Report City of Tigard UMW)
'' Building Division
• - 13125 SW Hall Blvd,Tigard,OR 97223 7 2014
Phone: 503.718.2439 Fax: 503.598.1960 ��T 2
TI G A R D Inspection Line: 503.639.4175 1tU
www.tigard-or.gov l;1TY NG�j S10N
BU��
2010 Oregon Solar Installation Specialty Code
Check List for Prescriptive Installation of Roof-Mounted
PhotoVoltaic Solar Panel System
M$5'-r2Q/y-
Property Information
Installation Address: (.31-Bc) 5to 1ISWre Dr
City: (ty 4r( Zip: 97 2-a3
Owner's Name: 3 o Date: 10/x• / /9
Contractor's Name: 54.4 ,p LL CCB #: 2 AA\
Design Parameters of the Property/Structure
If"Yes", does not
Flood Hazard Is the installation ❑ Yes qualify for the
Area Located in a flood prescriptive path, follow
plain/flood way? g No OSSC or ORSC for
design requirements.
Wind Exposure Is the wind exposure WI If"Yes", qualifies for
"C"or less? ❑ No the prescriptive path.
Installations on detached Is the Ground Snow
single/two-family Load 70 psf or less?
dwelling/single/two- If"Yes", qualifies for
family townhomes ®, Yes the prescriptive path.
and/or their accessory
Ground structures. ❑ No
Snow Load Is the Ground Snow
Installations on all Load 50 psf or less?
structures If"Yes", qualifies for
tructures other than ❑
Yes the prescriptive path.
above
❑ No
1
I:/Building/Forms/PhotoVoltaic-Checkl ist.docx
Is the construction
Igt material wood and does Yes
Type of If"Yes", qualifies for
the construction qualify
Construction as "conventional light ❑ No the prescriptive path.
frame"construction?
• Is the spacing 24 inches
or less?
If"Yes", qualifies for
Pre-engineered trusses. Yes the prescriptive path.
❑ No
Roof framing
members Is the spacing 24 inches
or less?
Nominal lumber. El Yes "Yes", qualifies for
Yes the prescriptive path.
❑ No
Is the combined weight 154. Yes
of the PV modules and If"Yes", qualifies for
racking less than or ❑ No the prescriptive path.
Solar equal to 4.5 psf?
installation Is the solar installation ❑
layout in accordance Yes
with Section 305.4(3) of If"Yes", qualifies for
El the 2010 Oregon Solar No the prescriptive path.
Code?
❑ Metal
Single layer If roofing material is
Roofing Check the type of ❑ of wood one of the three types
material roofing material shingle/shake checked, qualifies for
Max. two layers the prescriptive path.
Tg. of composition
shingle.
Is the roof mounted ►�� Yes
Connections of solar assembly If"Yes", qualifies for
the solar assembly connected to roof ❑ No the prescriptive path.
to the roof framing or blocking
directly?
2
I:B u i lding/Forms/Photo V oltai c-Checkl ist.docx
•
Is the gauge 26 or less? Yes If"Yes", qualifies for
I No the prescriptive path.
115 lbs for 60 inch
spacing or less?
❑ If"Yes", qu. 'ties for
Yes the presc ',tive path.
I No
Minimum Uplift rating
of Clamps? 75 lbs for 48 inches
spacing or less?
If"Yes",qualifies for
❑ Yes the prescriptive path.
❑ N.
Attachment of
roof mounted Mi urn 24 inches If the spacing falls
solar systems Spaci of clamps? within 24 inches and 60
directly to inches aximum 60 inches inches, qualifies for the
standing seam
prescriptive path.
metal panels Width of roo n. If the width of the panel
panels? 18 inches or less is less than 18 inches,
qualifies for the
in es prescriptive path.
Minimum#10 at 24
inches o/c?
e and spacing of If"Yes", qualifies for
fastener? ❑ Yes the prescriptive path.
