palen solar project plan of development, appendix a

Appendix A Design Plans

Sour

ce: R

iver

side

Cou

nty,

US

GS

, BLM

, ES

RII

| G

:\Pro

ject

s\U

SA

_Wes

t\Pal

en_P

V\0

5_G

IS\0

52_M

apD

ocs\

App

endi

x_A

_Pal

en_2

017.

mxd

| La

st U

pdat

ed 4

/13/

2017

by

pabl

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APPENDIX A

2 32 11 92 42 32 22 1

1 31 4 1 81 51 6

2 22 0

1 41 51 61 7

2 62 72 83 02 52 62 7

871 0

2451234

1 21 19

3 53 43 33 6 3 13 43 3 3 23 5

36

1 11 09

2 92 8

§̈¦10

5 S 1 6 E 5 S 1 7 E

6 S 1 7 E6 S 1 6 E

5S 16

E 5S

17E

5S 16E6S 16E

5S 17E6S 17E

6S17

E6S

16E

Proposed Rentention Basin1,250 ft x 150 ft x 3 ft

Proposed Rentention Basin625 ft x 150 ft x 3 ft





782 f

t

911 f

t

3,398

ft

Site Access at I-10 (1,300 ft)

Proposed Project Area (BLM POD, v15)

Proposed Retention Basins

Project Boundary

Palen Solar GenTie - 7 miles

Gentie Road - 7 miles

Red Bluff Substation (SCE)

Project Substation

Yard 15 acres: Laydown, Parking, O&M

Sections

Townships

¹ 1 inch = 1,500 feet 0 1,000 2,000 3,000 4,000 5,000 Feet Palen Solar Energy Project | Riverside County, California

A

COVER SHEET

DRAWING NO.DATE:

PROJECT:

SHEET:

EDF - PALEN

BLM PLAN OF DEVELOPMENT

BLM PLAN OF DEVELOPMENT MAVERICK SOLAR

RIVERSIDE COUNTY, CALIFORNIA

PROJECT VICINITY

SHEET INDEX GEN - 100 COVER SHEET CIV - 100 EXISTING CONDITION WITH PROJECT BOUNDARY CIV - 101 PROPOSED GRID LAYOUT CIV - 102 DETAILS CIV - 103 DETAILS CIV - 104 HYDROLOGY MAP CIV - 110 CONCEPTUAL GRADING CIV - 111 CONCEPTUAL GRADING CIV - 112 CONCEPTUAL GRADING CIV - 113 CONCEPTUAL GRADING CIV - 114 CONCEPTUAL GRADING CIV - 115 CONCEPTUAL GRADING CIV - 116 CONCEPTUAL GRADING CIV - 117 CONCEPTUAL GRADING CIV - 118 CONCEPTUAL GRADING

PROJECT OWNER EDF RENEWABLE ENERGY 15445 INNOVATION DRIVE SAN DIEGO, CA 92128

ENGINEER SECTION 37 CONSULTANTS

CONTACT JAVIER DE LA GARZA N 925-365-3731

DRAFT PRELIMINARY

NOT FOR CONSTRUCTION REV. DATE DESCRIPTION BY APP. CHKD 37100042-GEN-100

EDF RENEWABLE ENERGY 15445 Innovation Drive San Diego, CA 92128

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12/21/2015

COVER SHEET

DRAWING NO.DATE:

PROJECT:

SHEET:

EDF - PALEN


EXISTING CONDITIONS WITH PROJECT BOUNDARY

DRAWING NO.DATE:

PROJECT:

SHEET:

MAVERICK SOLAR


41

2

3

1

1

REFERENCE NOTES: EXISTING GROUND IS PREDOMINANTLY SHALLOW GRADE OPEN GROUND WITH MINIMAL VEGETATION. SUBJECT TO SHEET FLOW. SMALL ROCK AND SAND SURFACE

PROJECT BOUNDARY

INTERMITTENT STREAM. COLLECTION FOR SURROUNDING SHEET FLOW. TYPICALLY LESS THAN OR EQUAL TO 12" DEPRESSION. MINOR VEGATATION. SANDY BOTTOM.

HEAVY INTERMITTENT STREAM. COLLECTING STREAM FOR TRIBUTARIES. HEAVIER VEGATATION.

EXISTING TRANSMISSION LINES.

2

3

4

0.3%

0.3%

LIMITS OF BUILDABLE AREA DUE TO SAND FLOW PATTERN

LIMITS OF BUILDABLE AREA

GENERAL NOTES: 1. USGS MAP CONTOUR INTERVAL =10M

0.06% USGS MAP SIDEWINDER WELL 1983

BEEKLEY RD

PROJECT BOUNDARY

N

DRAFT PRELIMINARY

NOT FOR CONSTRUCTION REV. DATE DESCRIPTION BY APP. CHKD


37100042-CIV-100

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4 0.06%10.3

%

2

3

1

EXISTING CONDITIONS WITH PROJECT BOUNDARY

DRAWING NO.DATE:

PROJECT:

SHEET:

MAVERICK SOLAR


CO

RN

SPR

ING

S R

OAD

N

DRAFT PRELIMINARY

DATE: SHEET: DRAWING NO.NOT FOR CONSTRUCTION 37100042-CIV-101REV. DATE DESCRIPTION BY APP. CHKD

PROJECT: MAVERICK SOLAR


REFERENCE NOTES: 1 TEMPORARY CONSTRUCTION AREA,

ELECTRICAL SUBSTATION AND OPERATIONS BUILDING. SEE SHEET CIV-110 FOR DETAILS.

