 Instrumented wall sections extend not less than 0.49 See Page 3 C m (1.6 ft) horizontally beyond the exterior of target See Attachment C BESS units. 9.2.5 Instrumented wall sections were at least 0.61 m (2 ft) The instrumented wall measured M taller than the BESS unit height, but not less than 9 ft(2.74 m)tall, while the unit 3.66 m (12 ft) in height above the bottom surface of measured 5.27 ft(1.607 m)tall; the unit. the bottom surface of the unit measured 0.53 ft(0.16 m)from the floor due to the support legs; the height of the instrumented wall is limited by the height of the gas collection hood; however, a curtain was put up around the gas collection hood to capture the battery off-gas during the test See Attachment C 9.2.6 The surface of the instrumented wall sections were See Attachment C C covered with 16-mm (5/8-in) gypsum wall board and painted flat black. 9.2.7 The initiating BESS unit was centered underneath an Collection hood was appropriately C appropriately sized smoke collection hood of an sized oxygen consumption calorimeter. 9.2.8 The light transmission in the calorimeter's exhaust Measurements were performed in C duct was measured using a white light source and accordance with the standard photo detector. See Table 11 The smoke release rate was calculated. See Attachment F 9.2.9 The chemical and convective heat release rates See Table 11 C were measured for the duration of the test. See Attachment F UL 9540A, Edition 4 Page 12 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict 9.2.10 The heat release rate measurement system was Heat release rate was not N/A calibrated using an atomized heptane diffusion required per Certification burner. Requirement Decision (CRD), The calibration was performed using flows of 3.8, dated 2020-10-21: 9.4.8 When 7.6, 11.4 and 15.2 Umin (1, 2, 3 and 4 gpm)of testing BESS for residential only heptane. installations,the criteria in 9.2.9, 9.2.18, and 9.2.19 may be waived.therefore, not provided 9.2.11 The chemical heat release rate was measured using Measurements were performed in C the following equipment: accordance with the standard • Paramagnetic oxygen analyser • Non-dispersive infrared carbon dioxide and carbon monoxide analyser • Velocity probe • Type K thermocouple 9.2.12 The chemical heat release rate at each of the flows Heat release rate was not N/A was calculated. required per CRD, dated 2020- 10-21: 9.4.8 When testing BESS for residential only installations, the criteria in 9.2.9, 9.2.18, and 9.2.19 may be waived; therefore, not provided 9.2.13 The physical spacing between BESS units(both See Attachment C C initiating and target)and adjacent walls was representative of the intended installation. 9.2.14 Separation distances were specified by the See Attachment C C manufacturer for distance between: a)The BESS units and the instrumented wall sections; and b)Adjacent BESS units. 9.2.15 Wall surface temperature measurements were See Table 6 C collected See Attachment D The intended installation is composed completely of Unit is intended for installation in C non-combustible construction locations with combustible construction 9.2.16 Wall surface temperatures were measured in vertical See Table 6 C array(s)at 152-mm(6-in) intervals for the full height See Attachment C of the instrumented wall sections using No. 24-gauge See Attachment D or smaller, Type-K exposed junction thermocouples. The thermocouples for measuring the temperature See Attachment C C on wall surfaces were horizontally positioned in the wall locations to receive greatest thermal exposure from the initiating BESS unit. UL 9540A, Edition 4 Page 13 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict 9.2.17 Thermocouples were secured to gypsum surfaces The thermocouples were secured C and the thermocouple tip was depressed into the in accordance with the standard gypsum so as to be flush with the gypsum surface at the point of measurement. 9.2.18 Heat flux was measured with at least two water- Heat flux gauges not required per N/A cooled Schmidt-Boelter gauges at the surface of CRD, dated 2022-01-04: Heat flux each instrumented wall: measurements on walls may be a) Both are collinear with the vertical waived for residential units that thermocouple array; are tested with the cheesecloth b) One is positioned to receive the greatest heat indicator of 9.2.22; therefore, notprovided from the initiating module; and c)One is positioned to receive the greatest heat flux during potential propagation within the initiating BESS unit. 9.2.19 Heat flux was measured with 2 water-cooled Heat flux gauges not required per N/A Schmidt-Boelter gauges at the surface of each CRD, dated 2022-01-04: Heat flux adjacent target BESS units facing initiating BESS measurements on walls may be unit: waived for residential units that a) One is positioned at the elevation estimated