HomeMy WebLinkAboutSFRA2024-004582MIGHTY
ENGINEERING CO.
December 12, 2024
RE:
Project Address:
Design Criteria:
r0r. FUNUMMUTMIMPINW.-
1411 LAGUNA VISTA WY
GRAPEVINE, TX, 76051
Applicable Codes = 2021 IRC/IBC/IEBC, ASCE 7-16 and 2018 NDS
Risk Category = 11
Wind Speed = 115 mph, Exposure Category B, Partially/Fully Enclosed Method
Ground Snow Load = 5 psf
CATY
TMS 'P!�,GO RELEASED FFOF�
CB7` APPROVED PLANS TO BE
THE JOB S`�!'E AT A�11.1 Tit,% S.
3AT�: S'Y� V��, &coO, t.o:�v�fliv TSSP
l - 2 4 fin;
A job site survey of the existing framing system of the address indicated above was performed . All structural evaluation is based on the site
inspection observations and the desipn criteria listed above.
Existing roof structural framing has been reviewed for additional loading due to installation of Solar PV System on the roof. The structural
review applies to the sections of roof that is directly supporting the Solar PV System.
Based on this evaluation, I certify that the alteration to the existing structure by installation of the Solar PV System, meets the prescriptive
compliance requirements of the applicable existing building and/or new building provisions adopted/referenced above.
Additionally, the Solar PV System assembly (including attachment hardware) has been reviewed to be in accordance with the manufacturer's
specifications and to meet and/or exceed the requirements set forth by the referenced codes.
installer shall inspect the existing roof framing to verify it is in suitable condition and does not exhibit any signs of damage which may
diminish the capacity of its members or connections prior to commencement of PV installation.
Sincerely,
t OF
.............. Digitally signed by
X Manouchehr
..... -- ..........
MANOUCKHR HAKWiiWii�l;#
—.1— 1 ........ —by ....... 1
XP if
Hakharnaneshi
Date: 2024.12.12
06:08:55 -05'00'
RECEIVED: 12/18/2024
24-004582
1411 LAGUNA VISTA WAY
SOLAR PANEL INSTALL
RESULTS SUMMARY
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
- - — — — — E ROOF MOUNTING PLANE STRUCTURAL EVALUATION --r ANALiS--IS
MOUNTING PLANPITCH RESULT GOVERNING
ROOF AR-01& AR-02 30' IEBC IMPACT CHECK
ROOF AR-03 29. IEBC IMPACT CHECK
ROOF AR-04 30' IEBC IMPACT CHECK
CITY
THI,8 PAGIE RELEASED FOR
CIT'Y APPronVED FLANS TOSE r ON
T'-H—E jOB SIT; ATALL TI,NICS.
S
A L L C i-UMN G F S M. 0 S T 8 P 0 VE D.
. . ...... . ... . .
Limits of Scope of Work and Liability.
The existing structure has been reviewed based on the assumption that it has been originally designed and constructed per appropriate
codes. The structural analysis of the subject property is based on the provided site survey data. The calculations produced for this
structure's assessment are only for the roof framing supporting the proposed PV installation referenced in the stomped planset and were
mode according to generally recognized structural analysis standards and procedures. All PV modules, racking and attachment
components shall be designed and installed per manufacturer's approved guidelines and specifications. These plans are not stomped for
water leakage or existing damage to the structural component that was not accessed during the site survey. Prior to commencement of
work, the PV system installer should verify that the existing roof and connections are in suitable condition and inspect framing noted on
the certification letter and inform the Engineer of Record of any discrepancies prior to installation. The installer should also check for any
damages such as water damage, cracked framing, etc. and inform the Engineer of Record of existing deficiencies which are unknown
andlor were not observable during the time of survey and have not been included in this scope of work. Any change in the scope of the
work shall not be accepted unless such change, addition, or deletion is approved in advance and in writing by the Engineer of Record,
MIGHNEEPITY O. IEBC IMPACT CHECK
ENGING C
ROOF AR-01& AR-02
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
EXISTING
WITH PV PANELS
Roof Dead Load (DL) =
7.10
10.10
psf
Roof Live Load (Lr)
17.00
000
psf
Roof Snow Load (SL)
3.90
2,60
psf
EXISTING
WITH PV PANELS
(DL + Lr)/Cd =
19.28
11.22
psf
(DL + SQ/Cd=
9.57
11.04
psf
Maximum Gravity Load =
19.28
11.22
psf
The requirements of section 805.2 of 2021 IEBC are met and the structure is permitted to remain unaltered.
CM OF rRAzEVNE
C ON'S TR,"J'C TIO!N'
Ci'I'Y APPRf,)VEZ3, PLAN�S� TO 8P KEPT
T'HEE' J0I,-,, S�TE AT T&IAE&
A'N,-'� 12."�2024 BY, W, Scoz',iLcavoft "S
,-243,0
L OJI N G E W j S1 —I E" A 11 P R0 —E 01,
MNIGHTY ING WIND UPLIFT CALCULATION
EGINEEPCO. -
ROOF AR-01& AR-02
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
SITE INFORMATION
Ultimate Wind Speed =
115.00 mph
Roof Pitch
30-
Risk Category =
it
Roof Type =
Gable
Exposure Category =
B
Velocity Pressure Exposure Coefficient, Kz =
0.65
Mean Roof Height =
23.00 ft
Topographic Factor, Kzt =
1.00
Solar Array Dead Load =
100 psf
Wind Directionality Factor, Kd =
0,85
a =
100 ft
Ground Elevation Factor, Ke =
1.00
DESIGN CALCULATIONS
Wind Velocity
Pressure, ph =
-
T8.69 psf
(VA
(0.00256*Kz*Kzt*Kd*Ke* 2))
Solar Array Pressure Equalization
Factor, Va =
0,60
Hardware Type = RL
UNIVERSAL
Allowable Loa
850.00 Ins ID, Fir - L, 5/16"
Lag Screw x 1, 2.5" Embedment
Array Edge Factor, VE =
Max. X - Spacing (Zone I - 2r) =
Max. Y - Spacing (Zone I - Zr) =
Max, X - Spacing (Zone 2n & 3r) =
Max. Y - Spacing (Zone 2n & 3r) =
Max, X - Spacing (Zone 3e) =
Max. Y - Spacing (Zone 3e) =
ROOF ZONE GCp (-) UPLIFT
I - 2r -1.49
2n & 3r 1.76
3e -2,18
1.50
Exposed Condition
6m ft
Effective Wind Area
3.43 ft
20,58 ft2
6.00 ft
Effective Wind Area
3.43 ft
2038 ft2
6.00 ft
Effective Wind Area
3,43 ft
20.58 ft2
UPLIFT PRESSURE
PULLOUT FORCE
-13.44 psf
276.68 lbs
-16,19 psf
333.29 flas
-20.41 psf
419,98 lbs
NOTE:
- Wind calculation is based on ASCE 7-16, 29A - C&C, LC #7: 061)1- + 0.6WL is used,
Cll'�'AF'F'POVED PLANIS TO DEKErT ON
THE—JCZ S�TE AT ALL
MIGHNEEPITY O. IEBC IMPACT CHECK
ENGING C
ROOF AR-03
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
EXISTING
WITH PV PANELS
Roof Dead Load (DL) =
7.10
10.10
psf
Roof Live Load (Lr)
17,50
0.00
Ipsf
Roof Snow Load (SL)
3,90
2,70
psf
EXISTING
WFTH PV PANELS
(DL + Lr)/Cd =
19.68
11.22
PSI`
(DL + SQ/Cd=
9.57
11.13
psf
Maximum Gravity Load =
19.68
11.22
psf
Load Increase (%) = 1 -42,98%
1 -,
The requirements of section 805,2 of 2021 IEBC are met and the structure is permitted to remain unaltered.
c�r( oF c, FApzev��'E
PAGI Re.1 FASElr) FOR
C FF� APPIROVE-0 PLANS TO BE KEPT 0;'11I
THF A�T'AtJt. "' IIAE-S�
tDATE� 12il�,'232e SY� �A,' S.n�AT LeaviOWi TSEP"
A L. L F, A. N G F S bl JS T BE APPROVF�).
..... . .....