►\ No
Is the roof decking of
WSP min. 'A"thickness, ❑ Yes
decking connected to If"Yes", qualifies for
framing members ❑ No the prescriptive path.
w/min. 8d nails @
6"/12"o/c?
Is the height less than or
Maximum 18 inches equal to 18 inches?
Height of the from the top of the If"Yes", qualifies for
solar modules module to the roof [ Yes the prescriptive path.
surface. ❑ No
3
I:Building/Forms/Photo Voltaic-Checkl ist.docx
1
Submittal Documents required for Prescriptive Installations
Show the location of the PV system in relation to buildings, structures,
property lines, and, as applicable, flood hazard areas.
Site Plan Details must be clear and easy to read.
Minimum size of the plan is 8.5 x 11 inches.
Attach a simple structural plan showing the roof framing (rafter size, type, and
spacing) and PV module system racking attachment.
System must be shown in sufficient detail and clarity to assess whether it
Structural Plan meets the prescriptive construction requirements as listed earlier above in the
matrix.
Minimum size of the plan is 8.5 x 11 inches.
PV Modules
Manufacturer: 5.511 pputJ'e,-
Model Number: E20 ._ 31-7
Listing Agency: TU v roc S 1 U L � 3 IT1 (�.k- C d� CS A C E f t'SEc
4
(:Building/Forms/PhotoVoltaic_Checkl ist.docx
SUNPOWER
E-SERIES SOLAR PANELS
� r p
Flu •
X40 •
HIGH PERFORMANCE & EXCELLENT DURABILITY
i. w a r ,,,, •.,. n,. 020
,.`. - * `T�Z • �. •\ ms's
f SERIES
• 20.4%efficiency I CIEIVED
Ideal for roofs where space is at a premium
or where future expansion might be ocT 2 1 2014
needed. - .
• High performance E20 327 PANEL CITY OF TIGARD
Delivers excellent performance in real world DIVISION
conditions, such as high temperatures, HIGH EFFICIENCY° BUILDING
clouds and low light.',2,3
Generate more energy per square meter
• Proven value
Designed for residential rooftops, [-Series E-Series residential panels convert more sunlight to electricity
panels deliver the features, value and producing 36% more power per panel,' and 60%more energy per
performance for any home. square meter over 25 years.3'
_ HIGH ENERGY PRODUCTION'
Produce more energy per rated watt
—. High year one performance delivers 7-9% more energy per rated
—
watt.' This advantage increases over time, producing 20%more
•
/
i energy over the first 25 years to meet your needs.'
Maxeon°Solar Cells:Fundamentally better.
Engineered for performance,designed for durability.
t 120%
Engineered for peace of mind More Energy
110% Per Rated Watt
Designed to deliver consistent, trouble-free o a rro,E,yec 1 ;;,,
energy over a very long lifetime.a5 100% s 'Power E.-Series _
Designed for durability o 90% 35%mae,
>. 80% year 25
. The SunPower Maxeon Solar Cell is the rn
only cell built on a solid copper foundation. w 70% Conventional
Virtually impervious to the corrosion and ci 60%
cracking that degrade Conventional so%
Panels.d•5 `•I 0 5 10 15 20 25
Years
#1 Ranked in Frounhofer durability test.10 0 10%
100% power maintained in Atlas 25` 3 Maintains High
comprehensive PVDI Durability test." m 8% Power at High Temps
o ` r 6 ....t. _i No Light-Induced ",Oror,
C.