to are tested with the cheesecloth receive the greatest heat flux from the initiating indicator of 9.2.22; therefore, not module; and provided b)One is positioned at the elevation estimated to receive the greatest surface heat flux due to initiating BESS. 9.2.20 Heat flux was measured with the sensing element of Heat flux gauges not required per N/A at least one water-cooled Schmidt-Boelter gauge CRD, dated 2022-01-04: Heat flux positioned in the center of the accessible means of measurements on walls may be egress. waived for residential units that are tested with the cheesecloth indicator of 9.2.22; therefore, not provided 9.2.21 No. 24-gauge or smaller, Type-K exposed junction See Attachment C C thermocouples were installed to measure the temperature of the surface proximate to the cells and between the cells and exposed face of the initiating module. Each non-initiating module enclosure within the See Attachment C C initiating BESS unit was instrumented with at least one No. 24-gauge or smaller Type-K thermocouple(s)within non-initiating modules. Additional thermocouples were placed to account for Convoluted geometries were not N/A convoluted geometries. observed within the BESS UL 9540A, Edition 4 Page 14 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict 9.2.22 For residential use,the DUT was covered with a See Attachment C C single layer of cheese cloth ignition indicator. The cheesecloth was untreated cotton cloth running 26—28 m2/kg with a count of 28—32 threads in either direction within a 6.45 cmz(1 inz)area. 9.2.23 An internal fire condition in accordance with the See Attachment C C module level test was created within a single module in the initiating BESS unit: a)The position selected to present the greatest thermal exposure to adjacent modules; and b)The setup was the same as that used to initiate and propagate thermal runaway within the module level test. 9.2.24 The composition, velocity and temperature of the Measurements were performed in C initiating BESS unit vent gases was measured within accordance with the standard the calorimeter's exhaust duct. Composition, velocity and temperature instrumentation shall be collocated with heat release rate calorimetry instrumentation. Hydrogen gas shall be measured with a palladium- Measurements were performed in C nickel thin-film solid state sensor. accordance with the standard The hydrocarbon content of the vent gas may also FTIR analysis was not used in N/A be measured using a Fourier-Transform Infrared accordance with the CRD, dated Spectrometer with a minimum resolution of 1 cm-1 2020-01-10: Corrections to gas and a path length of at least 2 m (6.6 ft), or measurement methods to make equivalent gas analyzer. FTIR as an option for measuring hydrocarbon contents of gas emissions and to include Hydrogen measurements during the Unit Level Test. FTIR was considered redundant to the other gas measurement methods used. 9.2.25 The hydrocarbon content of the vent gas was See Tables 8 and 10 C measured using flame ionization detection. 9.7 Unit level test report 9.7.1 Installation type tested: Indoor floor mounted residential C use BESS 9.7.2 Testing is intended to represent more than one Product only intended for indoor N/A installation type. floor mounted residential use BESS 9.7.3 a. Unit manufacturer name and model number See Pages 3-4 C and whether UL 9540 compliant); b. Number of modules in the initiating BESS unit See Page 3 C UL 9540A, Edition 4 Page 15 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict c. BESS construction features; See Attachment B C See Critical Components Table d. Fire protection features/detection/ See Page 4 C suppression systems within unit e. Module voltages corresponding to the tested See Tables 1 and 13, and C SOC; Attachment A f. Thermal runaway initiation method used; See Page 4 C See Attachments C and D g. Location of the initiating module within the See Page 8 C BESS unit; See Attachments B and C h. Diagram and dimensions of the test setup See Attachment C C including mounting location of the initiating and target BESS units, and the locations of walls, ceilings, and soffits; i. Observation of any flaming outside the initiating See Table 15 C BESS enclosure and the maximum flame extension; j. Chemical and convective heat release rate Heat release rate was not N/A versus time data; required per CRD, dated 2020- 10-21: 9.4.8 When testing BESS for residential only installations, the criteria in 9.2.9, 9.2.18, and 9.2.19 may be waived. therefore, not provided k. Separation distances from the initiating BESS See Attachment C C unit to target walls I. Separation distances from the initiating BESS See Attachment C C unit to target BESS units m. The maximum wall surface and target BESS Tables 5 and 6 C temperatures achieved during the test and the location of the measuring