SOLAR-0044-2022 ;'fr Office Use Only
Permit#: c -- z
Permit Fee:$ ? c- J'
742 Bay Road,Queensbury,NY 12804
P:518-761-8256 www.gueensbury.net Invoice#: A�m
Flood Zone? Y Reviewed B .
SOLAR PANEL PERMIT APPLICATION
SITE INFORMATION:
Project Location: 1631 Ridge Road
Tax Map ID#: 266.3-1-25 Subdivision Name:
PROJECT INFORMATION:
Re Vntial:Q Commercial Other:
lV_ISingle Family
Multi-Family
Are the solar panels? W1 Purchased Leased
Estimated cost of construction: $69,828.00
Total System Capacity Rating (sum of all panels):
Solar PV System: 20.16 kw DC
Select System Configuration:
Supply side connection with micro inverters FEB 0 9 2022
X Supply side connection with DC optimizers 'TO UILDO .QUEENSBua
N'G& CODES Y
Supply side connection with string inverter
X Load side connection with DC optimizers
Load side connection with micro inverters
Load side connection with string inverter
Solar Panel Application Revised January 2021
DECLARATION:
1. 1 acknowledge that no construction shall be commenced prior to the issuance of a valid permit and will be
completed within a 12 month period.Any changes to the approved plans prior to/during construction will
require the submittal of amended plans,additional reviews and re-approval.
2. If,for any reason,the building permit application is withdrawn, 30%of the fee is retained by the Town of
Queensbury.After 1 year from the initial application date, 100%of the fee is retained.
3. If the work is not completed by the 1 year expiration date the permit may be renewed, .subject to fees
and department approval.
4. 1 certify that the application, plans and supporting materials are a true and a complete statement and/or
description of the work proposed,that all work will be performed in accordance with the NYS Building Codes, local
building laws and ordinances, and in conformance with local zoning regulations.
5. A third-party electrical inspection will be completed at which time the Town of Queensbury's Building and Codes
Enforcement department will be contacted to complete an inspection of the final installation of the solar panels.
Please sign below to affirm that all answers are correct and that you have met all of the conditions and
requirements to submit a unified solar permit.
I have read and agree to the above:
See attached
Homeowner's Signature Date
2/4/2022
olar Co. Representative Signature Date
Solar Panel Application Revised January 2021
DocuSign Envelope ID:E0588156-D3FE-4B49-975D-3B55BC5BA5B8
279 Broadway
Building#2
_ 8,8selmar7, J Menands,NY 12204
(518)-478-8365
(518)-953-1095 Fax
Brandy Tennyson
(Customer) hereby authorize Kasselman Solar LLC,to act
as customer,agent&contractor,and to submit all necessary permit applications and supporting
documents to the Town Building Department on my behalf.
Brandy Tennyson
Customer Name(Print)
DocuSigned by:
�Aan, fi Sbtn,
us f wftRkure>
1631 Ridge Road Queensbury New York 12804
Customer Address
Queensbury
Municipality that issues your Building Permit
DocuSigned by:
.dl� eyp,,y
K [fflff r-RdWEmployee Signature
CONTACT INFORMATION: PLEASE PRINT LEGIBLY OR TYPE, PLEASE INCLUDE AN EMAIL
• Property Owner(s):
Name(s): Brandy Tennyson
Mailing Address, C/S/Z: 1631 Ridge Road, Queensbury, New York 12804
Cell Phone: _(518 )824-1147 Land Line: _( ) _
Email:
• Solar Contractor:
Workers' Comp documentation must be submitted with'this application
Business Name: Kasselman Solar, LLC
Contact Name: Loreen Harvey
Mailing Address, C/S/Z: 279 Broadway bldg 2, Menands, NY 12204
Cell Phone: _(518 )478-3906 Land Line: _( )
Email:LHarvey@kasselmansolar.com
• Electrical Contractor:
Workers' Comp documentation must be submitted with this application
Business Name: Kasselman Solar, LLC
Contact Name: Ernesto(Gino)Cimmino
Mailing Address, C/S/Z: 279 Broadway bldg 2, Menands, NY 12204
Cell Phone: _( 518 )368-3196 Land Line: _( . _)
Email:ginoc@kasselmansolar.com
Contact Person for Compliance in regards to this project: Loreen Harvey
Cell Phone: ( 518 )478-3906 Land Line:
Email:LHarvey@kasselmansolar.com
Solar Panel Application Revised January 2021
PLEASE INCLUDE WITH YOUR SUBMITTAL:
1. Completed Solar Panel Installation permit application
THREE (3) COPIES OF THE FOLLOWING:
2. Signed and stamped architect or engineer solar plans, which include:
a. Design/snow load
b. Letter indicating rafters can handle additional load of solar panels and snow
c. Proper setbacks from ridgeline for Fire Department access
d. Rapid Shutdown
3. Plot plan indicating proposed structure to hold solar panels
ADDITIONAL IMPORTANT INFORMATION:
1. Any changes to the approved plans prior to or during construction will require the submittal of
amended plans, additional reviews and re-approval.
2. If, for any reason, the building permit application is withdrawn, 30% of the fee is retained by the
Town of Queensbury. After 1 year from the initial application date, 100% of the fee is retained.