2 APPOXIMATE LOCATION OF PVGENERATION INTERTIE TO EXISTING TRANSMISSION LINES.

3 PROPOSED TRANSMISSION ROW.

4 PERIMETER SECURITY FENCETO FOLLOW PROJECT BOUNDARY

5 MAINTENANCE ACCESS ROAD WITHCURVERTS AND DIRT COVER FOR YEAR-ROUND ACCESS. SEE SHEET CIV-102 FOR CURVERT DETAILS.

6 EXISTING TRANSMISSION LINES.

7 SEE SHEET CIV-102 FOR DETAIL OFTYPICAL SOLAR PANEL GROUP, CONDUIT, EQUIPMENT, ACCESS ROAD, ETC.

8 O&M BUILDING.

9 PARKING, WATER STORAGE AND SEPTIC FIELD AREA.

10 LAYDOWN AREA.

11 TEMPORARY CONSTRUCTION/LAYDOWN AREA.

12 PROPERTY MAIN ENTRANCE WITH MOTORIZED SECURITY GATE.

13 STABILIZED CONSTRUCTION ENTRANCE.

14 NEW PAVED SITE ENTRANCE ROAD (ACCESS ROAD).

109 PROJECT BOUNDARY8 11

12 1 2

14

4

13

7

SOLAR PANEL AREA

3

6

GENERAL NOTES: 1. USGS MAP CONTOUR INTERVAL =10m

USGS MAP SIDEWINDER WELL 1983

PROJECT BOUNDARY

PROPOSED GRID LAYOUT

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3" [0.075m] TYPE 3 AC20BITUMINOUS PAVEMENT

i--------------------- 40'-o" [12.19m] -----------------------i

Cl / EXISTING GROUND I FINISH SUBGRADE I EXISTING GROUND

-----+------- VARIES _________ _,__ _____ /---/------ VARIES ----.1----,L__ _____ ,_. ---- ______ L '"''¥'~~~- I ---------------1

EXISTING BASE/NATIVE GROUND COMPACTED TO 90% M.D.D.

R/W

I I ----t--

CONTRACTOR TO PLACE AND COMPACT 4" TYPE 2, CLASS B

AGGREGATE BASE OR RECYCLED AGGREGATE BASE ON

SHOULDERS (TYP)

- 0 lO L_J

t

CONTRACTOR TO GRADE AND PREPARE EXISTING BASE/NATIVE GROUND

TYPICAL ROAD SECTION - MAIN ACCESS ROAD@ NOT TO SCALE 1 02

([_

11 '-0" [ 3.35m] ---------1•-t-1 •----- 11 ' [3.35m] ---

1

-

1

~-\------1•-h-1 ~--.=~;----1,m-ril R/W

~ ,_ ~ T> " "' " "' '"' ~><>-< "' -,,. 3: 7 I _J\J\1':;:!! 'J\._J _J...,,\l'J

SLURRY SEAL APPLICATION APPLIED TO CHIP SEAL \,\ PAVEMEN~ SECTl:N-----------1

SEE DETAIL®

TYPICAL ROAD SECTION - PAVED ACCESS ROADG!J NOT TO SCALE 102

6" [0.15m] TYPE 2, CLASS B AGGREGATE BASE, COMPACTED TO 95% M.D.D.

EXISTING SUBGRADE (EXISTING NATIVE GROUND) COMPACTED TO 90% M.D.D.

BITUMINOUS PAVEMENT PATCH

BASE I

AND AGGREGATE BASE ® NOT TO SCALE

~

R L-~~~~~~~~~~~~~~~~~~~~~~~~~r--~~~~~~~~.--.--~.--~~~~~~~~~~~~~,-~,--,~"'TF========================9"'"r-~~~~~~--=-:--:-::-:--:--:-::""."""":"-:-~~---,r-~~~~~~~~~~~~~~~~~~--.~ PROJECT: MAVERICK SOLAR • i

DRAFT PRELIMINARY

NOT FOR CONSTRUCTION

SECTION THlRTY SEVE.N CONSULTANTS BLM PLAN OF DEVELOPMENT

DETAILS

4:, ~eDF EDF RENEWABLE ENERGY 'i renewable energy 15445 Innovation Drive ~

San Diego, CA 92128 " ~ " ~ 0 c g 1-------~s=HE=ET~ .. -------+-----------------------j\ DATE: DRAWING NO. ~

12/21/2015 37100042-CIV-102

HEADWALL AND WINGWALL AS REQUIRED BY HYDROLOGY REPORT.

RIP-RAP AS REQUIRED BY HYDROLOGY REPORT.

ACCESS ROAD DESIGNED TO H-20 LOADS USING COMPACTED NATIVE SOIL.

INTERMITTENT STREAM WIDTH SETBACK DETERMINED BY BIOLOGICAL REQUIREMENTS

2 1 2

3

4

2 1 2

P L A N

S E C T I O N

TYPICAL CULVERT DETAIL TYPICAL PHOTOVOLTAIC SECTION DETAIL

DRAFT PRELIMINARY




DETAILS

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LEGEND: SYMBOL ITEM

XX cFS

Q 100

APN BOUNDARY LINE

TRIBUTARY AREA BOUNDARY LINE AREA IS IN ACRES (AC)

DIRECTION OF SURFACE FLOW

FLOW IN CUBIC FEET PER SECOND FOR A 100 YEAR/24 HOUR STORM EVENT

N

NOT TO SCALE

DRAFT PRELIMINARY




HYDROLOGY MAP

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-104

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LEGEND: SYMBOL ITEM


XXX FS ELEVATION OF FINISHED SURFACE AT SPOT LOCATIONS.

NOTES

MAIN ACCESS ROAD WILL BE GRADED WITH ALTERNATING GRADES OF 0.5% FOR BALANCING OF CUT AND FILLS.