thermocouple; n. The maximum ceiling or soffit surface Neither a wall mounted nor N/A temperatures achieved during the indoor or outdoor outdoor test wall mounted test and the location of the measuring thermocouple; o)The maximum incident heat flux on target wall Heat flux gauges not required per N/A surfaces and target BESS units; CRD, dated 2022-01-04: Heat flux measurements on walls may be waived for residential units that are tested with the cheesecloth indicator of 9.2.22; therefore, not provided UL 9540A, Edition 4 Page 16 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict p)The maximum incident heat flux on target Heat flux gauges not required per N/A ceiling or soffit surfaces achieved during the indoor CRD, dated 2022-01-04: Heat flux or outdoor wall mounted test; measurements on walls may be waived for residential units that are tested with the cheesecloth indicator of 9.2.22, therefore, not provided q. Flammable gas generation and composition See Tables 8, 9, and 10 C data; See Attachment F r. Peak smoke release rate and total smoke See Table 11 C release data. See Attachments F s. Indication of the activation of integral fire Only passive fire protection N/A protection systems and if activated the time into the utilized test at which activation occurred; See Page 4 t. Observation(s)of flying debris or explosive See Table 14 C discharge of ases; u. Observation of re-ignition(s)from thermal See Table 15 C runaway events v. Observation(s)of sparks, electrical arcs, or See Table 14 C other electrical events; w. Observations of the damage to: See Attachment E C 1) The initiating BESS unit; 2)Target BESS units; 3 Adjacent walls, ceilings, or soffits; x. Video of the test. See Attachment E C Videos were provided to the applicant 9.8 Performance at Unit level testing 9.8.1 Installation level testing in Section 10 was not Performance criteria met, P required if the following performance conditions installation level testing not outlined in Table 9.1 are met during the unit level required test. Residential Installations—Indoor floor mounted: — a) Flaming outside the initiating BESS unit is not No flaming or charring of the P observed as demonstrated by no flaming or charring cheesecloth indicator observed of the cheesecloth indicator; b) Surface temperatures of modules within the target Venting temperature is 120°C, P BESS units adjacent to the initiating BESS unit do while the highest target unit not exceed cell venting temperature; temperature is 15°C;therefore, did not exceed UL 9540A, Edition 4 Page 17 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict c) BESS units intended for installation in locations Ambient temperature is 22.4°C, P with combustible construction, surface temperature plus 97°C equals 119.40C,while measurements on wall surfaces do not exceed 97°C the highest surface temperature (175°F)of temperature rise above ambient; on the wall surfaces is 16°C; therefore, did not exceed See footnote3 d) Explosion hazards are not observed, including Explosion hazards not observed P deflagration, detonation or accumulation (to within the flammability limits in an amount that can cause a deflagration)of battery vent gases; e)The concentration of flammable gas does not Smallest specified room P4 exceed 25% LFL in air for the smallest specified installation size is 12.15 m3 room installation size. 3 Ambient temperature was recorded prior to the start of the collection hood drawing in air. The room temperature typically drops in the winter months after the collection hood is started. Therefore, a maximum wall temperature less than ambient is common where flaming is not observed. 4 Calculated value based on the LFL from the cell level test and the volume of the gas from the unit level test is 12.15 m3. This volume is based upon the lower flammability limit(5.05 Vol%)determined from the gas composition obtained during the cell level test and the total gas volume(153.25L) generated throughout the unit level testing. It is important to note that this is an estimation and that the recommended minimum room size is dependent upon many factors including ventilation in the room, shape of the room, location and number of systems installed and locations of any sources of potential ignition in the area. However,the fire code official is responsible for determining the design parameters of any explosion control system to be provided based on Unit Level test data and conditions at the installation site. Also please note that the volume of the gas measured in the unit less test was less than the volume of the gas measured in the module level test. Based on the gas volume generated from the unit level test, the smallest room where the flammable gas concentration does not exceed the 25%of LFL measured at the venting temperature is 12.15 m3. UL 9540A, Edition 4 Page 18 