Solar Panel Application Revised January 2021
Solar Panel Plan Review
IAll wiring in conduit
18" from ridgeline and valleys
Two T foot access ways from ground to ridge one side of roof
Rapid shutdown shown
/UlA-roof commercial in compliance with section 1203.4 of fire code
Labeling of conduit and panels
Battery storage in attached garages and Utility Closets separation '/" on wall and 5/8" on
�)( ceiling if living space above
Battery storage on exterior walls located a minimum 3 feet from doors and windows.
Individual battery storage system units shall have a maximum rating of 20 kWh.
The aggregate rating shall not exceed:
�40 kWh within utility closets and storage or utility spaces
x80 kWh in attached or detached garages and detached accessory structures
N773.80 kWh on exterior walls.
--F,"4.80 kWh outdoors on the ground access isles required
Heat detector interconnected to the smoke alarm in building
Rooms and areas containing battery storage systems 5/8" Type X, installed on the walls
and ceiling of the room
Indoor installations exhaust ventilation required for other than lithium-ion
Bollards for impact protection
Revised 1/24/2022
2/4/2022 Customer:
Brandy Tennyson
1631 Ridge Road
Address: Queensbury,,New York 12804
Phone:
...SOLARARRAV .........................................................................................
(518)824-1147"
9 QCell 480 W modules 42 Well 480 W Modules
9 SolarEdge P 505 Power Optimizers 42 SolarEdge P 505 Power Optimizers
......---------------------------------------------------------GARAGE.-.-.-........--......--...-.--...-....-....-..--...........--..--.--.-.---.---------.-----;
1 10k SolarEdge HD Wave Inverter
alorHmaz 10k
1 7.6k SolarEdge HD Wave Inverter
1- 2
SolarEdge HD Wave Inverter
SolarEdge Stand alone EV Charger
9 QCell 480 W modules DC #8/3 RX y stem Size(kW)) 20.16
S
9 SolarEdge P 505 Power Optimizers AC SOlA8CPM11NER MSF!
100A BUS 200A BUS
100A MAIN
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#2 SER
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12 Well 480 W modules 7.6k
UtIlity: National Grid
12 SolarEdge P 505 Power Optimizers SolarEdge HD Wave Inverter Backfed breaker
dedicated to PV ONLY Acct# 80852-27110
elorHwN�z
X. AC
#6/3 RX Meter#32848783
ii------------------------------------------------------------------------------------------------------------------------------------
12 QCell 480 W modules
12 SolarEdge P 505 Power Optimizers
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Kasselman Solar
279 Broadway Bldg.2 <?.� `.k.aS S e man;oL.Au
-------------------------------------------------------------------------------------- Menands,NY 12204
518-320-7669
Site Design Conditions
Basic Wind Speed: 108 MPH Max.Leg Axial Bearing: S,B65 lbs.
(R
Bosic Wiisk Category nd Speed:II)
101 MPH Max.Leg Uplift: 2.815 lbs.
(Risk Category 1)
Exposure Category: C Max.Lateral Resistance: 2.245 lbs.
Ground Snow Load: 50 PSF Top Rail Max.loading: 154.1 plf
Flat Roof Snow Load: N/A Helical Pile Depth: 60'Min
(if applicable)
Site Contour. a Dr sx,ro lateral Resistance Plate Sze: Not Rsq'd
All design work has been performed In accordance with the 2020 Building Code
of New York State affective May 12.2020,Including but not limited to.the 2018
International Building Code with state directed modifications.
PLAN VIEW
Net design pressures were calculated in accordance with ASCE 7-16 section
NOT TO SCALE 27.4.3.'Open Buildings with Monoslope,Pitched,or Troughed Roofs: All load
cases were evaluated in determining the limiting design conditions. The data
table above provides the results for the limiting load case. Maximum leg
reaction(areas represent the highest load condition seen by any leg in the
structure. Al legs in the structure are designed to meet the maximum load
eondtiona.
6Lx7C Sub—Array Design Conditions
Front Leg Height: 42' Array Tilt Angle: 26 Degrees
Rear Leg Height: 104li Overall Array East—West Dim: 51'-1'
North—South Leg Spacing: 127,% Number of Modules/Sub—Array: 42
West Span Leg Spacing: 13•-6• Number of Sub—Arrays: 1
East Span Leg Spacing: 13'-6- Module Columns/Sub—Array: 7
Quantity Center Spans: 1 Number of Module Rows: 6
Center Span Leg Spacing: 13'-6' Module Orientation: Landscape
East&West Overhang: 4'-1' Module Column Spacing
Overall Beam Length: 48'-8- Module Row Spacing
Front Edge Ground Clearance: 28' Module Model: Q.PEAK DUO XL—G10,d
Horizontal Rail Material: 5'x474'HSS Module Sae: 41.14'x 87.24'
Top Rail Material: SF HD—Rails Individual Module Rating: 480 watt
Qly Rails per Panel: 2 Sub Array Power Rating: 20.16 kw
Top Rail Length: 254' Total Power Rating: 20.16 kw,
Top Rail Center Span: 142'
Top Rail Overhangs: 56'
N�W�Q
1 a F
�t
o>353t
a RoFEs�s�o�r
Sheet 1 of 3 Kasselman Solar LLC Solar Foundations USA
Date Revision Drawn By: Review By:
02/03/2022 Original JB JD Project:Re.