DRAINAGE THROUGH INTERIOR ACCESS ROADS WILL BE DIVERTED NORTH AND SOUTH UTILIZING HIGH POINTS THUS DIVERTING DRAINGE TO THE EAST WEST ACCESS ROADS ADHERING AS CLOSE AS POSSIBLE TO NATURAL WATERSHED

GRADING IS CONCEPTUAL ONLY; FINAL GRADING PLANS TO BE COMPLETED AFTER AGENCY AUTHORIZATION AND REVIEW OF THIS CONCEPTUAL PLAN

N

CONCEPTUAL GRADING

12/21/2015


SCALE: 1" = 200'

DRAFT PRELIMINARY




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LEGEND: SYMBOL ITEM



NOTES




N

CONCEPTUAL GRADING

12/21/2015


SCALE: 1"=200'

DATE: SHEET: DRAWING NO.

DRAFT PRELIMINARY

NOT FOR CONSTRUCTION 37100042-CIV-111REV. DATE DESCRIPTION BY APP. CHKD



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CONCEPTUAL GRADING

LEGEND: SYMBOL ITEM



NOTES




N

SCALE: 1"=200'

DRAFT PRELIMINARY




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NOTES

LEGEND: SYMBOL ITEM






N

NOT TO SCALE

DRAFT PRELIMINARY




HYDROLOGY MAP

11/03/2010


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HYDROLOGY MAP

N

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DRAFT PRELIMINARY




11/03/2010


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LEGEND: SYMBOL ITEM



NOTES




N

HYDROLOGY MAP

11/03/2010


SCALE: 1" = 200'

DRAFT PRELIMINARY



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HYDROLOGY MAP

LEGEND: SYMBOL ITEM



NOTES




N

SCALE: 1" = 200'

DRAFT PRELIMINARY




11/03/2010


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REV. DATE DESCRIPTION BY APP. CHKD

'' r=~ :::-.-_::: .:_ -.~~_::~ ~ ;= ~-~ ~_:: ;~· ~ ~-~~-=-~~ :~ :~ -~ :-~~ ~-·1 ·-,:-=-·= :=-.:._- ,ci';J :=- .:._-_:_-_:-:=_ ·= :=- .:._-_:_-_:-:=_ ·= :=-.:._-_:_-_:-:=_,I . -

i i 60'X60' I I I ~ I I I '1 O&M BUILDING I PARKING, WATER I I ~ I

STORAGE AND ~: I l f2l I SEPTIC FIELD AREA I I .~ I I t.=..i CONSTRUCTIONA.AYDOWN ~

I 0 I I AREA 0 I I L - - - - - _! I ~ I ~ CONSTRUCTIONA.AYDOWN AREA I t l ____________ J L __ y ___ ~ :

r-----1-- --i-1-'1-'== -------------+-----. 210·-o .. rs4_01rnJ l l I ACCESS ROAD 1 SERVICE ROAD 1 I

•-• -, -• -• -• -• -• -•-~~,r-•-• -•'-•-s-• -•-•-• -• ----,

I.... •

E' N oJ)

~ N ..... ~

Vl Vl ·a w

~ I

io lO oJ)

PRELIMINARY

I I

~0 ~ (

Dimensions s hown hereon are preliminary and subject to change as Design is completed.

•

CONTRO f4'1 BU ILDING ~

SUBSTATION 34kV - 230kV, 30

100MVA

400'- o" [121.92m]

I

l I I I

- ------- _ ,

I

I + I I I I

I

,------ - --, I....

I I I I

L----------------- - -------~

REFERENCE NOTES:

DJ MQTORJ::'.ED SLIDlrJ(', l·A TE WITH fl~1\C1·, CONCPETE B,t,SO:, Mr "'11'<', . CONTF.OLS AND SAF~T 1. CAP.D I.Er OR ::iASSWOPD ACClSS

FROM OUTSIDE OF STATIOI~. VEHICLE LOOP ON INSIDI: OF STATIOI~ TO OPEN.

0nPFPATlnr·JS AND MAlllTEi'lf'.IJCE BUILDING. SECUR[D APEA TO HOUSE CONTPOL AND MO~JITORIW; CONSOL£. Cot'iTP.Ol S o'STEM HARDWARI:., 0FFICE Al-ID MEETl~IG Rr•OMS. BPEl-\1 ARE.O., C:TC. BIJIL OIN•~ TO 6E PLUMBED WITH '>tff 1,1TCHENETTE BREA" ARE . .; AND Ul·l lSD' TOILL I WITH SINI' .

0 DIR- PAR~ INC LOT WITH GRAVEL COVER FOP 6-8 vEH CLES. WATEFI CISTCRH TO Bf LOCATED ADJACENT TO BUILDING. SEPTIC TANI\ At·ID LEAv• -IELD FOR O&M BUILDING TC BE L00:6.TEO BELOW PAP!<-IMG AREA.

0 CONTROL 8UILDlh1G FOR ELECTRILAL SU8S I ATION ONL) SECUPEO /\NO AIR CONDl1H)IJEO TO HOIJ<:;f Gf'IN IROL EOUIPM(NT, PPOTEl.11flN ElJUIPMrn I, DC 8.A. TH.R 1 SYSTEM; ETC. ACCESS18Ll2 6' A1ITHORtZcr1 lllrTIW.AL PfRSlillllE.L r)r.tL1.

0 ( 2) DOU5LE GA TES rnt= ACCESS TO ELECTRICAL sussr A TIDI ~ [~]SITE SECURIT , FEt~t,;E. SEE SITE PLAN FOF CONTINUA Ti)N.

FENCE ro BE APPRmlMAT[U 8 ' 'ALL AIJC PP.f'\TECTED r OR LIGHTINl~I G.