0 6% i Degradation �O2vieio`
ts High Average Watts
FP 4% _ Better Low-Light and
st
LU , t; Spectral Response
2% ar;> ` t \},
';' High-Performance
- t`.. Sir t, r _ Anti-Reflective Glass
sunpowercorp.com
SUN POWER
E-SERIES SOLAR PANELS
SUNPOWER OFFERS THE BEST COMBINED POWER AND PRODUCT WARRANTY
POWER WARRANTY PRODUCT WARRANTY
Y OW"
EMI
20 25 10
Years
More guaranteed power:95%for first 5 years, Combined Power and Product defect 25 year coverage
-0.4%/yr.to year 25.8 that includes panel replacement costs.9
ELECTRICAL DATA OPERATING CONDITION AND MECHANICAL DATA
E20-327 E19-320 Temperature -40°C to+85°C
Nominal Power12(Pnom) 327 W 320 W Wind: 2400 Pa, 245 kg/m2 front&back
Power Tolerance +5/-0% +5/-0% Max load
Snow: 5400 Pa,550 kg/m 2 front
Avg. Panel Efficiency" 20.4% 19.8% Impact resistance 25mm diameter hail at 23 m/s
Rated Voltage(Vmpp) 54.7 V 54.7 V Appearance Class A
Rated Current(Impp) 5.98 A 5.86 A Solar Cells 96 Monocrystalline Maxeon Gen II
Open-Circuit Voltage(Vac) 64.9 V 64.8 V Tempered Glass High transmission tempered Anti-Reflective
Short-Circuit Current(Isc) 6.46 A 6.24 A Junction Box IP-65 Rated
Max.System Voltage 1000 V IEC&600 V UL Connectors MC4
Maximum Series Fuse 20 A Frame Class 1 black anodized(highest AAMA rating)
Power Temp Coef. -0.38%/°C Weight 18,6 kg
Voltage Temp Coef. -176.6 mV/°C
Current Temp Coef. 3.5 mA/°C TESTS AND CERTIFICATIONS
Standard tests IEC 61215, IEC 61730, UL1703
REFERENCES:
1 All comparisons are SPR-E20-327 vs.a representative conventional Quality tests ISO 9001:2008, ISO 14001:2004
panel:240W,approx. 1.6 m2, 15%efficiency. EHS Compliance RoHS,OHSAS 18001:2007,lead free,
2 PVEvolution Labs"SunPower Shading Study,"Feb 2013. PV Cycle
3 Typically 7-9%more energy per watt,BEW/DNV Engineering"SunPower Ammonia test IEC 62716
Yield Report,"Jan 2013.
4 SunPower 0.25%/yr degradation vs. 1.0'3'0/yr cony.panel.Campeau,Z. Salt Spray test IEC 61701 (passed maximum severity)
et al."SunPower Module Degradation Rate,"SunPower white paper,Feb PID test Potential-Induced Degradation free: 1000V10
2013;Jordan,Dirk"SunPower Test Report,"NREL,Oct 2012. Available listings TUV,MCS, UL,JET, KEMCO,CSA,CEC, FSEC
5"SunPower Module 40-Year Useful Life"SunPower white paper,Feb
2013.Useful life is 99 out of 100 panels operating at more than 70%of
rated power. UMW -
6 Out of all 2600 panels listed in Photon International,Feb 2012. .:::I
7 8%more energy than the average of the top 10 panel companies tested ■■,
in 2012(151 panels, 102 companies),Photon International,March 2013.
8 Compared with the top 15 manufacturers.SunPower Warranty Review, MU y g(""1 D '046 mm
Feb 2013. our
9 Some exdusions apply.See warranty for details. Mt
10 5 of top 8 panel manufacturers were tested by Fraunhofer ISE,"PV et
Module Durability Initiative Public Report,"Feb 2013.
11 Compared with the non-stress-tested control panel.Atlas 25+Durability 46 mm-0-1{+ F_ 1559 mm'
test report,Feb 2013.
12 Standard Test Conditions(1000 W/m2 irradiance,AM 1.5,25°C).
13 Based on average of measured power values during production
See http://wwwsunpowercorp.com/facts for more reference information_
For more details,see extended dotasheet:www.sunpowercorp.com/datasheets.Read safety and installation instructions before using this product.