Tennyson Residence
1631 Ridge Road 1142 River Road,New Castle,DE 19720 Ph:(355)733-7200 Fax:(366)614-5665
Queensbury,NY 12804
rep R.ow.lnrg Overall East-West ➢f
West Overhang West Spa o—
enter Spa —East Spa nst Overhang
Top Rol Cen m Span
109Y
26
T.Rea u,,,r„,p Rear Le Height
Front Leg Height
zR•
aer`:r�eo wo sld o Ms[�ee.el 4ndn Refer to Dwg Sheet I for East-West Pile Spans and Front and Rear Leg Heights.
SIDE ELEVATION DETAIL POST SPACING ELEVATION DETAIL
N.T.S N.T.S
JH
SF ROY fostened to Tube steel Wth i• SIXor Foundotb¢`
Got vordzed U-bolt or(D 1'x20 Elm➢rill Flex TF Ra q Vn,pe,Ryrea U-ed to(2) steel] MI Nx
Se1F Toppt�R Screes or eginl. For SF Roll Self Topp4p Suess ar vgwL For rl Boll
lergtM h excess of IB'-0•,use(2)U-bolts IenptM In excrss of 14'-n•,use<e)U is
Sxlxl'HSS TT Steel,(Iol—&[d �xt:pj�=Tube Stem,FalvoN.d
Fun Penetrotlon Groove Welded SWlces rill Penetrotm f *Vended Spaces
HSS Fastened to Top cop meh M2• NSS Fostered to Too COP Ott,1l•
1y' Seh 40 14' Holt, Gblvvu:ed u-Holt Gmvani[ed u-sat
Diagonal Brace, TYp•2
Galvanized places
Hdt, 3
Grade G^wv+z[aC.a lo�r�i,n`wi`vw ed�o
LOWER CAP DETAIL UPPER CAP DETAIL
N.T.S N.T.S
2k Sch 40 HellCnl Pile, All
locations,Typ. �
Capacities per Site Design '���G NO
Data Table � OLC 9jr
Minimum 60'Depth or Until
Load Bearing Strata
Reached
Z
HELICAL PILE DETAIL
N.T.SOFES$�ONi*
Sheet 2 of 3 Kasselman Solar LLC
Dare Revision Drawn By: Review By:02/03/2022 Original JB JD Project: Solar Foundations USA
Tennyson Residence
1142 River Rwd,New Cache,DE 19T20 Ph:(855)734-71D0 Fax:(866)614-5665
1631 Ridge Road
Queensbury,NY 12804
Specification Requirements,
The following material specification requirements pertain to the
2-1/2' Above Grade Lead Extension fabrication of the Solar Foundations USA ground mount solar
North Columns May Use Threaded Heights set per design table. support structure as Indicated on these drawings.
Coupling in Place of Weld, Coupling
60 to be located Above the Wind Brace 1. Solar Foundation aluminum rails shall conform to ASTM 13221.
2. Structural steel tubing shall be ASTM A500 High Yield (60 ksi).
3. Steel pipe for plies shall conform to ASTM A500 Grade C.
4. Steel pile extensions shall be ASTM A53 Grade B.
5. Steel pipe for diagonal bracing shall be ASTM A53 Grade A.
6. Fabricated steel plate for column cap assemblies, bracing
North Columns May Use Threaded clamps, etc. shall be ASTM A36 or AI011.
Coupling In Place of Weld, Coupling 7. Steel bolts for cap fasteners shall conform to SAE J429
60 p g Grade 5. All other bolts shall conform to SAE J429 Grade 5
to be located Above the Wind Brace or better.
8. Steel U-bolts shall conform to ASTM 1D18,
9. USS flat steel washers shall conform to ASTM F844 and nuts
for steel connections shall conform to ASTM A563 Grade A.
10. All field welding shall conform to AWS D1,1/D1.IM -Structural
Welding Code requirements.
11, All steel shall be hot-dip galvanized per ASTM A123 or A153
after all fabrication has been completed.
Installation Requirements-
1. The minimum average installation torque required to obtain the
required Indicated capacities and the minimum Installation depth
shown on the plans shall be satisfied prior to termination of
�2-1/2' Sch 40 Lend Section 2-1/2' Sch 40 Lead Section the Installation. The Installation torque shall be an average
of the Installation torques Indicated during the last 1 foot
of Installation.
2. The torsional strength rating of the torque anchor shall not
be exceeded during the installation. If the torsional
strength limit of the anchor has been reached, but the
Continuous Flight Helix anchor has not reached the target depth, perform the
Increase Size as needed to obtain
J'x19' Helicoid Length Typical. Single Flight Helix, Typical. following:
When used In high density soils, Bearing Capacities 2.1. If the torsional strength limit Is achieved prior to
rocky solls or bedrock, pre-drill reaching the target depth, the Installation may be
the pile location with a 3-1/2' acceptable If reviewed and approved by the engineer
rock drill or rock auger as needed and/or owner.
2.2. The Installer may remove the torque anchor and Install n
new one with smaller diameter helical plate.
2.3. If using a continuous flight pile, pre-drill the pile location
with a 3-1/2' rock auger.or 3-5/8' rock drill as needed.
G N 3. If the target depth is achieved, but the torsional
() W Y requirement has not been met the Installer may do one of
HELICAL PILE DETAIL G, DpU O,p ;the following-
a�
* 7` 4n <� N * 3.1, Install the torque anchor deeper to obtain the required
N.T.S. "`�t�' 2 3.2. Removcapace the torque anchor and Install a new one with a
.r q
larger diameter helical plate or one with multiple hellcat
> ;, K plates.