[2 j rnGll IEERED PAO TO PROVIDE SURF AGE FOR ALL BUILDINGS, '""EQUIPMCNT AND SP.UCTURES SECN IN THIS DETAIL COMPACTED

PAD, .:5% SLOPE Tn SOUTH FrJR DP.AINl\GE. EDGES TAPEPED TO INTERSECT WITH EXIS TillG SITE AllD COIHOUPS. ALL ARO:AS Fll~ISHED 11'1 o/." GRAVEi U~ILESS OTHEPWISE NOTED.

0 LICH I POLFS WI I H •.Ot11;RE TE f;ASES FOR SITE SECIJRI f'( Lll>HT!tl(,. UP T• • 4 LICHT Fix TURES PlR POLE. IOOW HIGlj Pl"ESSURE SODIUM. PHOTOCELL 1,QNTROLLED. FULL CUTOFF-ST 1LE f:°I) rum:s FOR STATE COMPLIANCr:: l\l;All1Sl LIGHT POLUTION,

PROJECT: Maverick Solar


SITE DETAIL

1212212015

N

t 40' O' 40' eo·

, • ... 40' e-.--- t

10m 0 1"•10m~

.,.• .. eoF .-~

renewable energy

10m 20m

15445 Innovation Drive San Diego, CA 92128

1-(888)-463-6926

Jllm I

1/16/rf! POD SU6WTTAI. CS MS EF DRAWINOHO,

CIV-11 0

NOTES: 1. DIMENSIONS SHOWN FOR TYPICAL 230kV CIRCUITS 2. CONDUCTOR MOVEMENT AS SHOWN FOR REPRESENTATION

ONLY. ACTUAL MOVEMENT ENVELOPE BASED UPON FINAL DESIGN

3. DESIGN GROUND CLEARANCE - · 35 FT 4. FUTURE MAINTENANCE. MAY REQUIRE TEMPORARY LANE

CLOSURES AT EACH STRUCTURE LOCATION 5. CLOSEST APPROACH AT TOWER LOCATIONS, FOR LOAD

CASE @ @MAX SAG @ 212° F FINAL SAG ® NESC BLOWOUT, 6psf WIND, 60°F © EXT WIND BLOWOUT, 85mph

SHOWN FOR: LINE: RATING: 150 MW CONDUCTOR: 795 AAC 'ARBUTUS' MAX SPAN: 1100 FT

t!J c w

GROUND LINE

50'

Preliminary Maverick Solar Project December 22, 2016

238-kV GENERATION TIE-LINE PRELIMINARY CONCEPT

@

PRELIMINARY NOT APPROVED FOR BIDDING

OR FOR CONSTRUCTION

50'

.,;aeoF renewable energy

Job NameDate

Designed ByDrawn ByChecked By

PROJECT NAME

TITLE SHEET

SHEET NO.

ELECTRICAL ENGINEERING

PROJECT OWNER

F SIDE VIEWE fRONT vIEW

D ISOMETRICC FRONT VIEW

B FOUNDATIONA ARRAY LAYOUT

APPROX. 236'·5"

T ~..,.,~ MODULE SPACING 20'--0" (TYP.)

..

SINGLE AXIS DRIVE MOTOR

T APPROX. POST TO POST SPACING 32'· 11' (TIP.)

\ \

W-0' l========================~"=================================~iilo;::===== MAX. ============

HBGHT

\

'

FOUNOATION OEPTHS OF PILES ARE REPRESENTATIVE ONLY, ACTUAL SPECIFICATION TO BE DETERMINED BY A LICENSED

STRUCTURAL ENGINEER BASED ON THE GEOTECHNICAL REPORT •

® ~!1ETRIC

\'l ~

\\ \\

\\ \\ \\ \\

-.• .. eoF ~

renewable energy

15445 Innovation o,;.,., San Diego, CA 92128 1-(888)-411~926

Maverick Solar

12122/201$

REVISION Bloa<

IS' ARRAY PLAN AT FENCE

E-402

E SWITCHGEAR ELEVATIONSD SWITCHGEAR CONCRETE PAD

PROJECT NAME

TITLE SHEET

SHEET NO.

ELECTRICAL ENGINEERING

PROJECT OWNER

1.

5678

@J ROLLING GATE 2J1 MAX OPENING

FENCE DETAILS A i--llCALE1~.--~~~~~~~~

AUXUJARV EOUPMENT

® !!!~~~TERI TRANSFOR~ER PAD ~3'GRAVELAREA

r------------------------, I ', '"'