.. . ................. .. . . ................ . . . .......... ....... . ....... .......... I.." ........ . . ....... 11 ....... ....
MNIGHTY WIND UPLIFT CALCULATION
EGINEEPING CO. -
ROOF AR-03
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
SITE INFORMATION
Ultimate Wind Speed = 115.00 mph Roof Pitch =
Risk Category = it Roof Type =
Exposure Category = B Velocity Pressure Exposure Coefficient, Kz =
Mean Roof Height = 15.00 ft Topographic Factor, Kzt =
Solar Array Dead Load = 3,00 psf Wind Directionality Factor, Kd =
a = 3,00 ft Ground Elevation Factor, Ke =
Wind Velocity Pressure, ph = 1 16,54 psf j(0.00256"K,-Kzt*Kd*Ke* (VA 2))
Solar Array Pressure Equalization Factor, ya = 0,60
Hardware Type =I RL UNIVERSAL
Allowable Load= 1 85O.00 lbs D- Fir - L, 5/16" Lag Screw x 1, 2.5" Embedment
Array Edge Factor, yE = 1.50 Exposed Condition
Max. X - Spacing (Zone 1) = 6,00 ft Effective Wind Area
Max. Y - Spacing (Zone 1) = 143 ft 2038 W
Max. X - Spacing (Zone 2e & 2r) = 6.00 ft Effective Wind Area
Max, Y - Spacing (Zone 2e & 2r) = 143 ft 20,58 ft2
Max. X - Spacing (Zone 3) = 6,00 ft Effective Wind Area
Max. Y - Spacing (Zone 3) = 143 ft_ 2038 W
ROOF ZONE GC p (-)UPLIFT UPLIFT PRESSURE PULLOUT FORCE
1 -1,03 7.59 psf 156.23 lbs
2e & 2r -1.22 -9,36 psf 192.72 lbs
3 -1.34 -1039 psf 21192 6s
NOTE:
- Wind calculation is based on ASCE 7-16, 29.4 - C&C, LC #7: 0.6131_ + 0.6WL is used.
T'-Eg 'FIAGE F',ELEAkSED FOR
C'ONS'fRUC MIDI",
29'
Hip
O57
1.00
0,85
1,00
Clrl ?1,PPiR0VEC4 PLXN�S TP BE�KrDPTON
T`H,"� JK)a SI YE A"F All", i_ 11 i'41E S,
ATE: 12.:137',`�,-,24, 'VI!, Fcoft; s" av C, ra T SER P
ALL S %�4'J S T 8 E APPR
MIGHTY NPIO. IEBC IMPACT CHECK
EGINEENG C
ROOF AR-04
DANIEL HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
EXISTING WITH PV PANELS
Roof Dead Load (DL) = 7.10 10.10 psf
Roof Live Load (Lr) 17.00 0.00 psf
Roof Snow Load (SL) 3.90 2.60 psf
EXISTING WITH PV PANELS
(DL + Lr)/Cd = 19.28 11,22 psf
(DL + SQ/Cd= 9.57 11.04 psf
Maximum Gravity Load = 19,28 11.22 psf
Load Increase (%) =1 -4139% 1: —
The requirements of section 805,2 of 2021 IEBC are met and the structure is permitted to remain unaltered.
G'r,'OF CRAPEIANE
PA'� E .IDES EASF'D FOR
CCNSTRUCT*K
Q-11TY APPROVE-43 PL A N" 8 T01 BE K 0"'T N
THE JOB SI'M AT ALL WOE S,
,VIE� IZ,M�2024 BY� V Scctt Leav2i;o TSSP
MIGHTY IWIND UPLIFT CALCULATION
ENGINEEPNG CO. -
ROOF AR-04
DANIEL, HARVEY RESIDENCE, 1411 LAGUNA VISTA WY, GRAPEVINE, TX, 76051
= M
Ultimate Wind Speed =
115.00mph I
Roof Pitch =
30'
Risk Category =
11
Roof Type =
Hip
Exposure Category =
8 Velocity Pressure Exposure Coefficient, Kz =
0,57
Mean Roof Height =
15,00 ft
Topographic Factor, Kzt =
1,00
Solar Array Dead Load =
3.00 psf
Wind Directionality Factor, Kd =
0.85
a =
100 ft
Ground Elevation Factor, Ke =
1,00
DESIGN CALCULATIONS
Wind Velocity
Pressure, qh
16.54 psf
(0.00256*Kz*Kzt*Kd*Ke *(VA 2))
Solar Array Pressure Equalization
Factor, ya =F
0.60 0.60
Hardware Type
UNIVERSAL
ad
Allowable Load
±--Rl
850,00 Ilas D. Fir - L, 5/16" Lag
Screw x 1, 2,5" Embedment
Array Edge Factor, VE =
1,50 Exposed Condition
Max, X - Spacing (Zone 1) =
&00 ft
Effective Wind Area
Max. Y - Spacing (Zone 1) =
143 ft
20.58 W
Max, X - Spacing (Zone 2e & 2r) =
6,00 ft
Effective Wind Area
Max. Y - Spacing (Zone 2e & 2r) =
143 ft
20.58 ft2
Max. X - Spacing (Zone 3) =
6,00 ft
Effective Wind Area
Max. Y - Spacing (Zone 3)
3,43 It
20,58 ft2
ROOF ZONE
GCp (-) UPLIFT
UPLIFT PRESSURE
PULLOUT FORCE
-1.04
-7.77 psf
159.94 ibs
2e & 2r
-1.27
-9.82 psf
202.00 lbs
3 -1.38
-10,78 psf
221,89 lbs
NOTE:
- Wind calculation is based on ASCE 7-16, 29,4 - C&C, LC #7: 0,61)1- + 0.6WL is used.
C�-ry!DF GRAPEYNE
THIS PAGF�.
CQPjSTRUC',9QN
TY APPROVE-ii:') PI-Ai'1S Tn SF:: KE-PT ()N
T�ff� JOR SI'M ATMA.
-2' 4 ZO
7
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;�A, VNI157 SE AP--R1,:)yFr,�
. . ........
Article 220 - Service/Feeder calculation for (address):
1411 Laguna Vista Wy Grapevine TX USA 76051
...............
Section 220.83 Existinjq Dwelling_Ynit
Part #1 - Section 220.83 (B)(1) General Lighting/Receptacles @ 3 VA per sq 3417
Building Square Footage VA (watts)
House 1811 5433
SectionAppliances and Dedicated Circuits*
Dedicated cir-cuit Size Nt VA Dedicated circuit
Laundry
1500
Appliance Circuit(s)
3000
Dishwasher(s)
1000
Disposal(s)
600
Refrigerator(s)
1000
Microwave(s)
1600
Dryer
5760
Water Heater
5760
Powerwall 3
5000
Powerwall 3
5000
N/A
Amps
22.6375
Amps Box A (VA)
22.64 5433
Size in VA
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Amps Box B (,VA)
125.92 30220
Total VA from Parts #1 and #2 combined: Box A + Box 8 = 356S3
Total VA 35653
First 8,000 VA @ 100% 8000 Remaining VA @ 40%
Remaining VA = 276S3 27653 x 40% = 11061.2 VA
Adding First 8000 VA 8000 VA
Total VA for Gen. Lights/Recep, Appliances & Dedicated circuits: 19061.2 VA
Total AMP for Gen. Lights/Recep, Appliances & Dedicated circuits: 79.42 Amps
Part #3 - Section 220.83 (B) Heating and A/C loads:
*Combine the larger loads of either the Heating or the A/C loads togther
100% of all the Heating or A/C loads in VA: 7,109
100 of all the Heating or A/C loads in Amps' 29.62
C�'fVAPPRONED PLANS TO KEPI ON
TFiEJOS S�TE AT ALL 'AMES,
A'? 6: QN91'20241 OY� 9N, 'Scot, Lea,e'Oe `S-6P
�-24w P.