'Ch 3,3. Reduce the load capacity on the Individual torque anchor
cO 073535 by providing additional torque anchors at a reduced
`asO F SSI NP4 spacing.
� Ed
Sheet 3 of 3 Kasselman Solar LLC Date Revision Drawn By: Review By: Solar Foundations USA
02/03/2022 Original JB ID Project: C
Tennyson Residence
1631 Ridge Road 1142 River Road,New Castle,DE 19720 Ph:(855)738-7200 Fax:(866)6 -5665
Queensbury,NY 12804
Tennyson Residence
t--A ►—g 0'-0"
46'/" ; ® 13'-6"
27'-0"
40'-6"
5'-3'/z' El � 1 spans of � < --�®<-- 5'-3'/P
134' ® 13'-6" s 13'-6"
t t
t
1273/4' i 4 V-10'/Z'
r r
t
B 40'-6"
54" ®, i
W ,�®
Diagonal
6Lx7C sub-array 54'-6"
South Edge
1• an
7(a): s °� • 13 -1.,LABEL,PV DC.DISCONNECT OPERATING SPEC,
�I •. �.� .NNECT ! MAINNING PLACE,1 PERINV;ERTER_
t:irmilmne 'Nnarm, 1, PHOTOVOLTAIC SYSTEM 2•WARNING,LABEL,DC,PLACE:-I'PER-JNVERTER AND
RATE6MPPCURRENT AMPS - -- DC JUNCTION.BOX_
7(b)_ _ �` COMBINER PANEL
RATED MPP VOLTAGE VOLTS DO NOT ADD LOADS 3.WARNING LABEL,,DC,PLACE 1,,EVERY 10'OF
MAX SYSTEM VOLTAGE VDC . . CONDUIT,REFLECTIVE-
MAX CIRCUIT CURRENT AMPS
4:LABEL:INDICATING PV HAS RAPID SHUTDOWN,
2. PLACE 1 ON.METER
8 ','REFLECTIVE_
.
d 1J�1A I N I N CSOLAR DISCGNNECT� 5.LABEL INDICATING MAIN BREAKER HAS BEEN
.ELECTRICAL SHOCK HAZARD, DOWNSIZED;=PLACE'l NEAR11AIN.
,TERMINALSONTHE LINEAND_ -
6.,W GARNIN LABEL,JNDICATING KIETER IS`BACK'F- ED
LOAD SIDES MAY BE ENERGIZED' 9
IN THE OPEN POSITION;; • 1 L BY.PV,.PLACE 1ON.METER.
DO NOT RELOCATE 7(a)(b).LABEL INDICATING WHERE PVDISCONNECT IS
LOCATED;PLACE 1'ON METER.VERBAGE VARIES PER
3. . . • • • THIS OVER CURRENT SITE.
DEVICE S.LABEL INDICATING PV DISCONNECT;PLACE1
ANYWHERE PV CAN BE DISCONNECTED;REFLECTIVE.
4_ . • 1051)
WAX
= 9.LABEL INDICATING PV OVER CURRENT DEVICE,
PLACE 1 NEAR ALL PV BREAKERS EXCEPT MAIN.
EQUI"PPE D WITH TURN OFF PHOTOVOLTAIC
10.WARNING LABEL,AC,PLACE 1 PER AC JUNCTION
RAPID !• AC DISCONNECT PRIOR TO BOX;COMBINER PANEL,DISCONNECTS,ALL
WOF3KING INSIDE PANEL ELECTRICAL LOAD CENTERS_
H.LABEL,PV,AC DISCONNECT-OPERATING'SPEC,
5: 1•
• ► �� � • 41. PHOTOVOLTAIC
• • • � PLACE'f AT ALL LOCATIONS PV AC CAN BE
1� 'o' • r r o 1 0
DISCONNECTED:
I I AC DISCONNEc '12.WARNING LABEL,PLACE'l ON COMBINER PANEL,
DISCONNECT;OR TAP LOCATION:'
RATED AC OUTPUT CURRENT A
A i \N'!' \ NOMINALOPERATINGACVOLTAGE V '13'1NARNIN'6LAf3EL;PLACE 1 ON COIl181N[R PANEL.
"NOTE-LABELS ARE SITE SPECIFIC.
_. pp THIS SERVICE METERV`JAI�,IrIING
IS ALSO SERVED BY A
PHOTOVOLTAIC SYSTEM DUAL POWER SUPPLY-
SOURCES-1 UTILITY GRID
AND PV SOLAR
ELECTRIC SYSTEM Ksassolrnan;Solar,.LLc
'279 BroadvdaY Bk1g 2
AI sands;NY'2204:
(518)320-7669'1:
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2020 a CELLS
Yield Security
A BREAKING THE 21%EFFICIENCY BARRIER
Q.ANTUM DUO Z Technology with zero gap cell layout boosts
�W1LL module efficiency up to 21.6%.
LOW ELECTRICITY GENERATION COSTS
! O Higher yield per surface area,lower BOS costs and up to 80 watts more
module power than standard 144 half-cell modules.
ENDURING HIGH PERFORMANCE
' Long-term yield security with Anti LID Technology,Anti PID
( Technology',Hot-Spot Protect and Traceable Quality Tra.Q'"^.
e f EXTREME WEATHER RATING
High-tech aluminium alloy frame,certified for
high snow(5400 Pa)and wind loads(2400 Pa).