r~----------=·=---rv -,__~l r-~I r ~ J l : / CO>MJHICATION• Ello.DSIJRE !! I

L- I i I I

!____----------~-~---- ---J

I I

i ! [~~==- ! l I

I I I :S<r I

I I ~L------------------------j

ANGLED SECURllY FENCE WI 3 STRANDS OF BARBED WlRE, (TYP)

~~~-p":;;;;i;;i~fiii'~o;;;;===::!:===ffi~;;;;<=========r~~;====:C:::;;:fl...-- !~~~o~~~c6'::;Rs INSIDE OUTSIDE

NOTES:

Jil TERMINAL POST 3' DIA. X O, 110" THICK MIN, X 10'~ O,C. MAX [TYP~ (!] STANDARD ROLUNG GATE HARDWARE. SIZE FOR 20'-0' MAX. ClEAR ACCESS

WHEN OPEN, ONE SIDE. 11J 2· CLEAR SPAONG AU.OWED AT BOTTOM FOR EASE OF ROLl lNG GATE OPEN. Ej GATE HEIGHT IS 6' HIGH WITH 12" FENCE TOP ANGl..EO AT 45• TO T11E OUTSIDE

OF THE a.ICLOSE.D ARRAY FIELD. ANGLED FENC:E TOP TO BEINSTAU.EOSUCH

AS TO ALLOW GATE TO ROLL OPEN WITHOIJT CONFUCT FROM STATIONARY FENCE.

NOT USED. ;

STEEL TENSION WIRE. NOT USED.

SOIL SHAlLBE COMPACTED TO ALLOW GATE WHEELS TO ROLL FREELY THE

ENTIRE SPAN AND EASILY OPEN lllE GATC.

~ TYPICAL INTERIOR POSl . WIRE FABRIC 9 GAGE, 2" MESH KNUCKLED TOP AND BOTTOM SELVAGES. 1.00- DIAMETER TOP AND BOTTOM RAIL. RAIL SHALL BE INST AlLE.D 2" FROM FINISHED SURFACE,

@) NOT USED

INVERTER

•-. I -

24'-0"

C1

II r ... -

PROPERTY 'PROPERn:-,66" DIA. BRACE RAIL

AT ENOS AND CORNERS

FENCE NOTES:

TRUSS ROD Wll"li TURNBUCKLE AT ENOS ANO CORNERS (TYP,)

ALL VBmCAL POSTS TO BE COATED WITH TYPE A ZINC COATING@ 2.0 OZ/SO.FT.

2. ALL INTERIOR VERTICAL POSTS SHALL BE 2l" DIA. X0.111TTHICKMIN. X 10'-0" O,C. MAX, (TYP).

3. AU. FENCE FABRIC TO BE 2 IN. 9 GAGE MESH STEEl. WIRE FABRIC COATED WITH ASlM A 491 TYPE I O.M> OZ/SQ. FT.

4. PERMANENT FENCING SHALL BE A F'ENCE WITH S-FEET-0.INCHES OF CHAIN UNI< F'ABRIC ANO TOP ANO BOTTOM RAILS. THE BOTTOM RAIL SHAU. BE WITHIN TWO ·INCHES ABOVE THE FINISH GRADE, PbACE THREE STRANDS OF BAllBED WIRE ON EXTENSION ARMS FOR A TOTAL MAJ<. FENCE HEIGttT OF 1().FEET-~NCHES ABOVE GRADE.

5. TWO ACCESS GA TES SHALL BE INCLlJOEO: 1) A 20 FOOT MAX ROLLING GATE SHAU. BE INSTAu.EO AT

THE MAJN £NTRANOE. 2) A 20 FOOT MANUAL SWING GATE Sf'IALL BE INSTALLED AT THE

SECONDARY ENTRANCE.

2" DEEP GRAVE~

8'-0'

C2

© ~~~TERI TRANSFORMER PAD ELE~AYIONS

24'-0'

17'-o·

~. t •* I

•- I

Job Name Date

Designed By Drawn By

Check By

Symbol

.. --eoF ~'\I

renewable energy

DIO•

15445 lnnowtion on.., San Diego, CA 92128

1·(B88)-46H926

Maverick Solar

1212212015

REVISION Bloa<

FENCE AND E UIPMENT ELEVATIONS

E-403

***

POWER ELECTRONICS / SOLAR INVERTERPOWER ELECTRONICS / SOLAR INVERTER

4900

2400

3900

2400

5300

RECOMBINER

2270

1470 24

00

HEC 1500VDCTECHNICAL CHARACTERISTICS

565VAC 600V600V600VAAACCC 645V645VAACC 6690V90VAACC FR4 FR2 FR3 FR4 FR3 FR4 FR3 FR4

NUMBER OF MODULES 8 5 8 10 7 10 7 10

REFERENCE FS1880CH15 FS1000CH15 FS1600CH15 FS2000CH15 FS1500CH15 FS2150CH15 FS1600CH15 FS2300CH15

AC Output Power(kW) @50°C; PF=0.9 1880 1000 1600 2000 1500 2150 1600 2300 AC Output Power(kVA/kW) @50°C; PF=1 2090 1110 1780 2220 1670 2380 1790 2550 AC Output Power(kVA/kW) @25°C; PF=1 2510 1330 2130 2260 2000 2860 2140 3060

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Max. AC Output Current (A) @25°C 2560 1280 2050 2560 1820 2560 1820 2560 Operating Grid Voltage(VAC) (±10%) 565Vac 600Vac600Vac600Vac 645Vac645Vac 690Vac690Vac Operating Range, Grid Frequency 50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz50Hz / 60Hz Current Harmonic Distortion (THDi) < 3% at any load condition< 3% at any load condition< 3% at any load condition< 3% at any load condition< 3% at any load condition< 3% at any load condition< 3% at any load condition< 3% at any load condition Power Factor (cosine phi) [1] 0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night0.00 leading … 0.00 lagging adjustable/ Reactive Power injection at night Power Curtailment (kVA) 0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps0...100% / 0.1% Steps

800VMinimum MPPt voltage 849V849V849V 913V913V 976V976V 821V–1250VMPPt @full power 50°C (VDC) [1] 872V - 1250V872V - 1250V872V - 1250V 935V - 1250V935V - 1250V 1001V - 1250V1001V - 1250V

Maximum DC and Starting voltage 1500V1500V1500V1500V1500V1500V1500V1500V Max. DC Current (A) @50°C 2600 1300 2080 2600 1820 2600 1820 2600 Max. DC shortcircuit current (A) 3380 1690 2704 3380 2366 3380 2366 3380

Efficiency (η)

< approx. 40W/per module < approx. 40W/per module < approx. 40W/per module < approx. 40W/per module < approx. 40W/per module < approx. 40W/per module < approx. 40W/per module Max. Standby Consumption (Pnight) < approx. 40W/per module1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard - Optional 5kVA 1kVA Standard – Optional 5kVAControl Power Supply

Optional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as staOptional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as standard)ndard)ndard)ndard)ndard)ndard)ndard) UPS backup system Optional 400V- 700VAh Internal UPS-(LVRT compatible units are equipped as standard)IP54, NEMA 3R IP54, NEMA 3R IP54, NEMA 3R IP54, NEMA 3R IP54, NEMA 3R IP54, NEMA 3R IP54, NEMA 3R Degree of protection IP54, NEMA 3R

-30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating -30°C to +50°C, >50°C Active Power derating Permissible Ambient Temperature[2] -30°C to +50°C, >50°C Active Power derating4% to 100% Condensing 4% to 100% Condensing 4% to 100% Condensing 4% to 100% Condensing 4% to 100% Condensing 4% to 100% Condensing 4% to 100% Condensing Relative Humidity 4% to 100% Condensing