()Moy 2013 SunPower Corporation_All rights reserved.SUNPOWER,the SUNPOWER toga,MAXEON,MORE ENERGY.FOR LIFE.,and SIGNATURE ore trademarks or registered
trademarks of SunPower Corporation.Specifications included in this dotosheel are subject to change without notice.
sunpowercorp.com
Document 8 505813 Rev A/A4_UK_AUS
■
E
TA BLE OF CONTENTS r
PAGE Stelcor
# DESCRIPTION Energy
P1 SITE PLAN
P2 W
MECHANICAL AND ROOF ELEVATION > J
_
PROPERTY LINE S1 , MOUNTING DETAIL CD L N
r �- -r -- — El ELECTRICAL 1.1t.1 93 cD
S M
O
co W
SYSTEM INFORMATION z 2
Q wU�) o
ARRAY PITCH ORIENTATION ORIENTATION
MAGNETIC TRUE
iDo� o CV
°
A Illemr14
AR-01 45 164 180 o Z N
0 I o
CO w6
U m
V CITY OF TIGARD I p 2
V SERVICE ENTRANCE x REVIEWED FOR CODE COMPLIANCE Lil a_ Z
_sliic • ' (EXTERIOR WALL) m Approved: [ i---t----- z w
CONDUIT RUN OTC: [ ] H o O2 W
/�� PV PRODUCTION METER,MAIN PANEL m Pcrmit#: 1 --�t4 -CO (7( U) J
V� AND INVERTER WITH INTERGRATED
DC DISC. (INSIDE GARAGE) Address: ('- _3) )�i C.�-,. tIL ��
Spite #: 11 ,q
• • By: Date: /(14-1/4
DRIVEWAY SITE PLAN
•
1T 3"
OFFICE COPY BRAD YOUNG
_i____ .
. 13430 SW HILLSHIRE DR
H ---• TIGARD.OR 97223
20' 10"
R
VICINITY MAP-SCALE N.T.S
NORTH o!
PROJECT NOTES:
0,, r,
S
1- 3270W DC/3000WAC SOLAR PHOTOVOLTAIC SYSTEM. --
ARRAY AR-01 2- 10 SUNPOWER SPR E20/327 PANEL WITH SOLAR EDGE
INVERTER 3000 AND 10 P400 OPTIMIZERS
3- TWO STORY HOUSE WITH COMP SHINGLE ROOF AT 45 o
DEGREE PITCH -
4- INVERTER LOCATION AND CONDUITS RUN TO COORDINATE 13430 SW Hillshire Dr
WITH THE CUSTOMER.
'' i
5- PROPERTY I D#W259890 c`9`
• GAS VENT 6- CONTACT SEAN MANZO, (845)629-8467 k i
II 10"X10"VENT l - 4, O U
`W 8Cer1Cl DV%G.SCALE: 1/16"=1'
c•
Sa'- awwq P1■---
set --- 1
,___ __ _ _ Hu.e«
r
• J telcor
RACKING SYSTEM
w
1- 100 SERIES SNAP N RACK L-FOOT MOUNTING SYSTEM
2- 4' MAX RAIL SPAN. i j CO
3- 2' MAX RAIL END OVERHANG (f) rn N
" 4- ROOF MEMBERS AND PENETRATION LOCATIONS TO BE 1 0 (4) 0
DETERMINED IN THE FIELD. � rn -.