)
1 A RELIABLE INVESTMENT
(V J Inclusive 12-year product warranty and 25-year
s \/ linear performance warrantyz.
l
STATE OF THE ART MODULE TECHNOLOGY
° Q.ANTUM DUO combines cutting edge cell separation
and innovative 12-busbar design with Q.ANTUM Technology.
9
a 'APT test conditions according to IEC/TS 62804-1:2015,method B(-1500V,168 h)
2 See data sheet on rear for further information.
E E E
D
FER p 9 2022
THE IDEAL SOLUTION FOR:
Grouned
solarp werpl plants
-rOwN OF OUEENSBURY
49 solar power plants -
BUILDING &CODES
Engineered in Germany CELLS
MECH A N!CAL SPEC!F!CAT!0%I
1z
Format 2216mm x 1045mm x 35mm(including frame) Q
Weight 26.5kg luemm j7
Front Cover 3.2mm thermally pre-stressed glass with ° _ _ `�
anti-reflection technology
Back Cover Composite film 1r__7 ° a J
Frame Anodised aluminium W
Cell 6 x 26 monocrystalline Q.ANTUM solar half cells
Junction box 53-101mm x 32-60mm x 15-18mm
Protection class IP67,with bypass diodes
Cable 4mmz Solar cable;(+)2:700mm,(-)2:350mm• �,...
+,Mm,w°aary[rulq
Connector Stbubli MC4-Evo2,Hanwha Q CELLS HQC4;IP68
'Long cables(+)>_1450mm,(-)a1450mm for landscape ��mm I QI�mm I O�I°mm
Installation are available upon request.
ELECTRICAL CHARACTERISTICS
POWER CLASS:-- 475.= 4130,<' =`..' 485,'_.:..:` `. `:,490.'; .', ..'_ -495;'
MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS,STC'(POWER TOLERANCE+5 W/-0 W)
Power at MPP' P,`Pp [W] 475 480 485 490 495
E Short Circuit Current' Isc (A) 11.24 11.26 11.29 11.31 11.34
E Open Circuit Voltage' Voc, [V] 53.58 53.61 53.64 53.68 53.71
5 Current at MPP IMpp [A] 10.66 10.71 10.76 10.81 10.86
Voltage at MPP VmPP [VI 44.54 44.81 45.07 45.33 45.59
Efficiency' q [%] 2:20.5 2:20.7 2!20.9 a21.2 z21.4
MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS,NMOT'
Power at MPP PMpp [W] 356.4 360.1 363.9 367.6 371.4
E Short Circuit Current Ise [A] 9.05 9.07 9.09 9.12 9.14
E Open Circuit Voltage Voc IV] 50.53 50.56 50.59 50.62 50.65
c
Current at MPP IwP [A] 8.39 8.43 8.47 8.52 8.56
Voltage at MPP VMpp IV] 42.49 42.72 42.94 43.17 43.39
'Measurement tolerances P, ±3%;Isc,Voc±5%at STC:1000 W/m',25±2°C,AM 1.5 according to IEC 60904-3.1800 W/m',NMOT,spectrum AM 1.5
�CELLS PERFORMANCE WARRANTY;' ; :r'':`� :.,. :::. �..,.. :,. PERFORMANCE_AT.LOW:IRRADIANCE��:`-_�' ;'..` _:.:." '' .`-
----
$3 At least 98%of nominal power dur-
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Ing first year.Thereafter max.0.5% to o
LL o „ ------- ------------------------------- degradation per year.At least 93.5% ' r
U __L_____L
LL 10a
of nominal power up to 10 years.At
least 86%of nominal power up to
w
w
g a ----------- - - 25 years.
______•_ _________ _______.__ All data within measurementtoler-
• "-` -" antes.Full warranties In accordance eo I f I
with the warranty terms of the aoo 400 coo soo loud
o Q CELLS sales organisation of your IRRADIANCE(WI.-]
respective country.
YEARS Typical module performance under low irradiance conditions in
comparison to STC conditions(25°C,1000 W/m�.
_. ....
ITEMPERATURECOEFF,ICIENTS. '. - _ = =" � '- -
Temperature Coefficient of]so D [%/K] +0.04 Temperature Coefficient of Voc p [%/K] -0.27
Temperature Coefficient of P,,,pp y [%/K] -0.34 Nominal Module Operating Temperature NMOT [°C] 43±3 i
o
PROPERTIES FOR SYSTEM DESIGN
Maximum System Voltage Vsys IV] 1500 PV module classification Class II
0
Maximum Reverse Current Is [A] 20 Fire Rating based on ANSI/UL 61730 C/TYPE 1 0
Max.Design Load,Push/Pull [Pa] 3600/1600 Permitted Module Temperature -40°C-+85°C
on Continuous Duty x
Max.Test Load,Push/Pull [Pa] 5400/2400 o
QUALIFICATIONS AND CERTIFICATES
ei
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IEC 61215:2016; O
IEC 61730:2016. F
This dataDIN EN et 503omplies rc� \ O
with DIN EN 50380. Y�e1o1and
Cerfffication in process. ioii,`,amir
Note: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.