1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m 1000m; >1000m power derating 1% Sn (kVA) per 100m Max. Altitude (above sea level) 1000m; >1000m power derating 1% Sn (kVA) per 100m< 70 dBA< 70 dBA< 70 dBA< 70 dBA< 70 dBA< 70 dBA< 70 dBANoise level[3] < 70 dBA

Alphanumeric DisAlphanumeric DisAlphanumeric DisAlphanumeric DisAlphanumeric DisAlphanumeric DisAlphanumeric Display / Optional Freesun App display or Web display play / Optional Freesun App display or Web display play / Optional Freesun App display or Web display play / Optional Freesun App display or Web display play / Optional Freesun App display or Web display play / Optional Freesun App display or Web display play / Optional Freesun App display or Web display Interface Alphanumeric Display / Optional Freesun App display or Web displayRS232 / RS485 / USB /RS232 / RS485 / USB /RS232 / RS485 / USB /RS232 / RS485 / USB /RS232 / RS485 / USB /RS232 / RS485 / USB /RS232 / RS485 / USB / Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP) Ethernet, (Modbus RTU Protocol, Modbus TCP/IP)Communication RS232 / RS485 / USB / Ethernet, (Modbus RTU Protocol, Modbus TCP/IP)

1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV 1 programmable and differential inputs; (0-20mA or ± 10mV to ± 10V) and PT100 to ± 10V) and PT100 to ± 10V) and PT100 to ± 10V) and PT100 to ± 10V) and PT100 to ± 10V) and PT100 to ± 10V) and PT100 Analogue Inputs 1 programmable and differential inputs; (0-20mA or ± 10mV to ± 10V) and PT100RS485 / Modbus RTU RS485 / Modbus RTU RS485 / Modbus RTU RS485 / Modbus RTU RS485 / Modbus RTU RS485 / Modbus RTU RS485 / Modbus RTU String Supervisor Communication RS485 / Modbus RTU

Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Ethernet / Modbus TCP/IP Plant Controller Communication Ethernet / Modbus TCP/IP1 electrically-i1 electrically-i1 electrically-i1 electrically-i1 electrically-i1 electrically-i1 electrically-isolated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) solated programmable switched relays (250VAC, 8A or 30VDC, 8A) 1 electrically-isolated programmable switched relays (250VAC, 8A or 30VDC, 8A)Digital Outputs

Floating PV array: IsolatiFloating PV array: IsolatiFloating PV array: IsolatiFloating PV array: IsolatiFloating PV array: IsolatiFloating PV array: IsolatiFloating PV array: Isolation Monitoring per MPP on Monitoring per MPP on Monitoring per MPP on Monitoring per MPP on Monitoring per MPP on Monitoring per MPP on Monitoring per MPP Floating PV array: Isolation Monitoring per MPPGround Fault Protection Grounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative poGrounded PV array (Positive pole or negative pole): GFDI protection le): GFDI protection le): GFDI protection le): GFDI protection le): GFDI protection le): GFDI protection le): GFDI protection Grounded PV array (Positive pole or negative pole): GFDI protectionActive Heating Active Heating Active Heating Active Heating Active Heating Active Heating Active Heating Humidity control Active Heating

Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton Standard / Optional ON/OFF pushbutton ON / OFF Selector Standard / Optional ON/OFF pushbuttonCircuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses Circuit Breaker / Optional AC switch and fuses General AC Protection & Disconn. Circuit Breaker / Optional AC switch and fusesOptional External Optional External Optional External Optional External Optional External Optional External Optional External Disconnecting Unit Cabinet Disconnecting Unit Cabinet Disconnecting Unit Cabinet Disconnecting Unit Cabinet Disconnecting Unit Cabinet Disconnecting Unit Cabinet Disconnecting Unit Cabinet Optional External Disconnecting Unit CabinetGeneral DC Protection & Disconn. (DC fuse protection and o(DC fuse protection and o(DC fuse protection and o(DC fuse protection and o(DC fuse protection and o(DC fuse protection and o(DC fuse protection and on-load disconnector with external operating handle)n-load disconnector with external operating handle)n-load disconnector with external operating handle)n-load disconnector with external operating handle)n-load disconnector with external operating handle)n-load disconnector with external operating handle)n-load disconnector with external operating handle)(DC fuse protection and on-load disconnector with external operating handle)

AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard AC, DC Inverter and auxiliary supply type 2 - Internal Standard Overvoltage Protection AC, DC Inverter and auxiliary supply type 2 - Internal StandardOptional (Integrated inOptional (Integrated inOptional (Integrated inOptional (Integrated inOptional (Integrated inOptional (Integrated inOptional (Integrated in the inverter)the inverter)the inverter)the inverter)the inverter)the inverter)the inverter)DC Lightning Protection Optional (Integrated in the inverter)

7740 7240 73005900

2400

2400

2400

2400

2270

1470

2270

1470

RECOMBINER

2400

2400

4900 5900 6300

RECOMBINER

NOTES [1] Consult P-Q charts available: Q(kVAr)=√(S(kVA)2-P(kW)2), VDC restrictions *Depth of all units is 1020mm. Please consult hardware and [2] <-20°C Optional drying kit available. installation manual for additional information on dimensions [3] Sound pressure level at a distance of 1m from the rear part. and weights.