5- LAG SCREWS: 5/16"X 3.5"2.5"MIN EMBEDMENT W ob O
6- ROOF STRUCTURE(2X4) MANUFACTURED TRUSSES 24"O.C, Z D co X
NORTH-SOUTHWTH 6'0" MAX SPAN
7- PV MODULES AREA SQ-FT ARE 180 SQ-F 1 I NDICATES TSRF VALUE o N cNi
8- ROOF AREA SQ-FT ARE 3730 SQ-F
O
20' 10" � 0 N Oww �ce
I
2' 2„ Uoom
.I Cl-
w � > w
■ ■ ° oz
' H cn W
' 'e/0 O O O O �% ^ U
0 0 0 0 0
0 0 o MECHANICAL
e1% ROOF PLAN
o 0 0
17' 3"
o Q o
III
20 0" ' BRAD YOUNG
Q 0 Q 13430 SW HILLSHIRE DR
O O O O O TIGARD,OR 97223
i
12' T' % 1 7¢%
0 O o '54)
10' 1"
a
r
g
ROOF ELEVATION -
4' 0"
i
1 Li
E
g. Ail E A
ROOF PLAN DVK .SCALE 3116"=1'
P2
NOTES: REVISION:
Site Icor
•
- 5/16" LAG BOLTS MUST EMBED -_
2.5" INTO ROOF STRUCTURAL MEMBERS/RAFTERS - w
k — TORQUE ALL 5/16" HARDWARE TO = _ � F-
SNAPNRACK -i THE FOLLOWING: n o
r COMPOSITION L FOOT - SILVER S.S. 10-16 FT-LBS STEP 3: PLACE L FOOT ON TOP v =N
CAN BE MOUNTED IN - BLACK S.S. 7-9 FT-LBS OF FLASHING AND TIGHTEN NUT p co
I 01
ANY ORIENTATION 156 S.S. FLANGE NUT - RAILS CAN MOUNT TO EITHER SIDE
5 X 1" S.S. BOLT AND OF L FOOT (UPSLOPE VS DOWNSLOPE) \ �a `, -STEP 2: SUP FLASHING OVER W � co
SNAPNRACK SPLIT WASHER 54 L FOOT BASE Z 5 o w
CHANNEL NUT ` I I I o N
IJJ% .000001111.1
N
LL ° ON
�1 �. Owwct
W
/- " S.S. LAG SCREW v J 2
D
SNAPNRACK '` 1� WITH FLAT WASHER ---� J z
STANDARD RAIL 2.5" MINIMUM EMBEDMENT W cn z w
IS STANDARD � ° O z
rcnw
��^^ � JU
SNAPNRACK COMPOSITION '; STEP 1: BOLT L FOOT V J
ROOF FLASHING BASE TO ROOF WITH
LAG BOLT
MOUNTING
SNAPNRACK L FOOT BASE ROOF DECKING TYP. DETAIL
I
i BRAD YOUNG Voo,
r 13430 SW HILLSHIRE DR
11111111/ TIGARD,OR 97223
ROOF DECKING TYP.
lipp altii FLASHED L FOOT MOUNTING POINT °
_
FOR USE ON COMPOSITION ROOF
SNAPNRACK SURFACES
COMPOSITION L FOOT WITH LOW TO MODERATE TILT 2
CAN BE MOUNTED IN i. -
ANY ORIENTATION RAILS CAN BE LEVELED UP TO 3"
USING UP TO TWO LEVELING SPACERS COMPLETED INSTALLATION i
AS SHOWN IN "SERIES 100 RAIL 19
RAH LIZ TYP. LEVELING" a i
� I ri
Sna • Nradc(1lYt/1,��Ill/l/�'1I(1IIV11}� MAINSTREAM ENERGY CORP. DESIGNER: G McPheeters ! SCALE: DNS PART NUMBER: DESCRIPTION: REV ,t ° ° ,1• �J S {J TP6FlEA0 LANE,SURE�O•SNI LUIS OIRSPO.CA CM USA oVw.scALE. ti
ROME MS,01eA64 FAX(NS)SUaw1 DRAFTER: D Ryan PEN DETAIL 01, FLASHED L FOOT TO E I
RV ....i...1 DATE: —� S 100 PEN D01 L
'4 ��..ra--.7 ...,...a.rz :..�.� RAFTER
_ __ __
;:�t ,� ..�d�.,�.....�.,�.,...�.a�.,, APPROVED BY: 112612
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Nu .