0
Hanwha 0 CELLS GmbH -
Sonnenallee 17-21,06766 Bltterfeld-Wolfen,Germany I TEL+49(0)3494 66 99-23444 1 FAX+49(0)3494 66 99-23000 1 EMAIL sales@q-cells.com I WEB www.q-cells.com
Engineered in Germany OCELLS
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inverters
I Next generation maintenance with module-
Up to25Y6momenergy level monitoring
I Superior efficiency (99.S%) 1 Meets NEC requirements for arc fault
protection V\F[Dand Photovoltaic Rapid
/ Mitigates all types of module mismatch losses, Shutdown System (PVRSS)
from manufacturing tolerance to partial
shading I Module-level voltage shutdown for installer
/ Flexible system design for maximum space and firefighter safety
utilization
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For North America
P320 / P340 / P370 / P400 / P401 / P405 / P485 / P505
P37.1 1 .,/
(for higher-•. 1 I (for high- (for high
411 1 1
power
(typical module . .1 •. . ./ (for high- rl (for high- (for higher
modules)60 and 72- 96-cell voltage t voltage current
compatibility) I modules) 1 60-cell and 72 cell
modules) cell •• • modules)
modules)
(.INRUT
Rated Input DC Powertn 320 340 370 400 405 485 505 W
Absolute Maximum Input Voltage 48 60 80 60 1250) 83R) Vdc
(Voc at lowest temperature)
MPPT Operating Range 8-48 8-60 8-80 8-60 12,5-105 12.5-83 Vdc
Maximum Short Circuit Current(Isc) 11 10.1 11.75 11 14 Adc
Maximum Efficiency 99.5 9.
Weighted Efficiency 98.8 98.6 %
Overvoltage Category II
OUTPx T'DURING OPERATION.(0"b ER 00TI liER`;CONNECTED TO QPERATING;SOLAREDGEINVERTER)
Maximum Output Current 15 Adc
Maximum Output Voltage 60 85 Vdc
OUTPUT-DURING STANDBX;.(POWER'OPi IMIZER°DISCONNECT ED FROM SOLAREDGE INVERTER',OR SOLAREDGE iNV,ERTER OFF);
, . . . ,
Safety Output Voltage per Power 1±0.1 Udc
Optimizer
STANDARD C6 PLIANCE
EMC FCC Part15 Class B,IEC61000-6-2,IEC61000-6-3
Safety IEC62109-1(class Il safety),UL1741
Material UL94 V-0,UV Resistant
ROHS Yes
INSTALLATION SPECIFICATIQNS=f
Maximum Allowed System
Voltage 1000 Vdc
Compatible inverters All SolarEdge Single Phase and Three Phase inverters
Dimensions 129 x 153 x 33.5 129 x 153 x 29.5 129 x 162 x 59/ mm
(WxLxH) 129x153x27.5/S.lx6x1.1 /5.1x6x1.3 /5.1x6x1.16 129x159x49.5/5.1x6.3x1.9 5.1x6.4x2.3 /in
Weight(including cables) 630/1.4 1 750/1.7 1 655/1.5 845/1.9 1064/2.3 gr/Ib
Input Connector MC40) Single or dual MC4p1
MC4n1t41
Input Wire Length 0.16/0.52 m/ft
Output Wire Type/Connector Double Insulated/MC4
Output Wire Length 0.9/2.95 1.2/3.9 m/ft
Operating Temperature Range") -40-+85/-40-+185
Protection Rating IP68/NEMA6P
Relative Humidity 0-100 %
(1)Rated power of the module at STC will not exceed the optimizer'Rated Input DC Power'.Modules with up to+5%power tolerance are allowed
(2)NEC 2017 requires max input voltage be not more than 80V
(3)For other connector types please contact SolarEdge
(4)For dual version for parallel connection of two modules use P485-4NMDMRM.In the case of an odd number of PV modules in one string,installing one P485 dual version power optimizer connected
to one Pv module.When connecting a single module seal the unused input connectors with the supplied pair of seals.
(5)For ambient temperature above+85°C/+185°F power de-rating is applied,Refer to Power Optimizers Temperature De-Rating Technical Note for more details,
PV System Design Using Single Phase Three Pha se for Three
se for
SolarEdge Single phase 1: • • :l'
Minimum String Length P320,P P370,
P400,P401 8 10 18
01
(Power Optimizers) P405,P485,P505 6 8 14
Maximum String Length(Power Optimizers) 25 25 5001
5700(6000 with
Maximum Power per String SE7600-US-SE11400- 5250 6000(9 127500G) W
US)
Parallel Strings of Different Lengths or Orientations I Yes
(6)For detailed string sizing information refer to:http://www.solamdge.com/sites/default/files/string_sizing na.pdf
(7)It is not allowed to mix P40S/P485/P505 with P320/P34D/P370/P400/P401 in one string
(8)A string with more than 30 optimizers does not meet NEC rapid shutdown requirements;safety voltage will be above the 30V requirement
(9)For 208V grid:it is allowed to install up to 7,2DOW per string when the maximum power difference between each string is 1,DDOW
(10)For 277/480V grid:it is allowed to install up to 15,000W per string when the maximum power difference between each string is 2,000W
®SolarEdge Technologies Ltd.All rights reserved.SOLAREDGE,the SolarEdge logo,OPTIMIZED BY SOLAREDGE are trademarks or registered trademarks of SolarEdge Technologies,Inc AM.
RoHS
All other trademarks mentioned herein are trademarks of their respectiveowners.Date:07/2020NO2/ENG NAM.Subject to change without notice.