*Preliminary values. Revision 25/03/2015

98.4% (Maximum) / 98.98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)1% (Euroeta) / 98.2% (CEC)98.4% (Maximum) / 98.1% (Euroeta) / 98.2% (CEC)

Canadian Solar‘s Diamond CS6X-P-FG module is a 72 cell double-glass module. By replacing the traditional polymer backsheet with heat-strengthened glass, the Diamond module has a lower annual power degradation than a traditional module and better protection against the elements, making it more reliable and durable during its lifetime.

Anti-PID module · Anti-PID cell technology· Anti-PID encapsulation technology

Lower annual power degradation &

KEY FEATURES

DOUBLE-GLASS MODULE

DIAMOND CS6X-310/315/320P-FG

MANAGEMENT SYSTEM CERTIFICATES*

Anti

more system power yield over lifetime · First year annual degradation 2.5%,

each subsequent year 0.5% · 85.5% power output at year 25· 83% power output at year 30

Better fire protecting performance · Fire class A certified according to fire test IEC 61730-2 / MST 23 · Certified for fire type 3 according to UL 1703

Designed for high voltage systems of up to 1500 VDC, saving BoS costs

Sea/waterside PV system installation · Glass backside blocks moisture permeability

· No module-level corrosion

5400 Pa snow load, 2400 Pa wind load

ISO 9001:2008 / Quality management system

ISO/TS 16949:2009 / The automotive industry quality management system

ISO 14001:2004 / Standards for environmental management system

OHSAS 18001:2007 / International standards for occupational health & safety

PRODUCT CERTIFICATES* IEC 61215 / IEC 61730: VDE / CE

UL 1703: CSA / PV CYCLE (EU)

* As there are different certification requirements in different markets, please contact your local Canadian Solar sales representative for the specific certificates applicable to the products in the region in which the products are to be used.

CANADIAN SOLAR INC. is committed to providing high quality solar products, solar system solutions and services to customers around the world. As a leading manufacturer of solar modules and PV project developer with about 10 GW of premium quality modules deployed around the world since 2001, Canadian Solar Inc. (NASDAQ: CSIQ) is one of the most bankable solar companies worldwide.

CANADIAN SOLAR INC. 545 Speedvale Avenue West, Guelph, Ontario N1K 1E6, Canada, www.canadiansolar.com, [email protected]

mailto:[email protected]

https://www.canadiansolar.com/

Module Fire Performance Type 3 (UL 1703) or 　　　　　　 CLASS A (IEC 61730) Module Fire Performance Type 3 (UL 1703) or 　　　　　　 CLASS A (IEC 61730)

-40°C ~ +85°C 1500 (IEC) or 1000 V (UL) -40°C ~ +85°C 1500 (IEC) or 1000 V (UL)

MODULE / ENGINEERING DRAWING (mm)

Rear View Corner Protector Detail

I 8:1

I

ELECTRICAL DATA / STC* Electrical Data CS6X 310P-FG 315P-FG 320P-FG Nominal Max. Power (Pmax) 310 W 315 W 320 W Opt. Operating Voltage (Vmp) 36.4 V 36.6 V 36.8 V Opt. Operating Current (Imp) 8.52 A 8.61 A 8.69 A Open Circuit Voltage (Voc) 44.9 V 45.1 V 45.3 V Short Circuit Current (Isc) 9.08 A 9.18 A 9.26 A Module Efficiency 15.88% 16.14% 16.39% Operating Temperature -40°C ~ +85°C Max. System Voltage 1500 (IEC) or 1000 V (UL) Module Fire Performance Type 3 (UL 1703) or 　　　　　　 CLASS A (IEC 61730) Max. Series Fuse Rating 15 A Application Classification Class A Power Tolerance 0 ~ + 5 W

* Under Standard Test Conditions (STC) of irradiance of 1000 W/m2, spectrum AM 1.5 and cell temperature of 25°C.

ELECTRICAL DATA / NOCT* Electrical Data CS6X 310P-FG 315P-FG 320P-FG Nominal Max. Power (Pmax) 225 W 228 W 232 W Opt. Operating Voltage (Vmp) 33.2 V 33.4 V 33.6 V Opt. Operating Current (Imp) 6.77 A 6.84 A 6.91 A Open Circuit Voltage (Voc) 41.3 V 41.5 V 41.6 V Short Circuit Current (Isc) 7.36 A 7.44 A 7.50 A

* Under Nominal Operating Cell Temperature (NOCT), irradiance of 800 W/m2, spectrum AM 1.5, ambient temperature 20°C, wind speed 1 m/s.

PERFORMANCE AT LOW IRRADIANCE Industry leading performance at low irradiation, average 96.0% relative efficiency from an irradiance of 1000 W/m2

to 200 W/m2 (AM 1.5, 25°C).

The specification and key features described in this datasheet may deviate slightly and are not guaranteed. Due to on-going innovation, research and product enhancement, Canadian Solar Inc. reserves the right to make any adjustment to the information described herein at any time without notice. Please always obtain the most recent version of the datasheet which shall be duly incorporated into the binding contract made by the parties governing all transactions related to the purchase and sale of the products described herein.

Caution: For professional use only. The installation and handling of PV modules requires professional skills and should only be performed by qualified professionals. Please read the safety and installation instructions before using the modules.

CS6X-310P-FG / I-V CURVES

A A 10 10

9 9

8 8

7 7

6 6

5 5

4 4

3 3

2 2

1 1

0 V 0

1000 W/m2

800 W/m2

600 W/m2

400 W/m2

5°C5°C

25°C 45°C

65°C

5 10 15 20 25 30 35 40 45 5 10 15 20 25 30 35 40 45 50

1000 W/m2

800 W/m2

600 W/m2

400 W/m2

5°C 25°C 45°C 65°C

MODULE / MECHANICAL DATA Specification Data Cell Type Poly-crystalline, 6 inch

Dimensions Cell Arrangeme