2X#10 CU THW r N-2 telcor
DC/AC INVERTER 1 X#10 CU THWN-2 NEUTRAL
1 X#6 Cu THWN-2-GROUND F R%�}
3/4"EMT EXISTING 240VAC
2X#10AWGPVWRE 500VDC @15A
1X#6 CU BARE GROUND 2X#10AWG PVWRE
200ASERVICEPANEL
I 1X#8CUTHWN-2GROUND
>11
PV STRING 1 OF 1 3/4"EMT CO
EXISTING 240VAC ' ^
10 SUNPOWER PANELS 327 W EN _-__ 2P/200A 200A SERVICE ENTRANCE V O
PV METER
4 WITH 10 SOLAREDGE BREAxER VUTH BI-DIRECTIONAL METER
OPTIMIZR P400 1 (p
500 VDC @15 A u DC DISC.AND FUSES A( C 0 (n C
ARE LOCATED INSIDE Q(' �� o (o
liJ J BOX THE INVERTER "r !� p O
- - 0
DEDICATED PHOTOVOLTAIC ,_ H-
P
6
OWER SYSTEM KILOWATT- (n z I
SOLAREDGE SE-3000A-US-240 HOUR METER FORM 2S w l X
H CV
3000 WATT INVERTER BACKFED D o N
12 MAXIMUM CONTINOUS OUTPUT14A @ 240V BREAKER �, U 0 N
14A X 1.25 A=17.5A NOTES TO UTILITY GRID NI
•50A 2P BREAKER TO BE REPLACED WITH QUAD BREAKER 50A/20A EXISTING GROUND ° WOLIU
LL I2L C/
•SOLAR SYSTEM SHALL BE CONNECTED TO 20A PORTION OF THE QUAD BREAKER
#10 AWG THWN-2 *DIRECT CAT 5 CABLE OR EOP SHALL BE USED FOR SOLAREDGE MONITOR SYSTEM w m
TEMPERATURE DE-RATE @ 87-95 F=0.96% U Z J
40A X 0.96=38.4A OK SINGLE LINE DIAGRAM Z
W u) 0Z
ELECTRICAL LABELS o u) w
VOLTAGE DROP CALCULATION W J
I
THE FOLLOWING TAG SHALL BE INSTALLED IN ACCORDANCE WITH
FORMULA Vd=lxR ELECTRICAL NOTES SPECIFICATIONS; NEC 690.53,AT THE INVERTER
PVSYSTEM DC D'S ONNUC:-
R=2 X d X /l-- THE FOLLOWING TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690 31(E)(3)ON EACH ENT CONDUIT +, t L•
1000/[ INSTALLATION SHALL COMPLY WITH ALL REQUIREMENTS OF NEC 2011 AND ANY APPLICABLE RACEWAYS,ENCLOSURES AND COMBINER BOXES L't'•�
LOCAL AMENDMENTS `� E"" SINGLE LINE
_ I IIVIVLVLYIV 1OM1II F`. Y iF'�SCEE
Vd= 1 X 2 x d X( n ) BACKFEED BREAKER SHALL BE IN COMPLIANCE WITH NEC 690.64(13)(5)AND SHALL BE RATED DIAGRAM
1000 ft kft FOR BACKFEEDING THE FOLLOV NG TAO SHALL BE INSTALLED IN ACCORDANCE WITH NFC 110 27(C)ON MAIN DISCONNECT.