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test I Result- Remark Verdict Table 1 - Specified Module charging and discharging parameters Charging: Discharging: Current(CC),A 26 Current(CC),A 26 Standard Full Charge 114 End of discharge voltage, Vdc 88 Volta e,Vdc End of charge current,A 2.665 Discharging Test Ambient, °C 25 Refer to Attachment A for charge/discharge profiles. Table 2 - Test Initiation Details Test Date 2022-12-21 Test Start Time HH:MM:SS 11:39:19 Initial Lab Temperature, °C 22.4 Initial Relative Humidity% RH 18.5 Module OCV at Start of Test, Vdc 109.11 Table 3- Approximate time of thermal ru way propagation throu h initiating module Locations Cell# Event Time Temperature of the cell 16(initiating) Thermal runaway 0:38:56 265(TC06) initiating 15 Thermal runaway 0:40:26 336 propagation 17 Thermal runaway OA&40 286 propagation Table 4 - Test overview timeline Time HAWSS Event Description 0:00:00 Test Start Initiating cell heating begins;TC05 was the primary TC monitored to control the temperature ramp. TC05 was located under the heater 0:38:33 Vent Initiating cell vents, based on temperature drop in the data, not visually observed in the video 0:38:56 Thermal runaway The temperature of the initiating cell increased in an uncontrolled manner, see Table 3 0:40:26 Propagation First cell-to-cell thermal runaway ro a ation, see Table 3 0:48:40 Propagation Last cell-to-cell thermal runaway ro a ation, see Table 3 2:33:03 Test End The test was terminated; however,the unit remained in the testing room overnight and temperatures were measured until the unit was disposed UL 9540A, Edition 4 Page 19 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict Table 5 - Maximum Temperatures in Target Units Cell vent temperature from cell test data: 120 °C Target Unit 1 Target Unit 2 Module Location No. Temperature (°C) Module Location No. Temperature (°C) Module 1 14 Module 1 15 Module 2 13 Module 2 15 Module 3 14 Module 3 14 Module 4 14 Module 4 14 Table 6 - Maximum Temperatures on Instrumented Wall Ambient Temperature: 22.4 °C UL 9540A performance criteria, Ambient+ 97°C: 119 °C Height, Maximum Height, Maximum Height, Maximum mm Temperature °C mm Temperature °C mm Temperature °C 152 13 1067 14 1981 12 305 15 1219 13 2134 12 457 16 1372 12 2286 12 610 14 1524 12 2438 12 762 16 1676 11 2591 12 914 14 1829 12 2743 13 Note: Temperatures are measured constantly and then averaged every 60-seconds 96immaFy of maximum heat flux iR tainget u Summary of maximum heat flux me.asured- OR met MGdu}e P1 2 met Med,de Ne Target Mod,do No EgFess path m e4 Table 8 - Gases measured and measurement methods used in unit level testing Measurement Method Gases Chemical Gas Type Measured Formula Flame Ionization Detection (FID) Total - Hydrocarbons Hydrocarbons Solid-state Hydrogen Sensor Hydrogen H2 Non-dispersive infrared spectroscopy Carbon Dioxide CO2 Carbon Containing (NDIR) Carbon CO Carbon Containing Monoxide Acetylene QH" HydF9saFbE) (C� E-tk�yleae 6ak#a #yd�esaFber�s Methane S-144 HydF9GaFb9R6 UL 9540A, Edition 4 Page 20 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict .Aeth-;;nGI GH304 HydresaFbens Propane Qa 48 HYdFesaFb9% Fermaidehyde G44a9 HydrGsarbeRs Hydrogen #BF Hydrogen Halides Bromide HydrogeA 4G4 HydFegeR Halides GhtGAde HydFogeF► #F HydFegen Halides FlueFide Ammn-.n G N-H3 HydFGger} k#GN Cyanide #-This table was modified to reflect the gases measured during testing. Table 9 - Gas generationperiods Time Condition 0:38:33 to 2:33:03 Pre-Flaming No flaming observed Flaming External Flaming of Gas Condition Duration s External Flaming of Vent Gases: No flaming observed Table 10 - Summary of battery gas volumes for deflagration hazard calculations Gas Component Gas Type During Pre- During Flaming flaming L L Total Hydrocarbons Hydrocarbons 117.6 No flaming (Propane Equivalent) observed Carbon Dioxide Carbon Containing Below detectable No flaming limit observed Carbon Monoxide Carbon Containing Below detectable No flaming limit observed Hydrogen Hydrogen 35.65 No flaming observed Table 11 - Smoke and heat release rate Heat Release Rate HRR Smoke Release Rate SRR Peak Chemical HRR (kW) No flaming Maximum SRR (mz/s) 0.256 observed Peak Convective HRR, (kW) No flaming Total Smoke Released (mz) 50.1 observed UL 9540A, Edition 4 Page 21 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict Time of operation o Time of Operation Start LeRgth of OpeFation (HH:MM:SS) SpFdnk,cF No 2 SPF+nk!er hIn 3 SpFiRk4er PJ�4 Table 13 - Module OCV voltage measurement comparison before and after testin Module Location in Rack OCV Prior to Test V OCV Post Test V Difference 1 106.78 106.78 0 2 106.78 106.78 0 3 106.79 106.79 0 4 (initiating) 109.11 89.86 -19.25 Table 14 - Other Observations during Unit test Observed, Comments/Location Yes/No Flaming outside of Unit No Length of flame: No flame observed