µLi. .. ,. �.. .t �"�i ^.'..,
^lt.,a. CIIJ-a WOE'S BE ,',,PPRCV' D
Totals from all Parts
VA Volts
Parts #1 & #2 19061.2 240
Part #3 7,109 240
Total VA for all pari s:' ........ 26,170
Amps
79,42
29,62
Totals Service/Feeder Load 1 109.0411
Bus Rating: 200
Main Rating: 200
Panel % of Sq.Ft: 0% Panel% of 100% VA: 28%
Itemized House and 240V Loads for Panel: (VA)
Powerwall 3 5000 Powerwall 3 5000
Not Fed by other panels
Feeds: Panel 2 86.77
Load Calc: (This Panel) 22.28
Total Load Calc: 109.04
Panel 2 of 2
Bus Rating: 225
Main Rating: 200
-Panel % of Sq.Ft:
100%
-itemized House and 240V
Loads for Panel: (VA)
-Laundry
1500
-Appliance Circuit - 2
1500
-Disposal
600
-Microwave
1600
-Water Heater
5760
-A/C Unit - 240V
2170
-Furnace/Heating - 240V
720
-Fed by: Panel I
-Load Calc: (This Panel)
86.77
Jotal Load Calc:
86.77
Appliance Circuit - 1 1500
Dishwasher 1000
Refrigerator 1000
Dryer 5760
A/C Unit - 240V 2770
A/C Unit - 240V 2170
Furnace/Heating - 240V 672
C�T�r OF I RAFEVNE
PACZE RE-A.EASEED FOR
CONSMUCTtON
CffY APPROVEDPLAW� TO BE,' KE',PTON
THEJ,06 S�TE A,TALL TMIES,
ATE: 12'19�2024 EY:WScin 'I'S 5P
A LL C 4 A 4 C", S FVUS 3'E
SHEET INDEX
SCOPE OF WORK
PAGE # DESCRIPTION
SYSTEM SIZE: 741 OW DC, 2300OW AC
PV-1.0
COVER SHEET
MODULES: (19) TRINA SOLAR: TSM-390DE09C.07
INVERTERS: (2) TESLA: POWERWALL 3 1707000-XX-Y
PV-2,0
SITE PLAN
RACKING: RL UNIVERSAL. SPEEDSEAL TRACK ON COMP
PV-3.0
LAYOUT
TO FRAMING, SEE DETAIL SNR-DC-00436
- ENERGY STORAGE SYSTEM: (2) TESLA: POWERWALL 3
PV-4.0
ELECTRICAL
1707000-XX-Y
- RAPID SHUTDOWN: (8) TESLA MID CIRCUIT INTERRUPTER
PV-5.0
SIGNAGE
(MCI) ROOFTOP MODULE LEVEL RAPID SHUTDOWN DEVICE
SPAN PANEL INSTALLED AS MAIN PANEL
BACKUP GATEWAY: (1) 200A TESLA POWERWALL CONTROL
PANEL
NEW 225 AMP SPAN MAIN PANEL WITH 200 AMP MAIN
BREAKER TO BE INSTALLED.
ABBREVIATIONS
VICINITY MAP
A
AMPERE
A(
ALTERNATING CURRENT
AFC
ARC FAULT CIRCUIT INTERUPTER
AZIM
AZIMUTH
COMP
COMPOSITION
Dc
DIRECT CURRENT
,E)
EXISTING
END
ENERGY STORAGE SYSTEM
MSP
MAN SERVICE PANEL
(N)
NEW
PREFAB
PRE -FABRICATED
PsF
POUNDS PER SQUARE FOOT
Pv
PHOTOVOLTAIC
RID
RAPID SHUTDOWN DEVICE
TL
TRANSFORMERLESS
v
VOLTS
'M
WATTS
- ALL WORK SHALL COMPLY WITH 2021 IRC/IBC/IEBC, ASCE 7-16 & 2018 NDS,
MUNICIPAL CODE, AND ALL MANUFACTURERS' LISTINGS AND INSTALLATION
INSTRUCTIONS.
- PHOTOVOLTAIC SYSTEM WILL COMPLY WITH NEC 2020.
-ELECTRICAL SYSTEM GROUNDING WILL COMPLY WITH NEC2020.
- PHOTOVOLTAIC SYSTEM IS FUNCTIONALLY GROUNDED. NO CONDUCTORS ARE
SOLIDLY GROUNDED IN THE INVERTER. SYSTEM COMPLIES WITH 690.41.
MODULES CONFORM TOAND ARE LISTED UNDER UL 61730.
INVERTER CONFORMS TOAND IS LISTED UNDER UL 1741.
RACKING CONFORMS TO AND IS LISTED UNDER UL 2701
SNAPNRACK RACKING SYSTEMS, IN COMBINATION WITH TYPE 1, OR TYPE 11
MODULES, ARE CLASS A FIRE RATED.
- RAPID SHUTDOWN REQUIREMENTS MET WHEN INVERTERS AND ALL
CONDUCTORS ARE WITHIN ARRAY BOUNDARIES PER NEC 690120).
CONSTRUCTION FOREMAN TO PLACE CONDUIT RUN PER 690,31 (G).
ARRAY DC CONDUCTORS ARE SIZED FOR DERATED CURRENT.
13.35 AMPS MODULE SHORT CIRCUIT CURRENT.
20.86 AMPS DERATED SHORT CIRCUIT CURRENT [690.8 (A) & 690.8 (B)I.
ENERGY STORAGE SYSTEM CONFORMS TO AND IS LISTED UNDER UL 9540.
ENERGY STORAGE SYSTEM LIVE PARTS ARE NOT ACCESSIBLE DURING
ROUTINE MAINTENANCE. SYSTEM VOLTAGE IN ACCORDANCE WITH NEC 706.30
AND EXCEPTION I NEC 706.30 (A).
- ADDITIONAL DISCONNECTING MEANS SHALL BE INSTALLED WHERE ENERGY
STORAGE DEVICE INPUT AND OUTPUT TERMINALS ARE MORE THAN 5 FT FROM
CONNECTED EQUIPMENT, OR WHERE THE CIRCUITS FROM THESE TERMINALS
PASS THROUGH A WALL OR PARTITION PER 706.7(E).
- LISTED, COMBINATION TYPE AFCI SHALL BE INSTALLED WHERE BACKED UP
CIRCUIT WIRING IS EXTENDED MORE THAN 6FT AND DOES NOT INCLUDE ANY
ADDITIONAL OUTLETS OR DEVICES PER NEC 210.12(D).
- THE CAPACITY OF THE STANDALONE SYSTEM SUPPLY SHALL BE EQUAL TO OR
GREATER THAN THE LOAD POSED BY THE SINGLE LARGEST UTILIZATION
EQUIPMENT CONNECTED TO THE SYSTEM PER NEC ARTICLE 710.15(A)
- ALL PASS -THROUGH CONDUCTORS MUST COMPLY WITH NEC 312.8
f"TZ-
t� V-P
sunrun
28447
"'0 H HCH ..' I,
ik —
.2 1. WN
117 61.
CUSTOMER RESIDENCE:
DANIEL HARVEY
1411 LAGUNA VISTA WY,
GRAPEVINE, TX, 76051
TEL. (214) 287-0981
APN 5574234
PROJECT NUMBER:
351 R41 1 HARV
DESIGNER: (415) 580-6920 ex3
ARIEL PERNIA
SHEET
COVER SHEET
REV: A 12/12/2024
PAGE PV-1.0
SITE PLAN - SCALE - 1/16" = l'-O"
9
(E) GATE - --
(N) ARRAY AR-01
FIRE SETBACKS
(TTYP)
(N) ARRAY AR-03
®I Rj AC I AC 1_
NOTE: ROOFTOP MODULE LEVEL RAPID SHUTDOWN DEVICE
INSTALLED ON EACH MODULE PER NEC 690.12
LAGUNA VISTA Wy
INV 6/1 INV
v=1
LEGEND
SCALE:NTS
SM
SUNRUN METER
AC
AC DISCONNECT(S) POWERWALL ENERGY
STORAGE SYSTEM (ESS)
ROTE. LOT ALL IT EMS;N LEGEND
IMLLAPPEAR IN SITE PLAN
DEDICATED PV METER
RSD
EXTERNAL RAPID GENERATION PANEL
SHUTDOWN SWITCH
SE SERVICE ENTRANCE
SUB -PANEL
INV
INVERTER(S) CB IQ COMBINER BOX
MP MAIN PANEL
PV LOAD CENTER
M ICROG RID
INTERCONNECT CHIMNEY
DEVICE
LC
EN
(E) DRIVEWAY
(N)ARRAYAR-02
(E) FENCE
(E) CHIMNEY
(N) ARRAY AR-04
(E) RESIDENCE
T ON
T,�—JCA� Sl)" AFA, TIM�4�
-v
A� k'
P j"f kj
AR-01
AR-02
AR-03
AR-04
ATTIC VENT FIRE SETBACKS
FLUSH ATTIC VENT F- 7 INTERIOR EQUIPMENT
PVC PIPE VENT L _j SHOWN AS DASHED
METAL PIPE VENT �ll OMMUNICATION
WIRES
T-VENT HARDSCAPE
SATELLITE DISH _ Pt— PROPERTY LINE
sunrun
28447
ix a
PIWE M 12 o0I
— .1 61.