JUNCTION AND COMBINER BOXES. THE FOLLOWING TAG SHALL DC INSTALLED AT PHOTOVOLTAT1C SYSTEM METER
lx 2 x d ( n l MODULE INTERCONNECTION CONNECTORS SHALL BE IN COMPLIANCE WITH NEC 690.33(A)AND I*RNING PHOTOVOLTAIC S j[� *o
Vd 1000 ft X\ k# / SHALL BE POLARIZED AND NON INTERCHANGEABLE 1MTH RECEPTACLES IN OTHER SYS LIVi METER
%Vd= Vnom x 100% X 100% ELECTRICAL SYSTEMS ON THE PREMISES A
Aw �± REQUIRING THE FOLLOWING TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 69017 ADJACENT TO THE THE FOLLOWING DIRECTORY OR PLAQUES SHALL BE INSTALLED AT
C VOLTAGE DROP AC INVERTER TO MAIN PANEL ISO FT MAX. MODULE INTERCONNECTION CONNECTORS SHALL BE OF THE LOCKING TYPE REQRING A SERVICE PANEL. REMOTE SYSTEM DISCONNECT BRAD YOUNG
14 x 2 z 10 n TOOL FOR OPENING IN ACCORDANCE WITH NEC 690.33(C) DISCONNE WARNING:__M -N A DC DISCONNECTS JUNCTION BOXES BREAKER PANELS) ;
_ 13430 SW HILLSHIRE DR
X 1.1 ( ) WARNING: CAUTION TIGARD,OR 97223
Vd 1000 ft m, MODULE INTERCONNECTION CONNECTORS SHALL BE MARKED"DO NOT OPEN UNDER LOAD" L _= wl"'; D.^` T ALSO
IN ACCORDANCE WITH NEC 690.33(E)
POWER.G THIS SERVICE IS ALSi SUPPLED
%Vdrop= Vnom x 100' = 240 x 100%=O.f3% FROM THE FOLLOWNG SOURCES WITH DISCONNECTS
THE CONNECTION OF ALL MODULES SHALL BE ARRANGED SO THAT THE REMOVAL OF ANY
DC VOLTAGE DROP DC MODULE TO INVERTER 450 FT MAX. PANEL OR MODULE SHALL NOT INTERRUPTA GROUNDED CONDUCTOR TO ANOTHER THE FOLLOWING TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690 5(C) NEAR THE INVERTER
I PHOTOVOLTAJC SOURCE CIRCUIT IN ACCORDANCE WITH NEC 690.4(C) GROUND FAULT INDICATOR AT VISIVLE LOCATION
100x2Jr1sX11 n .Rn>nc: CAUTION:
ALL EQUIPMENT IN PHOTOVOLTAIC SYSTEM SHALL BE LISTED BY AN INDEPENDENT TESTING
%Vdrop= Vd X 100% = 1000 ht ( X 100%=0.94% AGENCY POWER TO THIS BUILDING IS ALSO
Vnom 350 SUPPLIED FROM THE FOLLOWING
•
THE GROUNDING ELECTRODE CONDUCTOR SHALL BE CONTINUOUS IN COMPLIANCE WITH NEC THE • NG TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690.14(C)(2) NEAR BREAKER PANEL SOURCES WITH DISCONNECTS AS
•
SHOWN
250.64(C)AND 250.160 ,(I.,,
TOTAL V.D= 0.13+0.94=1.07% SOLAR DISCONNECT a .
THE • • 1A0 IYVILLBE INSTALLED IN ACCORDANCE WITH NEC 690 14(C)(2),NEC 690 54 NEAR '..
BREA• : ,_. . .• ...-N OMBINER BOXES.
CO
v x = SERVICE
ENTRANCE
THE FOLLOW-1-1 ' •SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690.15 NEAR
AC DISCO • - , i NER BOXES
PHOTOVOLTAIC MODULE SPECIFICATIONS COMPLETE PHOTOVOLTAIC ARRAY ®_.... . ._._:'`'F"`�. INVERTER D AI ,PV EL o
AND MAIN PANEL 2
.,,NECT LA-
THE FOLL• TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690 15 NEAR ,fir
DC DISCON
..,.�•IN.It;
SUNPOWER E20/327 � �
61.39"X 41.181'X1.81'', 327\N 3270 WATTS * ecT �_ - j
VOC�4.9 VDC,ISC=6.46 AMPS VOC-500 VDC, ISC= 15 AMPS THE FOLLOWING TAG SHALL BE INSTALLED IN ACCORDANCE WITH NEC 690.64,NEC 705.12(D)(4) J
AT THE BACKFED BREAKER 4
VIP=54.7 VDC, IMP=5.98 AMPS VMP=350 VDC ,IMP=9.4 AMPS
DUAL POY:ER SOURCE CAUTION SOLAR PANELS
SECOND SOURCE I5 VV SYSTEM �> ",.E..r',wL'T SPEAKER!S ON ROOF ist
. ! Ali gM.
N•IS DVVO.SCALE: N.T.S
N Ei