Intertek
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SE3000HUS /. SE3800H US / SE5000H-US % SE6000H US / _
SE76OOH-US / SEIOOOOH US / SE11400H-US
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Optimized installation with HD-Wave technology
/ Specifically designed to work with power optimizers / UL1741 SA certified,for CPUC Rule 21 grid compliance
/ Record-breaking 99%weighted efficiency / Small, lightweight, and easy to install both
outdoors or indoors
/ Quick and easy inverter commissioning directly from
a smartphone using the SolarEdge SetApp / Built-in module-level monitoring
/ Fixed voltage inverter for longer strings / Optional: Faster installations with built-in
consumption metering (1%accuracy) and
/ Integrated arc fault protection and rapid shutdown production revenue grade metering (0.5% accuracy,
for NEC 2014, NEC 2017 and NEC 2020 per article ANSI C12.20)
690.11 and 690.12
solaredge.com solar=@@
Single Phase Inverter with HD-Wave Technology
for North America
SE3000H-US SE380OH-US / SE5000H-US / SE6000H-US/
SE760OH-US SE1000OH-US / SE1140OH-US
MODEL NUMBER SE300OH-US SE380OH-US SE500OH-US I SE600OH-Us SE760OH-US OOOOH-US SE11400H_
_US L
APPLICABLE TO INVERTERS SEXXXXH-XXXXXBXX4
WITH PART NUMBER
Rated AC Power Output 3000 3800 @ 240V 5000 6000 @ 240V 7600 10000 11400 @ 240V VA
3300 @ 208V 5000 @ 208V 10000 @ 208V I
Maximum AC Power Output 3000 3800 @ 240V 5000 6000 @ 240V 7600 10000 11400 @ 240V VA
3300 @ 208V 5000 @ 208V 10000 @ 208V I
AC Output Voltage Min.-Nom.-Max. ✓ ✓ ✓ [Va,
(211-240-264)
AC Output Voltage Min.-Nom.-Max. ✓ Vac
(183-208-229) 1
AC Frequency(Nominal) 59.3-60-60.50) Hz
Maximum Continuous Output 12.5 16 21 25 32 42 47.5 A
Current @240V
Maximum Continuous Output - 16 - 24 48.5 A
Current @208V
Power Factor 1,Adjustable-0.85 to 0.85
GFDI Threshold 1 A
Utility Monitoring,Islanding Protection, Yes
Country Configurable Thresholds
Maximum DC Power @240V 4650 1 5900 7750 1 9300 11800 �1551 17650 W
- 5100 - 7750 15500 W
Maximum DC Power @208V
Transformer-less,Ungrounded Yes
Maximum Input Voltage 480 Vdc
Nominal DC Input Voltage 380 400 Vdc
Maximum Input Current @240V(2) 8.5 10.5 13.5 16.5 1 20 27 30.5 Adc
Maximum Input Current @208V(1) - 9 13.5 27 Adc
Max.Input Short Circuit Current 45 Adc
Reverse-Polarity Protection Yes
Ground-Fault Isolation Detection 600ka Sensitivity
Maximum Inverter Efficiency 99 99.2 %
CEC Weighted Efficiency 99 99 @ @ 9 240V20 %
8.5 8V
Nighttime Power Consumption <2.5 W
(1)For other regional settings please contact SclarEdge support
(2)A higher current source may be used;the inverter will limit its input current to the values stated
Single Phase Inverter with HD-Wave Technology
for North America
SE3000H-US SE380OH-US / SE5000H-US / SE6000H-US/
SE760OH-US SE1000OH-US / SE1140OH-US
MODEL NUMBER SE300OH-US SE380OH-US SE500OH-US SE600OH-US SE760OH-US SE1000OH-US SE1140OH-USIM
y-
ATUR bDITI-A NAL FE d
Supported Communication Interfaces RS485,Ethernet,ZigBee(optional),Cellular(optional)
Revenue Grade Metering,ANSI C12.20 Optional")
Consumption metering
Inverter Commissioning With the SetApp mobile application using Built-in Wi-Fi Access Point for Local Connection
Rapid Shutdown-NEC 2014,NEC
2017 and NEC 2020,690.12 Automatic Rapid Shutdown upon AC Grid Disconnect
T &SA V!A" D_''t&M`0 L:I Cd Safety UL1741,UL1741 SA,UL1699B,CSA C22.2,Canadian AFCI according to T.I.L.M-07
Grid Connection Standards JEEE1547,Rule 21,Rule 14(HI)
Emissions FCC Part 15 Class B
INSTALLATION l SPECIFICATIONS AC Output Conduit Size AWG Range 1"Maximum 14-6 AWG 1 Maximum/14-4 AWG
DC Input Conduit Size/#of Strings/
AWG Range 1"Maximum/1-2 strings/14-6 AWG 1"Maximum/1-3 strings/14-6 AWG
Dimensions with Safety Switch(HxWxD) 17.7 x 14.6 x 6.8 /450 x 370 x.174 21.3 x 14.6 x 7.3/540 x 370 x 185 in/mm
Weight with Safety Switch 22110 1 25.1/11.4 1 26.2/11.9 38.8/17.6 lb/kg
Noise <25 1 <50 dBA
Cooling Natural Convection
Operating Temperature Range -40 to+140/-40 to+60(4) -C
Protection Rating NEMA 4X(Inverter with Safety Switch)
(3)Inverter With Revenue Grade Meter P/N:SExxxxH-US000BNC4,Inverter With Revenue Grade Production and Consumption Meter P/N:SEx)=H-US000BN14.For consumption metering,current transformers
should be ordered separately.SEACT0750-20ONA-20 or SEACT0750-400NA-20.20 units per box
(4)Full power up to at least 50*C/122T;for power de-rating information refer to:https.,//www.solaredge.com/sites/default/fles/se-temperature-derating-note-na.pdf
How to Enable Consumption Monitoring
By simply wiring current transformers through the inverter's existing AC conduits and connecting them to the service
panel, homeowners will gain full insight into their household energy usage helping them to avoid high electricity bills
Single phase inverter with.