CUSTOMER RESIDENCE:
DANIEL HARVEY
ARRAY TRUE MAG
PV AREA
1411 LAGUNAVISTAWY,
PITCH AZIM AZIM
(SOFT)
GRAPEVINE, TX, 76051
30' 266' 263'
62.1
TEL (214) 287-0981
30' 85' 82*
165.6
APN 5574234
29' 266' 263'
82.8
PROJECT NUMBER:
30' 86' 83'
82,8
351 R-41 1 HARV
SOLAR
DESIGNER: (415) 580-6920 ex3
MODULES
ARIEL PERNIA
SHEET
SITE PLAN
SNR MOUNT
REV: A 12/12/2024
SNR MOUNT & SKIRT
PAGE PV-2.0
ROOF INFO
Name Type
Height
AR-01 COMP SHINGLE - RLU
2-Story
AR-02 COMP SHINGLE - RLU
2-Story
AR-03 COMP SHINGLE - RLU
1-Story
AR-04 COMP SHINGLE - RLU
1-Story
D1 - AR-01 - SCALE: 118" = V4,
AZIM:266'
PITCH: 30*
ATTACHMENT INFORMATION
DESIGN CRITERIA
Detail
Max Landscape
Max Landscape
Max Portrait
Max Portrait
Configuration
MAX DISTRIBUTED LOAD: 3 PSF
OC Spacing
Overhang
OC Spacing
Overhang
SNOW LOAD: 5 PSF
RL UNIVERSAL, SPEEDSEAL TRACK ON COMP TO FRAMING, SEE DETAIL SNR-DC-00436
6'-0"
2'4"
4'-0"
z_W
STACKED
WIND SPEED:
115 MPH 3-SEC GUST.
RL UNIVERSAL, SPEEDSEAL TRACK ON COMP TO FRAMING, SEE DETAIL SNR-DC-00436
6'-0"
24"
4'-0"
2-0"
STACKED
S.S. LAG SCREW
5/16"x4,5": 2.6'MIN, EMBEDMENT
RL UNIVERSAL, SPEEDSEAL TRACK ON COMP TO FRAMING, SEE DETAIL SNR-DC-00436
6'4"
2'4"
4'.0"
Z-01
STACKED
RL UNIVERSAL. SPEEDSEAL TRACK ON COMP TO FRAMING, SEE DETAIL SNR-DC-00436
6%W
2'4"
4%0"
Z_0"
STACKED
OF
D2 - AR-02 - SCALE: 1/8" = 1'.0.1
AZIM:85'
PITCH: 30'
4'-10" = 1 1W" 1 5%1"
4'Z' 1 V-7' 6_10"
T-2" 31
TT'
4'-10"
D3 - AR-03 - SCALE: 1/8" = V-0"
AZIM:266'
PITCH: 29'
28'-9" 1 1W" 101-1"
17'.5" 4'-7
8'-4"
101-111,
D4 - AR-04 - SCALE: 1/8" = V-0"
AZIM:86*
PITCH: 30'
STRUCTURAL NOTES:
• INSTALLERS SHALL NOTIFY ENGINEER OF ANY
POTENTIAL STRUCTURAL ISSUES OBSERVED PRIOR TO
PROCEEDING W/ INSTALLATION.
• IF ARRAY (EXCLUDING SKIRT) IS WITHIN 12- BOUNDARY
REGION OF ANY ROOF PLANE EDGES (EXCEPT
VALLEYS), THEN ATTACHMENTS NEED TO BE ADDED
AND OVERHANG REDUCED WITHIN THE 12"BOUNDARY
REGION ONLY AS FOLLOWS:
ALLOWABLE ATTACHMENT SPACING INDICATED ON
PLANS TO BE REDUCED BY 50%.
ALLOWABLE OVERHANG INDICATED ON PLANS TO BE
115TH OF ALLOWABLE ATTACHMENT SPACING
INDICATED ON PLANS.
r.
ON 71-E-J"5'�T5 _TPLLTEOE_�',,
T2'
101-11"
6-6"
12' 11%7" T-4"
MANDUCHERR HAKHAMANMI
1,
sunrun
28447
ix ^sasn
CUSTOMER RESIDENCE:
DANIEL HARVEY
1411 LAGUNA VISTA WY,
GRAPEVINE, TX, 76051
TEL (214) 287-0981
APN 5574234
PROJECT NUMBER:
351 R41 1 HARV
DESIGNER: (415) 580-6920 ex3
ARIEL PERNIA
SHEET
LAYOUT
REV: A 12/12/2024
PAGE PV-3.0
NEW 225A SPAN MAIN PANEL
WITH NEW 200A MAIN
BREAKER
RELOCATED
(E) BACKUP LOADS
TAG CIRCUIT DESCRIPTION
I Inverter Input
2 Inverter Input
3 Inverter Output
4 Panel Feeder
5 Service Feeder
POINT OF INTERCONNECTION 705 12(1300),
POWERWALL BREAKER IN GATEWAY
METER NUMBER 161422489LG
EQUIPMENT CHARACTERISTICS
INCLUDED IN SPEC SHEETS
NOTE: TOTAL PV BACKFEED
= 120AUSED FOR INTERCONNECTION CALCULATIONS
I
NEW 200A
BACKUP GATEWAY
1841000-XI-Y
WITH 200A
MAIN BREAKER
0
Aj
N
5 3
(2) - 60A BREAKER --"-
IN (N) INTERNAL
PANELBOARD
(N)LOCKABLE
BLADE TYPE
AC DISCONNECT
db
SQUARE D
DU222RB
'R, 50A, 2P
120/240VAC
(N)LOCKABLE
BLADE TYPE
AC DISCONNECT
SQUARE
DU222RB
3R, 60A, 2P
120/240VAC
CONDUIT SCHEDULE
CONDUCTOR
NEUTRAL
(2) 10 AWG (PV WIRE)
N/A
(4) 10 AWG
NIA
THHNITHWN-2
(2) 6 AWG
(1) 6 AWG
THHN/THWN-2
THHNfTHWN-2
(2) 2/0 AWG
(1) 2/0 AWG
THHN/THWN-2
THHNrrHWN-2
(2) 2/0 AING
(1) 210 AWG
THHNITHWN-2
THHNITHWN-2
LOAD RATED DO
DISCONNECT WITH
AFCI RAPID
SHUTDOWN
C011PLIANT
o,� o
TESLA
POWERWALL 3 1707000-XX-Y
TESLA POWERWALL
3 17070C.O_XX-y
11500 WATT
240V INVERTER
TESLA
POWERWALL .1 17070)0-.