Flying debris No N/A Explosive discharge of gas No N/A Sparks or electrical arcs No N/A Table 15 - Post Test Observations Thermal runaway behaviour No additional thermal runaway events observed Re-ignitions No re-ignitions observed Explosions No explosions observed Other Observations None UL 9540A, Edition 4 Page 22 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result- Remark Verdict TABLE: Critical components information Object/Part Manufacturer/ Type/model Technical data Standard Mark(s)of No. trademark conformity Cells NingDe Amperex DOC24A 3.2 Vd.c., 52.0 Ah UL 1973 cURus (File No. Technology Limited MH62591) Module Dongguan sonnenModule 102.4 Vd.c.,48.9 UL 1973 cETLus(Control Poweramp 4 Ah No. 5016698) Technology Limited Unit Enclosure - 4000942 L x W x D: 63.28"x N/A NR 27.08"x 13.85' Material: Cold rolled steel, powder coated Thickness: 0.039" HVAC/ sonnen, Inc. SCORE-P20 Passive ventilation N/A NR Ventilation systems Internal Wiring - Various 600V, PVC UL 758 cURus Insulation, 105°C Fire Protection GONGYI FANRUI tif.asm Installed every UL 94 SGS (Ref. No. Components- YIHUI FRA-G600 fourth cell in 15884915) Glass fiber COMPOSITE module in place of reinforced SiO2 MATERIAL OEM foam cell Aerogel heat CO.,LTD. separator insulation mat Classification: V-0 Additional Momentive ECC3051S Applied on the UL 94 UR (File No. silicone Performance BMS PCB E135148) conformal Materials coating Classification: V-0 Silicon barrier Momentive RTV162 Applied on the Various UR (File No. coating Performance battery DC E36952) Materials connector back terminals on the BMS PCB Additional sonnen, Inc. sonnenModule Two vents cut by N/A NR passive 4 computer ventilation numerical control added to drill press on module module backplate backplates UL 9540A, Edition 4 Page 23 of 56 Project No. 4790537333 UL 9540A, Edition 4, Clause Requirement+Test Result-Remark Verdict Braided Techflex® FGL0.50BK Daimeter: 1/2 inch UL 1441 UR(File No. fiberglass Color: black(BK) E329694) sleeving on wiring harness Flame Rating: VW-1 UL 9540A, Edition 4 Page 24 of 56 Project No. 4790537333 List of test equipment used: A completed list of used test equipment shall be provided in the Test Reports when a Customer's/Third Party Testing Facility has been used. Testing/measuring Measurement/ Last Calibration Calibration Clad testing equipment/material used, Range used date due date (Equipment ID UL 9540A, Edition 4 Page 25 of 56 Project No. 4790537333 Attachment A: Sample Charging, OCV and SOC Measurement Profiles - (Pages 25 through 27) The figures in this Attachment depict the charging history the unit modules tested. Note: the voltage data collected for Module 4 (initiating, Figures Al and A2) and Module 2 (Figure A4)was inadvertently rounded to the nearest whole volt, which yielded the stepped pattern and Fluctuations back and forth between volts. This charge pattern did not impact the performance of the module charge for testing. 113 20 Ln lit 0 1l0 15 a > E 109 Q 10 108 107 5 106 105 0 0 - 120 Minutes Figure Al - Module 4 (initiating) charge on 2022-12-20 (day before test) UL 9540A, Edition 4 Page 26 of 56 Project No. 4790537333 20 v 15 a E Q 10 1 . 5 108 107 0 2 Figure A2 - Module 4 (initiating) charge on 2022-12-21 (day of test) 11 10 1 5 1, 20 112 N N � 0 ilt '- 15 a > E a 110 10 109 5 108 107 _ 0 0 40 60 so Inn 120 Minutes -Voltage(V) -Current(A) Figure A3 - Module 1 charge on 2022-12-16 (week before test) UL 9540A, Edition 4 Page 27 of 56 Project No. 4790537333 115 114 1� 113 112 20 0 110 15 a > E 109 a 10 108 107 5 106 105 0 0 2 40 1 ,> 120 Minutes -Vnl?_iKP(V" -Current(A! Figure A4 - Module 2 charge 2022-12-19 (week of test) I15 t0 114 '5 113 112 20 s 111 a 0 15 0. > 110 E Q 109 10 108 101 106 0 40 Minute v,Jkjge(V) -�unentjN� Figure A5 - Module 3 charge on 2022-12-19 (week of test) UL 9540A, Edition 4 Page 28 of 56 Project No. 4790537333 Attachment B: BESS (including module and any integral fire detection and suppression systems) Construction Photos/Diagrams - (Pages 28 through Error.!Bookmark not defined.) The images in this attachment depict cell, module, and unit construction. Figure 61 - Cell Fi ure B2 Module tkAL Figure B3 - Module front with PCB exposed Figure B4 -Module side with terminals ex osed Note: Figure B5 below shows a cut section of the test modules. The foam cell separator is an existing component provided between each cell, while the heat insulation mat (TIF) is added for passive fire protection every fourth cell. Where the TIF was added, the foam cell separator was removed. Typical module assembly also has two foam cell separators between cells 16 and 17, but for the purposes of this test, only one foam cell separator was installed between cells 16 and 17 as shown. The cell heaters for the test are also shown for reference. a+ ru I i Fi ure B5 - Module foam se arator and added heat