1968ˣ992ˣ5.8mm (77.5ˣ39.1ˣ0.23 in) nt 72 (6ˣ 12)

without J-Box and corner protector (Incl. corner 1972ˣ996ˣ10 mm (77.6ˣ39.2 x 0.39 in) protector) without J-Box Weight 27.5 kg (60.6 lbs) Front Cover 2.5 mm heat strengthened glass Back Glass 2.5 mm heat strengthened glass Frame Frameless J-Box Split J-Box, IP67, 3 diodes Cable 4 mm2 (IEC) or 4 mm2 &12 AWG

1000 V (UL) Cable Length 1150 mm (45.3 in), 500 mm (19.7 in)

(+) and 350 mm (13.8 in) (-) is optional for portrait installation*

Connectors Amphenol H4 UTX (IEC), Renhe 05-6 (UL) Standard Packaging 30 pieces Module Pieces per Container 660 pieces (40‘ HQ) * The application of this short length cable can only be used in portrait installation

(clamping mounting method) systems in which the distance between modules should be less than or equal to 50 mm. In the event the distance between the PV modules to be installed is more than 50 mm, please make sure to consult our technical team for evaluation and advice.

TEMPERATURE CHARACTERISTICS Specification Data Temperature Coefficient (Pmax) -0.41% / °C Temperature Coefficient (Voc) -0.31% / °C Temperature Coefficient (Isc) 0.053% / °C Nominal Operating Cell Temperature 45±2°C

PARTNER SECTION

CANADIAN SOLAR INC. August 2015. All rights reserved, PV Module Product Datasheet V5.3_EN

V

NEXTrackerSPT

INTRODUCING A WHOLE NEW WAY TO TRACK THE SUN The NEXTracker™ Self-Powered Tracker (SPT) brings self-contained motor power to each row, saving time and money.

No more external power wiring. No more UPS backup systems. Safer and more reliable with higher performance.

INDEPENDENT, MECHANICALLY-BALANCED ROWS The NEXTrackerSPT leverages NEXTracker’s mechanically balanced row design, which aligns the PV panels with the

tracker’s axis of rotation. This alignment greatly reduces torsional load, requiring less energy from the motor to track

throughout the day, and freeing each row to track independently.

PLUG AND PLAY WITH NO POWER WIRING NEXTrackerSPT’s independent rows eliminate external AC power source systems, wiring, and associated trenching.

Self-contained units on each row include a dedicated 30 W PV panel to provide power to the Self-Powered Controller

(SPC), which drives the motor and hosts intelligent control electronics to position each tracker. NEXTrackerSPT’s

wireless power and communication from the SPC enable each row to be truly plug and play.

HIGHER PERFORMANCE & SAFETY Independently powered rows eliminate parasitic utility draw for a higher net energy yield. Intelligent, autonomous

rows optimize operation, cleaning and maintenance activities. The tracking system rapidly moves into safe stow

positions — an entire array can be stowed in under two minutes, versus up to 45 minutes for other horizontal trackers.

That same quick positioning makes our tracker five times faster to clean.

MORE SITE FLEXIBILITY, LESS SITE PREPARATION The NEXTrackerSPT’s autonomous rows enable maximum flexibility in system design, overcoming constraints

presented by irregular site boundaries or obstructions. No east/west grading, fewer access roads, and better

utilization of corner areas increase power capacity 10-20% per site while reducing construction time. The self-powered

rows enable the system to be commissioned without grid power.

Quicker to track, quicker to commission, quicker to profits.

NEXTrackerSPT Specifications Tracking Technology Horizontal single-axis balanced-mass tracker with independently-driven rows

Tracking Range Up to 120° (± 60°)

Control System 1 Self-Powered Controller (SPC) per tracker; 1 Network Control Unit (NCU) per 100 SPCs

Communications Wireless ZigBee® mesh network/SCADA; no communication wiring required

Drive System One slew gear, 24 VDC motor and self-powered controller w/dedicated solar panel per row

DC Capacity 23-35kWp per tracker row, depending on panel type

System Voltage Flexible, based on system design

Power Consumption No grid power required

Ground Coverage Ratio Fully configurable by customer; typical range 33%-50%

Installation Method Rapid field assembly, no welding required

Foundation Types Compatible with all major foundation types (driven pier, concrete foundation, ground screw)

Standard Wind Design 100 mph/161 kph, 3 second gust per ASCE7-10; configurable for higher wind speeds

Safety Stowing Automated wind and snow stowing with self-contained backup power; no external power required

Torsional Limiter Included at each foundation/bearing for additional wind and snow load protection

Principal Materials Galvanized and stainless steel

Grounding Method Self-grounding structure; separate materials and labor not required

Compliance Grounding/bonding: UL2703; structural design: ASCE7-10

Other Available Options Snow and flood sensors

Warranty 10 years on structural components; 5 years on drive and control systems

Typical Dimensions Height 2.1 m/6.8 ft (@ 60°), Width 2.0 m/6.4 ft, Length 85 m/283 ft

Typical 72-cell c-Si configuration: 85 m row with 80 panels mounted in portrait:

6.4 ft

6.8 ft [2.08 m]

60˚

[1.96 m]

4.0 ft [1.22 m]

3.3 ft [1.00 m]

1.2 ft [.36 m]

6200 Paseo Padre Parkway Fremont, CA 94555 USA

+1 510 270 2500 nextracker.com

MKT-000020 Revision: 02 © NEXTracker, Inc. 2015

https://www.nextracker.com/

palen solar project plan of development, appendix a

Documents