TESLA POWERWALL
3 1707000-XX-Y
11500 WATT
240V INVERTER
o o
ol- o
LOAD RATED DC
DISCONNECT WITH
AFCI RAPID
SHUTDOWN
COMPLAINT
CON
E 9_3020,
""0 P "NECT
SWITCH, 3 P, 16A
TRINA SOLAR, TSM-390DE09C,07
STRING 2 OF 4 MODULES
2 MODULE LEVEL
RAPID SHUTDOWN DEVICES
TRINA SOLAR TSM-290DE09C.07'r
STRING I OF 4 MODULES
2 MODULE LEVEL
0" I'A FL:LD�:59' I:l. � T,k
RAPID SHUTDOWN DEVICES
:-TiO
rP7 e�VD * I - Tr '2��P _� `r ON,
11 ALL TIL*
1:n.-
J
TRINA SOLAR TSNJ-390DE09C 07',
STRING 2 OF 8 MODULES
3 N,'IODULE LEVEL
RAPID SHUTDOWN DEVICES
TRINA SOLAR TSM-190DE09C 07
STRING I OF MODULES
1 MODULE LEVEL
RAPID SHUTDOWN DEVICES
GROUND
CONDUITI MODULE CHARACTERISTICS
10 AWG (BARE)
Open Air
TRINA SOLAR: TSM-390DE090.07:
390 W
OPEN CIRCUITVOLTAGE:
403 V
10AWG THHNfTHWN-2
3/4 EMT
MAX POWER VOLTAGE:
33.8 V
SHORT CIRCUIT CURRENT:
13.35 A
8 AWG THHNITHWN-2
3/4 EMT
SYSTEM CHARACTERISTICS -INVERTER 1
SYSTEM SIZE:
4290 W
4 AWG THHN/THWN-2
1-1/2 EMT
SYSTEM OPEN CIRCUIT VOLTAGE:
353 V
MAX ALLOWABLE DC VOLTAGE:
550 V
NONE
1-1 /2 EMT
SYSTEM SHORT CIRCUIT CURRENT:
33.37A
POWERWALL EQUIPPED WITH CAPACITY TO
CHARGE FROM GRID POWER
SYSTEM CHARACTERISTICS -INVERTER 2
SYSTEM SIZE: 3120 W
SYSTEM OPERATING VOLTAGE: 270 V
MAX ALLOWABLE DC VOLTAGE: 550 V
SYSTEM SHORT CIRCUIT CURRENT: 33.37 A
sunrun
28447
11 Si lE
WE M 12 ooW
— .1 61.
CUSTOMER RESIDENCE:
DANIEL HARVEY
1411 LAGUNAVISTA WY,
GRAPEVINE,
TX, 76051
TEL (214) 287-0981
APN 5574234
PROJECT NUMBER:
351 R-41 1 HARV
DESIGNER: (415) 580-6920 ex3
ARIEL PERNIA
SHEET
ELECTRICAL
REV A 12/12/2024
PAGE PV-4.0
I
&WARNING I INVERTER
i;l-
-, � F I , -1 — uII!F
ELECTRICAL SHOCK HAZARD
M-H
550
TERMINALS ON LINE AND LOAD
SIDES MAY BE ENERGIZED IN LABEL LOCATION
THE OPEN POSITION INVERTER(S), DO DISCONNECT(S)
PER CODE S) NEC 2020 690 53, CEC 2022 690,53
LABEL LOCATION
INVFRTER,S), AC,DCDISCONNECT(SI,
AC COMBINER PANEL OF APPLICABLE)
PER CODE(S) NEC 2020, 690 13E), CEC
2022', 690 13IB)
&WARNING
THREE POWER SUPPLY
SOURCES: UTILITY GRID,
BATTERY AND PV SOLAR
ELECTRIC SYSTEM
LABEL LOCATI ON
UTILITY SERVICE METER AND MAIN
SERVICE PANEL.
PER CODE(S) NBC 2020 705 121C), CEC
2022 705 12(C)
wAlmmumm
POWER SOURCE OUTPUT CONNECTION
DO NOT RELOCATE THIS
OVERCURRENT DEVICE
LABEL LOCATION
ADJACENT TO PV BREAKER AND EBB
CCPC) (IF APPLICABLE)
PER CODE(SI NEC 2020 705 12(B)C)t 21
CEC 2022 705 12(B)I'l)(2j
LABEL LOCATION
INSTALLED WITHIN CCF RAPID SHUT DOWN
SVVITCHPERCODiSS) NEC2020 69056(C)(2),
CEC 2022 69056,(C!(2)jFC2019 120453
R
AC DISCONNECT(S), PHOTOVOLTAIC SYSTEM POINT OF
INTERCONNECTION
PER CODE(S) NEC 2020 690 54. CEO 2022 690 54
INVERTER 2
j!-
ILL
z
4.11".1- El
P- sso
F
LABEL. LOCATION
NVERTER(S), DO DSCONNECTIS)
PERCODE(S) NEC2020 69053
4"
1*1
I I us 0 INA u I 11JR1 m 0111 Iliellill I
3" TURN RAPID SHUTDOWN
SWITCH TO THE "OFF'
L11=111TI,
POSITION TO SHUT DOWN
PV SYSTEM AND REDUCE
SHOCK HAZARD IN THE
ARRAY.
LABEL LOCATION
ON OR NO MORE THAT 1 M (33 FT) FROM THE SERVICE
DISCONNECTING MEANS TO WHICH THE FV SYSTEMS
ARE CONNECTED
PER CODE(S) NEC 2020 690 56(C), CEC 2022, 590,56(C)
zICAUTION
ENERGY STORAGE SYSTEM
01"Fill a
LABEL LOCATION
INVERTER(S), AC0C DISCONNECT(S), AC COMBINER PANEL (IF APPLICABLE)
PER GOOSE) CEC 2022 706 151C), NEC 2020 706 15(C)
NOTES AND SPECIFICATIONS
SIGNS AND LABELS SHALL MEET THE REQUIREMENTS OF THE NEC 2020 ARTICLE 110 21(6), UNLESS SPECIFIC
INSTRUCTIONS ARE REQUIRED BY SECTION 590, OR IF REQUESTED BY THE LOCAL AHJ
SIGNS AND LABELS SHALL ADEQUATELY WARN OF HAZARDS USING EFFECTIVE WORDS, COLORS AND SYMBOLS
• LABELS SHALL BE PERMANENTLY AFFIXED TO THE EQUIPMENT OR WIRI NO METHOD AND SHALL NOT BE HAND
WRITTEN
• LABEL SHALL BE OF SUFFICIENT DURABILITY TO WITHSTAND THE ENVIRONMENT INVOLVED
SIGNS AND LABELS SHALL COMPLY WITH ANSI Z535,4.20 11, PRODUCT SAFETY SIGNS AND LABELS, UNLESS
OTHERWISE SPECIFIED
• DO NOT COVER EXISTING MANUFACTURER LABELS
Emmm2d
LABEL LOCATION'
OCATION
INTERI OR AND EXTERIOR DO CONDUIT EVERY 10 FT,
AT EACH TURN, ABOVE AND BELOW PENETRATIONS,
ON EVERY JB,PJLL BOX CONTAINING DO CIRCUITS
PERCODDS) NEC 2020 69031?D42),CEC 2022
690 31 (D); 2)
l!,m m1,, -0-
mxiiwiin
LABEL LOCATION
ENERGY STORAGE SYSTEM DISCONNECT
PER CODIOSI NEC 2020 706 15(C), CEC 2022 706 15tCt
4 a
wou 0909
SOLAR PANELS ON ROOF -
w
RAPID SHUTDOWN SWITCH
BACKUP GATEWAY:
CONNECT
SERVI`�,E ENTRANCE
,
X.,
I.,,' -SPAN -MAIN PANEL(EXT)l
C17y,'WFRsV"E" —1-0 rC I'C.* T .-,N INVERTER &
-f N. SRIPl tSTORAGE (EXT)
141 f LAGJNA-VIStA WY, GRAPEVINE, TX, 76051
PER CODE(S): NEC 2020: 705.10. 710.10. CEC 2022:705,10, 710.10
sunrun
28447
ix ^sasn
CUSTOMER RESIDENCE:
DANIEL HARVEY
1411 LACUNA VISTA WY,
GRAPEVINE, TX, 76051
TEL (214) 287-0981
APN 5574234
PROJECT NUMBER:
351 R41 1 HARV
DESIGNER: (415) 580-6920 ex3
ARIEL PERNIA
SHEET
SIGNAGE
REV: A 12/12/2024
PAGE PV-5.0
Multi Solutions
n '
W K"
M
MAXIMUM POWER OUTPUT
t
POSITWE POWER TOLERANCE
Comprehensive Products and System Certificates
C&
14"All:
cy,c, t
fr,0,1�,001
Pf Y
"380-405W Plk"Y)U(l RAN(,AF.