insulation mat Ll - Figure B6 - TIF heat insulation mat Figure B7 - Foam cell separator UL 9540A, Edition 4 Page 29 of 56 Project No. 4790537333 s Figure B8 - Modified PCB with additional silicone Figure B9 - Modified rear panel with vents added conformal coating (gold) and silicon barrier coating whit h Figure B10 - Modified wire harness with braided Figure 1311 - Close up of braided fiberglass sleeving fiberglass sleevin ),( , — I fting handels Power Unit Eclipse LEDs Power Meter 'Nall Frame Y •: ;,attery module u------,� .Clattery module 3 4 upport Iry Figure 1312 - Front of unit with cover removed Figure 1313 - Side of unit with modules numbered for testing module 4 is the initiating module UL 9540A, Edition 4 Page 30 of 56 Project No. 4790537333 Attachment C: BESS and Equipment Instrumentation and Test Installation Layout Photos/Diagrams - (Pages 30 through 37) The images in this attachment depict the instrumentation of the tested unit. The table and the end of this attachment provides a list of each thermocouple location for cross reference to the images and the data. TC06 TC05 � � TC07 CO2 � A Figure C1 - Initiating cell facin cell 15 Ficiure C2 - Initiatin cell facin cell 17 Figure C3 - Initiating cell facing cell 15 Figure C4 - Initiating cell facing cell 17 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 I i i I � i JI Figure C5 - Initiating module with TIF heat insulation matspacing shown in black UL 9540A, Edition 4 Page 31 of 56 Project No. 4790537333 T— l -, a Figure C6 - Initiating module 4 side i lni iating module 4 other side N N U U 1 � 2 A 3 4 o N C% U U Figure C8 - Module 3 internal Figure C9 - Initiating unit Figure C10 Typical module instrumentation modules exterior exterior instrumentation instrumentation 4 t Figure C11 - Initiating module 4 exterior Figure C12 Module 3 exterior instrumentation instrumentation UL 9540A, Edition 4 Page 32 of 56 Project No. 4790537333 n�• s. Figure C13 - Module 2 exterior instrumentation Figure C14 - Module 1 exterior instrumentation • TC30 TC34 • TC31 • • TC35 • TC28 TC32 • TC29 • TC33 Module C15 - Target unit 1 interior instrumentation Module C16 - Target unit 2 interior instrumentation UL 9540A, Edition 4 Page 33 of 56 Project No. 4790537333 s s Fi ure C17 - Tar et unit 1 lower modules Fi ure C18 - Tar et unit 1 u er modules i Figure C19 - Target unit 2 lower modules Figure C20 - Target unit 2 upper modules UL 9540A, Edition 4 Page 34 of 56 Project No. 4790537333 TC53 TC52• •TC51 TC50• •TC49 TC48• • TC47 TC46• •TC45 TC44• •TC43 TC42• 1 T 400 • T 39 38� Target Unit 1 T 36• 37 Target Unit 2 Initiating Unit Fi ure C21 - Instrumented wall Figure C22 - Instrumented wall UL 9540A, Edition 4 Page 35 of 56 Project No. 4790537333 2.7 m (9 ft.) tall x 3.7 m (12 ft.) wide wall 625 0 0 due towall anchors (typical) mm (10 in.) 1,25 mm (10 in.) Target Unit 1 Initiating Unit Target Unit 2 Fi ure C23 - Unit-to-unit and unit-to-wall s acin as viewed from above i s 9 � p�z;r•;e+rryryrrmnv784 t•P' 10 13 2 O 1 2 31 1 411.15 6 7 8 s� ♦ �, t `A' �'e-x. .-.re-arar_- N IIFI'All�\114,1111I , 1 Figure C24 - Initiating units acin to tar et unit 1 Fi ure C25 - Initiatin units acin to tar et unit 2 e teen r i Figure C26 - Initiating unit spacing to wall Figure C27 - Initiating unit spacing to wall UL 9540A, Edition 4 Page 36 of 56 Project No 4790537333 Figure C28 - Initiating units acing to wall Ficiure C29 - Final test setu Table C1 - Thermocou le locations Thermocouple Data Channel Data Description Description TC number Number TC01 1041 initiCellTerm1 Initiating cell, terminal side 1 TCO2 1042 initiCellSide1 Initiating cell, short side 1 TC03 1043 initiCellTerm2 Initiating cell, terminal side 2 TC04 1044 initiCellSide2 Initiating cell, short side 2 TC05 1045 initiCellHtrCtrl Initiating cell, primary heater control TC06 1046 initiCeIIAltHtrCtrl Initiating cell, alternate heater control TC07 1047 initiCellBackHtrCtrl Initiating cell, tertiary heater control TC08 1048 initiModCell17 Initiating module, cell 17 TC09 1049 initiModCell15 Initiating module, cell 15 TC10 1050 initiModCeII18 Initiating module, cell 18 TC 11 1051 initiModCeII14 Initiating module, cell 14 TC12 1052 initiModCe1120 Initiating module, cell 20 TC13 1053 initiModCell12 Initiating module, cell 12 TC14 1054 initiModCe1122 Initiating module, cell 22 TC15 1055 initiModCe1110 Initiating module, cell 10 TC16 1056 initiModCe1124 Initiating module, cell 24 TC17 1057 initiModCe118 Initiating module, cell 8 TC18 1058 initiModCe1132 Initiating module, cell 32 TC19 1059 initiModCeII1 Initiating module, cell 1 TC20 1060 initiModExt Initiating module, exterior TC21 1061 mod3cell16 Module 3, cell 16 TC22 1062 mod3cell8 Module 3, cell 8 TC23 1063 mod3cell24 Module 3, cell 24 TC24 1064 mod3pcb Module 3, PCB TC25 1065 mod3ext Module 3, exterior TC26 1066 mod2ext Module 2, exterior TC27 1067 