HD-wave technology and:
built-in RGM and.
Service Panel consumption.monitoring
.0
Grid
A
CT L1 N LZ
Shielded CATSe cable
---- ------------ --
L1 -
N
L2
AC Conduit
Q SolarEdge Technologies,Inc All rights reserved.SOLAREDGE,the SolarEdge logo,OPTIMIZED BY SOLAREDGE are trademarks or registered trademarks of SolarEdge Technologies,Inc All
other trademarks mentioned herein are trademarks of their respective owners.Date,12/2020/V01JENG NAM.Subject to change without notice. RoHS
Smart EV Char er
For (North:America
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Smart EV Charging with SolarEdge
/ Wi-Fi enabled, level 2 charging station,with up to 40A Optimized charging,when connected to a SolarEdge
(9.6kW) charging power inverter(3):
/ Control and monitoring via app - including remote i Charges EV with up to 100% renewable energy by
operations, smart scheduling and charging history using excess-solar mode(')
/ Industry-leading 5-year warranty(') / Synchronizes with the full SolarEdge ecosystem (PV,
Rated for indoor or outdoor use home backup, and smart home devices), all managed
by a single mobile app
Plug-in unit, easily modified to support hardwired / Faster charging with the unique Solar Boost mode,
installations(2) g g q
utilizing both grid and available PV simultaneously(')
Suitable for use with or without a SolarEdge PV system
(1)For additional information regarding the EV charging cable warranty terms please refer to:httpsV/www.solaredge.com/warranty
(2)Hardwired installation by professional installer only
(3)Supports AC connection to Energy Hub and HD-Wave inverters only.A dedicated solar boost kit(SE-EV-IGT43UPG-01)is required for connection to standard HD-Wave inverters
(4)SolarEdge import/export meter and communication connectivity with the SolarEdge inverter are required for controlled excess solar charging
solaredge.com Solar=@@
Smart EV Charger
For North America
EV CHARGER-SRECIFICATION$ .;
Charging Mode AC Level 2
Rated AC Power Output 9.6 kW
Maximum Continuous Output Current @240Vac 40ttt A
Nominal AC Output Voltage @240Vac 240t2t - Vac
Nominal AC Frequency 60 Hz
Ground Fault Detection Threshold 5 mA
Supported Communication Interfaces Wi-Fi(built-in antenna includeff",Ethernet,RS485 and Cellular(optional)t4>
CABLE SPECIFICATIONS
EV Connector SAEJ1772-2009
Length 25/7.6 ft/m
Weight 12.5/5.7 lb/kg
-FEAT URES SUPPORTED`WITH COMPATIBLE_SOLAREDGE INVERTERS .
Smart Energy Management Smart schedules,excess solar chargingtst,solar boost mode
c ADDITIONAL.F.EATURES-;
Status LEDs,Fault Indicator Yes
Unplugging Detection Yes,current termination according to SAE J1772
Ground Connection Monitoring Yes,continuous
Monitoring and Control Installer commissioning via SetApp
Homeowner configuration,controls and monitoring via my5olarEdge mobile app
STANDARD COINPLIANCE
EMC FCC Part 15 Class B
Safety UL2594,UL2231-1,UL2231-2,NEC Article 625 compliant,CSA C22.2#280
Energy StarTh1 Certified-SE-EV-SA-US-40
~;.INSTALLATION SPECIFICATIONS:'
AC input NEMA 6-50/NEMA 14-50/Hardwired
Dimensions(H x W x D) 12 x 7.3 x 6/309 x 190 x 154 in/mm
Weight 6.3/2.85 lb/kg
Protection Rating(connected to EV or with dust cap) - NEMA 3R
Operating Temperature Range -22 to+122/-30 to+50 F/-C
(1)Additional available settings:16A,24A,32A and 40A
(2)Connected to L1,L2,G;No need for neutral
(3)To extend Wi-R communication,use optional Wi-Fi antenna.For antenna specification refer to:https://www.solaredge.com/sites/default/files/se-wifi-zigbee-wireless-antenna-datasheet-na.pdf
(4)Optional cellular kit can be ordered
(5)When Smart EV Charger is connected to the inverter,an import/export meter is required for controlled excess solar charging
ORDERING iNFORMATION
Product Number Description
SE-EV-SA-ICT-LJ40N Smart EV Charger-including cable and holder.NEMA 14-50 AC plug
SE-EV-SA-ICT-U40P Smart EV Charger-including cable and holder.NEMA 6-50 AC plug
SE-EV-ICT-25J40-2 Replacement EV charging cable
SE-EV-HLD-Tl-V2 Replacement cable holder
®SolarEdge Technologies Ltd.All rights reserved.SOLAREDGE,the SolarEdge logo,OPTIMIZED BY SOLAREDGE are trademarks or registered trademarks of SolarEdge Technologies,Inc Ro H S
All other trademarks mentioned herein are trademarks of their respective owners.Date:08/2021 DS-000097-1.0-NA Subject to change without notice.