MAXIMUM EFF10ENCY
moa, productivity fiom sxllp roof size,
Outstanding visual appeafance,
Leadng 210mit; cell technology,
Small format inoduleaHow greater energy genprahon in limited space,
Up to 405VI, 21J(Ka module efficiency with high density hater connect
technology.
* Could tat.rsbaar technology ter bettei light trapping effect, kmer se. ies
f esistance and inpoved ckin ent,
• Reduce 4,stalk-ifion cost with higher 1,)(:)w(,y bin and efficiency.
• goost perfornnance in warm weather with lower tern peratut e coefficient
(-0,34%),ind opeiating teropei atme.
Designed foi- compatibility with existing rnainstreain oplimizers, inverter,,
andmountinq systeirs.
*Pet fect size and low weight
and more cost -effectivE7. 6 ... .. .. .. ............... ....
.. .. .. ....
. .... .................. .. . . .. ... . .. .... ... . .. ......
Dive( se insi atla tion solkjfii s for f I VIV QY
it
* 2 5 y e a r pt o d k K t w a r to i i t y
* 25 year pet formance wat rRity with lovve�,-,t d' g''raid',46n.
* Minknized miao-r f acks V411
technology, THE J03 S;Tl= AT ALL S
n sw ed PID r esis taric e thi k-� qq y�Cntwmd }.COM ? o0gf,. N sbpM)l
_143r
conhol,
Mechanical peiforrnance t i to + 6 0 GQ Ni Weload H
i
ALL C'H,,NGS MUS T 6E fkPPH 01
�4r, F =,4.r tie
1096
I
Front View
11 S silit"n S..umt
Tama
A -A
I om,
1048
Back View
IT n'
la in go.
iSA
B-B
140
Id k)
In
t.4 to f ml�
600whill
40
400110m'
ant
is
+4 1
oundomfl.w.
0
in
.20 m 40 so
110109L(v)
45P
ux , Am:m
40
J50
80i"Wo,
'Wr
3:
"(At
40ifflynn'
L(K)
Hj
n
10
)o 40 Cai
voltage(v)
re3kP0WerWattS-w4AXiWPf`
38LI
385
390
395
400
40S
Solar colts
Mlonocrysiallne
No, of cells
120 cells
Power Tolerance- PMAX (W1
01 -5
Module Dtrnensam
I P.,4 > WAS 90 mm l69,06 , 43.1S.L 18 ric hes}
Maximum Power Voltage-vmc; (vt
33.4
33,6
S3.8
34.0
34.2
34.4
Wisiqht
21,0 kg PIF 3 lb)
Max,mum Power Current -imoc nk;
11,38
1146
3154
IL62
1,70
11.77
Glass
3.2 man is. 13 mches)i n"it, Teen—W, AP moea
Soon Circuit Voltante-Vac o?)
40.4
40F
408
41,0
4L2
41.4
FrKapolani: matelial
EWNDE
Soot I Orcurt C urren' -I, (A)
12.00
12,07
—J 4
1221
1228
12,94
Backsheel
Transparent backshc et
Module Effiden-cy Pi
19.8
20.0
203
206
206
211
Frame
hlmrrol,Bliriche,l Anodized PourriniumAlloy
I -Box
1p 68 faced
`M ..
i�%,
Copies
Photwoll6t( i(i 1,
Portiait, 3' 0)260 varr(1178/11,02 fir'OeS)
?oral EcluntWeril power - PeA% Two' ,
40;
412
417
4?3
428
433
Lands(acte: N 1100 rem /P 11 (10 mm (433 1!43.31 inches)
Maximum Power Valtage4mo, (V)
314
33's
318
34,13
342
34A
Connector
MC4 EV02 I TS4
Mantricarn Power OAroeisf � lmr%, I A)
12,19
12,26
1234
121.44
12,51
12,59
Open Cftcu,tVoltage Voc lV
404
40,6
40.0
41.0
41.2
41.4
. . . . ....................................................
77r, I T-7-1
Snort Circuit Cuffont-c� (A)
12,92
13.01
13,00
13,20
13,25
13,36
43�C( jl l's' ,3F GRAP�ZrPN
.. ... C
lil% T`ov-
10910
Temperaturecoeffictentof 1pt,-
age 1530V 0C ltl°
n—, ict—in, sltS%
Teropensuire Coeff'r-rentuflo
0 25 1500V DC
Temperature Codffirnentof
, C
laod?v
Mativiriumpowel-PeAN kwpl�
286
290
294
298
302
305
tj
C�T'Y
Af1Pf-g0't(t-0 PLANS 1*0 qe� KIZF'r rm
Maximum Power Voirtage-vMPT {V)
31A
31,6
31's
31,Q
32,
32,4
25 Ye8F Product eistir'sanS 100 cii-3113FT'Y TH E J 0 F-3MOPPRI AOW*A� MWF-,S
Maxanum Power Curcent-liwe W
9.12
9,18
9.24
9,32
9.38
9.42
25 year Power warranty J'"
Mocrules per 4 Gm 'contaer. 820 Inece, jq�
(risen Circ�xtVoxtage*A wl
3810
382
384
38.6
38'8
3819
i, I -, A 7 's t'�, 0 4 IS W S c i c I e �v - I a Te,
s t y e aT de, 9 ia do t 1051
SnorTCarcuvtCurrent-ly-1,Po
967
9,73
9.78
9,84
9.90
9.94
0,55% Annual PowerAveltior, 1-2
N00
R,
:I!
L:1
AT I -HANGFS, MUST M, APPPIOVED,
CAUTION: READ SAFETY
AND
INSTALLATION INSTRUCTIONS BEFORE UINORE
PR 60 OCT,
i"
112022 Ti; inci
Social CCL,Ltd, All
fights reserved. Specifications included in this
clatasheet are Subject to change without notice.
v�
Version nuiirbin; TSM-NA-2022-A
www,tnnasoi,36.coni
SNAPNRACK RL UNIVERSAL SPEEDSEAL TRACK COMPOSITION
ROOF MOUNTING
EMBED 0�16" LAG SCREW 2-1/2" INTO THE ROOF
STRUCTURAL MEMBER / RAFTER
FOR TORQUE SPECIFICATIONS SEE INSTALLATION MANUAL
011" S.S. LAG SCREW—,
2-2"' MINIMUM EMBEDMENT
WASHER--
SPEEDSEAL TRACK
ROOF RAFTER (TYR)
ROOF ATTACHMENTS SHALL
BE EMBEDDED INTO
ROOF RAFTERS OR OTHER
STRUCTURAL MEMBERS
2,unrun South LLC
01" S.S. LAG SCREW
SPEEDSEAL TRACK
WASHER-
ROOFING MATERIAL
Won-, ully)-rilz
A
ROOF SHEATHING
RAFTER
REVISION:
1 -1111 IJ2 M 9 NEW PETAR L _- BE-
2 71712020 N U00 1101) DR
A
COMPLETED INSTALLATION
PARALLEL TO RAFTER SECTION VIF-vv
ROOFING MATERIAL
SPEEDSEAL TRACK
ROOF DECKING
T 4�
Hir PA — PELL J
bCTk,r4
66 N
MATERIALil
PILOT HOLE IPT ON
CENTER OF COURSE THa JC_, ?'.T Al L
ROOF SHEATHING, UNDERLAYNEENT, 2 IN. EMBEDMENT
AND ROOFING MATERIAL (TYP.t:'. INTO 1',AFTER OR
_1Z STRUCTURAL MEMBER
COMPLETED INSTALLATION
DETAIL A SPEEDSEAL TRACK
SHOULD BE INSTALLED
DESIGNER: D.RTAll SCALE: NTS
DRAFTER: &PETERSON
APPROVED BY: WARBUCKLE DATE: 7/7/2024.
D,,R,ITIIIG RI MBER: DESCRIPTIOR:
SNR-D1-00436
_9509
I ro 7 TY7 mit I tc I
rr-R,S P,,^,,GE RELEA8'ED FOR
(Y(y APPRIOVE.01 PLII-N�ls TO 61" GIN
THE JOB WTE AT ALL TiC,41ES�
.11, TE � l 2 M 2 G 2 4 B ly'" IN, 5 tt L �a, ;:�,v c 5 8 s'l 3,
no-M
PIL "MANGES MUS" SL APPRO"VI-0,
.......... .... ..... ..