mod1 ext Module 1, exterior TC28 1068 tgt1mod4 Target unit 1, module 4 TC29 1069 tgt1mod3 Target unit 1, module 3 UL 9540A, Edition 4 Page 37 of 56 Project No. 4790537333 TC30 1070 tgtlmod2 Target unit 1, module 2 TC31 2001 tgtl mod l Target unit 1, module 1 TC32 2002 tgt2mod4 Target unit 2, module 4 TC33 2003 tgt2mod3 Target unit 2, module 3 TC34 2004 tgt2mod2 Target unit 2, module 2 TC35 2005 tgt2modl Target unit 2, module 1 TC36 2006 tree6inch Thermocouple tree on instrumented wall, 6 inches 152 mm from floor TC37 2026 treel2inch Thermocouple tree on instrumented wall, 12 inches 305 mm from floor TC38 2008 treel8inch Thermocouple tree on instrumented wall, 18 inches 457 mm from floor TC39 2009 tree24inch Thermocouple tree on instrumented wall, 24 inches 610 mm from floor TC40 2010 tree30inch Thermocouple tree on instrumented wall, 30 inches 762 mm from floor TC41 2011 tree36inch Thermocouple tree on instrumented wall, 36 inches 914 mm from floor TC42 2012 tree42inch Thermocouple tree on instrumented wall, 42 inches 1067 mm from floor TC43 2013 tree48inch Thermocouple tree on instrumented wall, 48 _ inches 1219 mm from floor TC44 2014 tree54inch Thermocouple tree on instrumented wall, 54 inches 1372 mm from floor TC45 2015 tree60inch Thermocouple tree on instrumented wall, 60 inches 1524 mm from floor TC46 2016 tree66inch Thermocouple tree on instrumented wall, 66 inches 1676 mm from floor TC47 2017 tree72inch Thermocouple tree on instrumented wall, 72 inches 1829 mm from floor TC48 2018 tree78inch Thermocouple tree on instrumented wall, 78 inches 1981 mm from floor TC49 2019 tree84inch Thermocouple tree on instrumented wall, 84 inches 2134 mm from floor TC50 2020 tree90inch Thermocouple tree on instrumented wall, 90 inches 2286 mm from floor TC51 2021 tree96inch Thermocouple tree on instrumented wall, 96 inches 2438 mm from floor TC52 2022 tree102inch Thermocouple tree on instrumented wall, 102 inches 2591 mm from floor TC53 2023 tree108inch Thermocouple tree on instrumented wall, 108 inches 2743 mm from floor TC54 2024 ambinetDAQ ambient near data acquisition system TC55 2025 ambinetCorner ambient in room corner opposite the data ac uisition system UL 9540A, Edition 4 Page 38 of 56 Project No. 4790537333 Attachment D: Temperature Profiles During Testing (Initiating Cell and Module, Target Modules, Wall Surfaces, etc. - (Pages 38 through 41) The figures in this attachment reflect time-temperature profiles of each thermocouple (TC) measured throughout testing. wu 3 1 7 500 3 3 1 1 400 I V1 7 LI 300 v u 200 100 3 _. f 0 1 0 20 40 60 80 100 120 140 160 Minutes TC01 1041 initiCellTerml TCO2 1042 initiCellSide i -----TC03 1043 initiCellTerm2 TC04 1044 initiCellSide2 TC05 1045 initiCellHtrCtrl TC061046 initiCellAltHtrCtrl TC07 1047 initi Cell BackHtrCtrl ......••• Cell 16(initiating)Vent ---Cell 16(Initiating)Thermal Runaway Figure D1 - Cell 16 (initiating) in initiating module UL 9540A, Edition 4 Page 39 of 56 Project No. 4790537333 600 rl . it I 500 �1 ii 400 � I i I i 300 v 1 I 200 i r �1 100 �1 �1 � 1 0 �I 0 20 40 60 80 100 120 16� Minutes TC08 1048 initiModCel117 TC09 1049 initiModCel115 TC101050 initiModCel118 TC11 1051 initiModCel114 -----Cell 16(Initiating)Thermal Runaway— — —(ell 15 Thermal Runaway — Cell 17 Thermal Runaway Figure D2 - Cells 14, 15, 17, and 18 in initiating module 600 it ,I 1 500 �I � I �I 400 �I 300 rl I y � 200 �I 100 �1 0 0 6f 80 100 120 Minutes TC12 luti2 initiModCe1120 T`13 1053 initiModfe1112 TC141054 initiModCell22 TC151055 initiModCe1110 TC 16 1056 initi ModCe 1124 TC 17 1057 initi ModCell8 TC18 1058 initiModCell32 TC19 1059 initiModCelll -----Cell 16(Initiating)Thermal Runaway— — —Cell 15 Thermal Runaway — — Cell 17 Thermal Runaway Figure D3 - Cells 1, 8, 10, 12, 20, 22, 24, and 32 in initiating module UL 9540A, Edition 4 Page 40 of 56 Project No. 4790537333 600 , it 1 500 it 1 �I 400 it 1 rl Ln I Z^ 300 1 I v I u it I 200 1 --- 100 x' �I p rl 0 20 40 60 80 100 120 140 160 Minutes TC20 1060 initiModExt TC25 1065 mod3ext ----- TC261066 modlext TC27 1067 modlext -----Cell 16(initiating)Thermal Runaway — — —Cell 15Thermal Runaway — Cell 17 Thermal Runaway Figure D4 - Exterior of each module in initiating unit 600 it 1 500 �1 �I 400 iI 1 � I .0 300 �1 1 (V 1 u it 1 200 it I it 100 �I �I � I 0 0 20 40 60 80 100 1)0 140 160 Minutes TC211061 mod3cell16 TC22 1062 mod3cell8 TC231063 mod3cell24 TC24 1064 mod3pcb -----Cell 16(Initiating)Thermal Runaway— — —Cell 15 Thermal Runaway — Cell 17Thermal Runaway Figure D5 - Module 3 cells and PCB in initiating unit UL 9540A, Edition 4 Page 41 of 56 Project No. 4790537333 600 it ,I 1 500 it i �I 1 400 iI 1 300 �I v 200 �1 �I I i 100 it I �1 i 0 0 20 40 60 80 100 120 140 16C Minutes TC28 1068 tgtImod4 TC29 1069 tgt1mod3 - TC301070tgt1mod2 TC312001tgtlmodl TC32 2002 tgt2mod4 TC33 2003 tgt2mod3 TC34 2004 tgt2mod2 