System Technical Model Number
Specifications Nominal Grid Voltage (input & Output)
Geld Type
Frequency
6--no M nmnirw n#u*- =J_-
Solar to Home/Grid Efficiency
Supported Islanding Devices
�1=
60 A
89%1.2
97.5%3
Gateway 3, Backup Switch, Backup Gateway 2
Wi-Fi (2.4 and 5 GHz), Dual -port switched Ethernet,
Cellular (LTE/4G-)
Hardware Interface
Dry contact relay, Rapid Shutdown (RSD) certified switch
and 2-pin connector, RS-485 for meters
AC Metering
Revenue Grade (+/- 0.5%)
Protections
Integrated arc fault circuit interrupter (AFCI), Isolation
Monitor Interrupter (IMI), PV Rapid Shutdown (RSD) using
Tesla Mid -Circuit Interrupters
Customer Interface
Tesla Mobile App
Warranty
10 years
Solar Technical
Maximum Solar STC Input
20 kW
Specifications
Withstand Voltage
600 V DO
PV DO Input Voltage Range
60 — 550 V DO
PV DO MPPT Voltage Range
60 — 480 V DO
MPPTS
6
Maximum Current per MPPT (I,)
13A5
Maximum Short Circuit Current per MPPT (Ise)
15Arl
Battery Technical
Nominal Battery Energy
1&5 kWh AC
Specifications
Maximum Continuous Discharge Power
11.5 kW AC
Maximum Continuous Charge Power
5
rl(G
Output Power Factor Rating
0 ; rid d&W
VR�JC ?10N
Maximum Continuous Current
4
Maximum Output Fault Current
10 'M
Load Start Capability (1 s)
181 A LRA
CJT'V APPROVED PLAN,�',, TOSE KEF T 01,11 C
Power Scalability
Up, o 4 Pow to erft pia pp&t*&,� ,a
' Typical solar shifting use case.
'Values provided for 25'C (77cF), at beginning of life. 3.3 kW chi
I Tested using CEC weighted efficiency methodology.
'The customer is expected to provide Internet connectivity for R
connectivity. Cellular connectivity subject to network operator
Where the DC input current exceeds the MPPT rating, a jumper
intake DC current up to 26 A I, / 30 A
T",�� 12:110i'2024 VV, Scva TSEP
1�430
'discharge power,
mode of
)m cft, pse as, a pn ry
lee coverage and signal strength.
Im
RUVE
Environmental
Operating Temperature
—20'C to 50'C (-4'F to 122'F)
Specifications
Operating Humidity (RH)
Up to 100%, condensing
Storage Temperature
—20-C to 30-C (-4°F to 86'F), up to 95% RH, non -
condensing, State of Energy (SOE): 25% initial
Maximum Elevation
3000 m (9843 ft)
Environment
Indoor and outdoor rated
Enclosure Rating
NEMA3R
Ingress Rating
IP67 (Battery & Power Electronics)
IP45 (Wiring Compartment)
Pollution Rating
PD3
Operating Noise @ 1 in
< 50 db(A) typical
<62 db(A) maximum
Performance may be de -rated at operating temperatures above 40'C (104'F).
Compliance
Certifications
UL 1642, UL 169913, UL 1741, UL 1741 SA, UL 1741 S8, UL
Information
1741 PCS, UL 3741, UL 1973, UL 1998, UL 9540, IEEE 1547-
2018, IEEE 1547.1, UN 383
Grid Connection
United States
Emissions
FCC Part 15 Class B
Environmental
RoHS Directive 2011/65/EU
Seismic
AC156, IEEE 693-2005 (high)
Fire Testing
Meets the unit level performance criteria
of UL 9540A
Mechanical Dimensions 1099 x 609 x 193 mm (43.25 x 24 x 7.6 in)
Specifications Weight 130 kg (287 1b)
Mounting Options Floor or wall mount
A
7
........ .............. .............. ......... .... .............. .............. .............. .............. .............. ... ......... ........ .........
T�HTS PAGE RELEASED FOIR
1099 mm
CITY APP,FIOVEM TO BE- KEF"I"UN
�pq
P47- �OD OME AT ALL "BME S,
'�,Cfr, 12:19 20,24 G'o- �VSnon 'f a P
24� N
4 L C H A N G F S %�;JST RE APPROVED,
.. .... ....
609 mm ......................
3 =0
Electrical Model MCI-1
Specifications Nominal Input DC Current Rating (1.1) 13 A
Maximum Input Short Circuit Current (1..) 19 A
Maximum System Voltage (PVHCS) 600 V DC
I Maximum System Voltage is limited by Powerwall to 600 V DC.
RSD Module Maximum Number of Devices per String
Performance Control
Passive State
Maximum Power Consumption
Warranty
Mechanical
61=
111111101111111NIU0111
I-A=MMj1#rM7=rPW
Housing
Jr,ifrietsiois
Weight
UL.."WA16ma
5
Power Line Excitation
Normally Open
7 W
25 years
MC4 Connector
Plastic
125 x 150 x 22 mm
(5 x 6
350 g (0.77 lbtsr
Clr,' ',F GMAPFYINE
� P
Certifications C C)- S TR U C iu 0 N UL
PV
RSD Initiation "thod 01,
I - �
IFUr*11%kTjMjW*r*T,—, M0.1 MiNfin
CIETY APPRIOV1,7"D T") BE V11U-"..PT 014
'N I i 317�.-. A I AIA, TIMES,
?e Pow erwal!,In tall; is r M nqqI
BE
MCI-2
13 A
17 A
1000 V DC
5
Power Line Excitation
Normally Open
7 W
MC4 Connector
Plastic
173 x 45 x 22 mm
(6.8 x 1.8 x 1 in)
120 g (0.26 lb)
Wire Clip
1 PVRSE, UL 3741,
il System Shutdown Switch or
vvall 3 Enable Switch
Performance
Model Number
1841000-01-y
AC Meter Revenue accurate (+/- 0.5%)
Specifications
Nominal Grid Voltage
120/240 V AC
Communication CAN
Grid Configuration
Split phase
User Interface Testa App
Grid Frequency
60 Hz
Backup Transition Automatic disconnect for
seamless backup
Continuous Current
200 A
Rating
Overcuffent 100-200 A
Protection Device Service entrance rated
Maximum Supply Short
22 kA with Square D or
Eaton CSR, BWH, or BW, or
Circuit Current
Eaton main breaker
25 kA with Eaton main
Square D OOM breakers
breakers
Internal Panelboard 200 A
IEC Protective Class
Class I
8-space/16 circuit breakers
Eaton BR, Siemens OP, or
Overvoltage Category
Category IV
Square 0 HOM breakers rated
to 10-125A
Only Eaton CSR or BWH main breakers are 25 kA rated.
Warranty 10 years
Environmental
Operating Temperature
—20°C to 50°C (-4°F to 122°F)
Specifications
Operating Humidity (RH)
Up to 100%, condensing
Maximum Elevation
3000 m (9843 ft)
Environment
Indoor and outdoor rated
Enclosure Type
NEMA 3R
Compliance
Certifications
UL 67, UL 869A, UL 916, UL 1741 PCS,
Information
CSA 22.2107.1, CSA 22,2 29
Emissions
FCC Part 15, ICES 003
&NO=
h9l AIZ101 I I [or-14 L03 I RI
D mensions 660 x 411 x 149 mm
(26 x 16 x 6 in)
Weight 16.3 kg (36 lb)
........................................................ . . .... ...
Mounting opt �O n S
PAGE �`?EL&.%SED FOR
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411 mm
149
mm
2024
1'W'FM3E7*JP=11
Performance
& dddL
Model Number
Continuous Load Rating
Maximum Supply Short Circuit Current
Communication
AC Meter
1624171-xx-y
200 A, 120/240 V split phase
22 kA with breaker
CAN
Revenue accurate (+/- 0.5%)
Expected Service Life 21 years
Warranty 10 years
° Breaker maArnurn supply short circuit current rating Must be equal to or greater than the available fault current.
*perating Temperature
Storage Temperature
Enclosure Rating
Pollution Rating
D mensions
Weight
External Service Interface
—40°C to 50°C (-40°F to 122'F)
—40-C to 85°C (-40°F to 185°F)
NEMA 311
PD3
USA: UL 414, UL 414 SB, UL 2735, UL 916, CA Prop 65
FCC, ICES
176 x 205 x 74 mm (6.9 x 8.1 x 2.9 in)
2.8 lb
ANSI Type 2S, ringless or ring type
Contactor manual override
Reset button
Conduit Compatibility 1/2-inch NPT
'� Manually overrides the contactor position during a service event.
C,TV 0RAF2VME
Un' APPROVE,-"D PLANG TO SEE �`QEFP T CNN
I'HEJOB, SVFT-'A TC-4-L fl&'IYE S
4LL ,'HANGES MUST FE AFfPRkD,,E-- 0
1
... ...... .. ......... .. 77--
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IN
176 mm
PUPE,
11 IIWIFMMTOX���
Performance
Model Number
1232100-xx-y
User Interface Tesla App
Specifications
AC Voltage (Nominal)
120/240 V
Operating Modes Support for solar self -
consumption, time -based
Feed -in Type
Split phase
control, and backup
Grid Frequency
60 Hz
Backup Transition Automatic disconnect for
Current Rating
200 A
seamless backup
Modularity Supports up to 10 AC -
Maximum Supply Short
10 kA
coupled Powerwalls
Circuit Current
Optional Internal 200 A 6-space / 12 circuit
Overcurrent Protection
100 - 200 A, Service
Panelboard breakers
Device
entrance rated 9
Siemens OP or Square D
HOM breakers rated 10 -
Overvottage Category
Category IV
80A or Eaton BR breakers
rated 10 - 125A
Internal Primary
Revenue accurate
AC Meter
(+/-0.2%)
Warranty 10 years
Internal Auxiliary
Revenue accurate
When protected by Class J fuses, Backup Gateway 2 is
AC Meter
(+/-20/o)
suitable for use in circuits capable of delivering not more
than 22kA symmetrical amperes.
Primary Connectivity
Ethernet, Wi-Ft
Cellular connectivity subject to network operator service
Secondary Connectivity
Cellular (3G, LTE/4G)
coverage and signal strength.
Environmental
Operating Temperature
—20-C to 50'C (-4°F to 122°F)
Specifications
Operating Humidity (RH)
Up to 100%, condensing
Maximum Elevation
3000 m (9843 it)
Environment
Indoor and outdoor rated
Enclosure Type
NEMA311
Compliance
Certifications
UL 67, UL 869A, UL 916, UL 1741 PCS,
Information
CSA 22.2 0.19, CSA 22.2 205
Emissions
FCC Part 15, ICES 003
Mechanical
Dimensions Aw^..
6Afix_,411, y_JAQ. m, m ... ..................................
.. ... .......... .......... ...............
411 r�AYYa149
Specifications
mm
Weight NO POW",
L
0
Mounting Ions,,
Wall mount,
i1A' h
Is
p
�6
�',!TY APPROVrED FLANJS 10 PBE KUnT_O�N
660 mm
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2024
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Whole Home Backup
Meter
Grid Meter socket panel
Load center
I
OQ_
Backup loads
Powerwall 3 with Backup Switch
Whole Home Backup
Solar
U1,
Meter
Grid Meter socket panel Load center
Backup loads
'r- , i. U•
ftrtial Home Backup
Utility Meter
Main
Breaker
Grid Meter load center
Non -essential loads
Ed
Load center
A
Backup loads
/ gl
—Solar
Solar I
911
Perfo•rmance
4. +.
ME 00111 =-I
6*11M
Mechanical
"oi(: i- p 0, f,
Model Number
1841000-xl-y
Nominal Grid Voltage
120/240 V AC
Grid Configuration
Split phase
MEN - =il.
Continuous Current 200 A
Rating
Maximum Supply Short 22 kA with Square D or
Circuit Current Eaton main breaker
25 kA with Eaton main
breaker"
IEC Protective Class Class I
'Only Eaton CSR or BWH main breakers are 25 kA rated
rating Temperature —
Maximum Elevation
Evvirotnerit
Dimensions 660 x 411 x 149
(26 x 16 x 6 in
Weight
Mountin ptions C fflt99fM94M cxmT
CITY ANS Y27)SE 0 �, q,
THE JOB ' S , 111-. 47 A LA.'. I IME 8,
ATE IZIS20N, BY- A!, TS
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AC Meter
+/-0.5%
Communication
CAN
User Interface
Tesia App
Backup Transition
Automatic disconnect for
seamless backup
Overcurrent
100-200 A
Protection Device
Service entrance rated
Eaton CSR, BWH, or BW, or
Square D OOM breakers
Internal Panelboard
200 A
8-space/16 circuit breakers
Eaton BR, Siemens OP, or
Square D HOM breakers rated
to 10-125A
Warranty
10 years
WZV1
Up to 100%, condensing
3000 m (9843 ft)
Indoor and outdoor rated
CSA 22.2107.1, CSA 222 29
FCC Part 15, Class 8, ICES 003
A
i
411 mm ------- 149 -
mm
ALL S f,UST BE` APPROVED,
WifEIIE'-S UMWTWI)i(A00< )
betwteen panplan"'I -Ipp
Mol lit ot it Ig at I d corat o! s
OM eVE4Y (if (dit
Span goes beyond monitoring with
a custorner app for real-time
controls and Useful alerts to make
energy management easy.
Combined with battery storage,
Span gives homeowners the power
to choose and change backup
priorities whenever they want.
1 OOA - 200A t iialn N eaker
22,,-)A bus
Automatic gt id Imegs ated feed �thi otfgf i lugs
di-su)mnPctduting 0
oul ages Intelligent. grid disconnect via
200A electi oiiic relay
Indoor of ouicktor rated
BUIdt itl aWOURt),Iot !I If?f
to dwin��
Ethernet, MR, Bluetood
outages Cellufat
ts AC DC cot ipled stoi age
C k ICie F EV N
THN� PAGE RE -LEASED "OR
Coa i Tf
F j
PSV %% o enables faster installa�lions and a
CM AP F ') PE 'r PLANS TC -:PT wig
e for both
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2000wi (6562 R)
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NEMAN
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wall 11R.A, FOR
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Electrical
Model
MCI-1
MCI-2
Specifications
Nominal Input DC Current Rating (1,P)
13 A
13 A
Maximum Input Short Circuit Current (Isd
19 A
17 A
Maximum System Voltage (PVHCS)
600 V DC
1000 V DC10
IOMaximum System Voltage is limited by Powerwall+ to 600 V DC,
RSD Module Maximum Number of Devices per String S S
Performance Control Power Line Excitation Power Line Excitation
Passive State Normally Open Normally Open
Maximum Power Consumption 7 W 7 W
Warranty 25 years 25 years
Environmental Operating Temperature -40"C to 500C
-45°C to 70'C
Specifications (-40'F to 122°F)
(-49°F to 1S8°F)
Storage Temperature -30'C to 70'C
-30'C to 70'C
(-22'F to 158°F)
(-22°F to 158°F)
Enclosure Rating NEMA 4X / IPGS
NEMA 4X / IP65
Mechanical
Electrical Connections
MC4 Connector MC4 Connector
Specifications
Housing
Plastic Plastic
Dimensions
125 x 150 x 22 mart 173 x 45 x 22 min
(S x 6 x 1 in) (6,8 x 1.8 x 1 in)
Weight
350 g (0.77 lb) 120 9 (0.26 lb)
Mounting Options
ZEP Home Run Clip Wire Clip
M4 Screw (#10)
M8 Bolt (5/16")
................................ PC crew
1:V111NE
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TH i S, P A, G P. R E L E A S E 11 FQ f
H
Compliance
Certifications
UL; 174' �VIE, UL 3741,
Information
V
PVRSA (Ph�Wvoltaic Rapid Shutdown Array)
RSD Initiation Method 4
-sy�ern Shutdown Switch
J0 S A"WALL
rq
K
,'ATE: 4'211�,�21024 SY� IN, Scot TSSP,01-1
Mo
UL 3741 PV Hazard Control
(and PVRSA) Compatibility
'�I� �See Power 11+ Installation Manual
2024