TC35 2005 tgt2modl -----Cell 16(initiating)Thermal Runaway— — —Cell 15Thermal Runaway — Cell 17 Thermal Runaway Figure D6 - Modules in target units 1 and 2 600 �1 I 400 i1 u 200 rl �I 0 - 0 20 80 100 120 140 160 Minutes TC36 2006 nee6inch TC38 2008 treel8inch TC39 2009 tree24inch TC40 2010 tree30inch TC412011 tree36inch —TC42 2012 tree421nch — TC43 2013 tree48inch TC44 2014 tree54inch TC45 2015 tree60inch TC46 2016 tree66inch TC47 2017 tree72inch TC482018 tree78inch TC49 2019 tree841nch - - TC50 2020 tree90inch TC51 2021 tree96inch TC52 2022 tree102inch TC53 2023 tree108inch ----- ill 16(Initiating)Thermal Runaway — — —Cell 15 Thermal Runaway — — �II 17 Thermal Runaway Figure D7 - Instrumented wall UL 9540A, Edition 4 Page 42 of 56 Project No. 4790537333 Attachment E: BESS Unit Testing and Post Testing Photos - (Pages 42 through 54) The figures in this attachment show events during the test and the post-test condition. Table E1 - Video screenshots Burin test r - (a) Test start (b)Vent(only observable in temperature data) 0:00:00 0:38:33 i (c) Initiating cell thermal runaway (d) First cell-to-cell thermal runaway propagation 0:38:56 0:40:26 UL 9540A, Edition 4 Page 43 of 56 Project No. 4790537333 y: (e) Last cell-to-cell thermal runaway propagation (f)Test end 0:48:40 2:33:03 UL 9540A, Edition 4 Page 44 of 56 Project No. 4790537333 Table E2 - Post-test pictures en r a Initiating unit front with cheesecloth on b Initiatin unit left with cheesecloth on M i c Initiating unit right with cheesecloth on d Initiating unit top with cheesecloth on UL 9540A, Edition 4 Page 45 of 56 Project No. 4790537333 a e Initiating unit bottom with cheesecloth on Unit cheesecloth C, `1I Inside initiating unit h Inside initiating unit bottom UL 9540A, Edition 4 Page 46 of 56 Project No. 4790537333 i Outside initiating unit bottom Initiatin unit cover removed RIF w r s - a s s s x k Initiating unit top modules right I Initiating unit bottom modules ri ht UL 9540A, Edition 4 Page 47 of 56 Project No. 4790537333 m Initiating unit top.modules left n Initiating unit bottom modules left sonnen AL AWC - -_- ---- _ o Initiating unit power unit Initiating unit bottom modules to UL 9540A, Edition 4 Page 48 of 56 Project No. 4790537333 4 1 f t Initiatin module front r Initiating module rear r� s Initiating module bottom t Initiatinq module right UL 9540A, Edition 4 Page 49 of 56 Project No. 4790537333 e a w u Initiatin module left v Initiating unit module 3 front ,I F _ 1 U w Initiating unit module 3 rear x Initiating unit module 2 front UL 9540A, Edition 4 Page 50 of 56 Project No. 4790537333 � 14. Initiatin unit module 2 rear z Initiating unit module 1 front rc as Initiating unit module 1 rear bb Initiating unit bottom shelf UL 9540A, Edition 4 Page 51 of 56 Project No. 4790537333 ,X y•� • • • • i'°`r •ram � • • • • • • • • cc Initiatina unit bottom shelf dd Initiatin unit bottom shelf r • • , • _ • • ' '• • �.,0 __ - 1 � y f ! i ee Initiating unit bottom shelf underside Initiating unit bottom shelf removed UL 9540A, Edition 4 Page 52 of 56 Project No 4790537333 7 L • • • • • • • • • • • • • • • • • • • • • • ! • • • • • • ! • A • • 1 • • • • • • ♦ • ♦ t ♦ ♦ r • Initiating unit top shelf hh Initiatin unit bottom shelf ii Cheesecloth on wall Floor below initiating unit UL 9540A, Edition 4 Page 53 of 56 Project No. 4790537333 M1 { v F kk Wall cheesecloth II Wall with cheesecloth removed S'nnrtK mm Target unit 1 front nn Target unit 1 cover removed UL 9540A, Edition 4 Page 54 of 56 Project No. 4790537333 ;r Y k . t K. oo Tar et unit 1 modules Tar et unit 2 front r, dt' j Target unit 2 cover removed rr Target unit 2 modules UL 9540A. Edition 4 Page 55 of 56 Project No. 4790537333 Attachment F: BESS Unit Gas Flow Rate and Heat Release and Smoke Release Profiles - (Pages 55 through 56) The figures in this attachment represent the measurable gas flow rates and smoke release rate of the unit. Heat release rate graphs are omitted as no flame was observed and only show noise from the measuring equipment. 100 ' 30 90 ' 80 ' 25 E � 70 y a 20 . 60 3 0 0 LL 50 15 LL 40 iv 0 30 I 10 0 = 20ILI 5 10 - - 0 aim 0 20 40 60 80 100 120 140, 160 Time(min) H2(LPM) - - H2 detectable limit Venting Thermal runaw,i, 'r+(-!I PM) THC detectable limit Figure F1 - Volumetric flow rates of total hydrocarbon (THC) and hydrogen (H2) gases UL 9540A, Edition 4 Page 56 of 56 Project No. 4790537333 20 18 c 16 I E .:�r 14 V z 12 p 10 LL 8 E 6 c4 ----- ----- ------- ---------------------- - - -- 2 0 0 20 40 60 80 100 120 140 160 Time(min) �CO2(LPM) CO(LPM) ---- CO Minimum detectable flow rate ---- CO2 Minimum rat,- Venting — —Thermal runaway Figure F2 - Volumetric flow rate of carbon dioxide (CO2) u_; s o., o. n, 0.1 0 - G 40 60 80 100 120 140 1t; ' Minutes Smoke Release Rate ......••• Thermal Runaway Figure F3 - Smoke release rate UL 9540A, Edition 4