SW4220502_Plansheet - Proposed Conditions_Site Plan_20220514

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ENLARGED
AREA
- SNOW
CAMP,
NC
REGIONAL MAP - NORTH CARO LI NA
PROJECT
LOCATION
PROJECT
LOCATION
FOR
CAMP SOLAR.
(PV) SYSTE M
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SNOW CAMP NC 27349
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DATE: o
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OCTOBER 21 2015 J J
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LOCATION
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ENLARGED AREA - PROJECT SITE
x.I
SYSTEM SUMMARY
ARRAY
MODULE TYPE
NUMBER
OF
STRINGS
MODULES
PER
STRING
NUMBER OF
MODULES
MODULE
PEAK
POWER
TOTAL DC
POWER
INVERTER TYPE
NUMBER OF
INVERTERS
MAX
INVERTER
POWER*
TOTALAC
POWER
1
JKM315P-72
196
19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
2
JKM315P-72
196
19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
3
JKM315P-72
196
1 19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
4
JKM315P-72
196
19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
5
JKM315P-72
196
19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
6
JKM315P-72
196
19
3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
7
JKM315P-72
1 196
19
1 3,724
315 W
1.17 MW
880CP-US
1
857 kVA
0.86 MVA
TOTALS
1.372
26,068
TOTAL DC SYSTEM SIZE
8.21 MW
TOTAL AC SYSTEM SIZE
6.00 MVA
* NOTE: INVERTER OUTPUT POWER WILL BE SOFTWARE LIMITED TO 857kW.
ABBREVIATIONS
DRAWING
LIST
A
AC
AFG
AWG
C
CU
DISC
ELEC
EMT
FMC
G
GND
GRC
J
KAIC
KVA
AMPERES KW KILOWATT
ALTERNATING CURRENT KCMIL THOUSANDS OF CIRCULAR MILS
ABOVE FINISHED GRADE N NEUTRAL
AMERICAN WIRE GAUGE NEC NATIONAL ELECTRICAL CODE
CONDUIT NF NON -FUSED
COPPER P POLE
DISCONNECT PNL PANELBOARD
ELECTRICAL PVC POLYVINYL CHLORIDE
ELECTRICAL METALLIC TUBING SN SOLID NEUTRAL
FLEXIBLE METAL CONDUIT SPEC SPECIFICATION
GROUND SS STAINLESS STEEL
GROUND SQ SQUARE
GALVANIZED RIGID CONDUIT UG UNDERGROUND
JUNCTION V VOLTS
(THOUSAND) AMPERE W WIRE
INTERRUPTING CAPACITY WP WEATHERPROOF
KILOVOLT AMPERES Y WYE (CONNECTED)
NUMBER
SHEET NAME
PVE-0.1
COVER SHEET
PVE-1.0
SPECIFICATIONS
PVE-1.1
EQUIPMENT SCHEDULES
PVE-1.2
EQUIPMENT DATA SHEETS
PVE-2.1
SITE PLAN
PVE-3.1
PARTIAL SITE PLAN - ARRAYS
1 & 2
PVE-3.2
PARTIAL SITE PLAN - ARRAYS
3 & 4
PVE-3.3
PARTIAL SITE PLAN - ARRAYS
5 & 6
PVE-3.3
PARTIAL SITE PLAN - ARRAY 7
SYMBOLS
PVE-4.0
AC SINGLE LINE DIAGRAM
PVE-4.1
DC SINGLE LINE DIAGRAMS -
INVERTERS 1 AND 2
-
3 30
20
30
3 NF
- - - RACEWAY CONCEALED BELOW FLOOR OR GRADE.
CIRCUIT HOMERUN, NUMBER OF ARROWS INDICATES NUMBER OF CIRCUITS.
PROVIDE GREEN INSULATED GROUNDING CONDUCTOR IN ALL WAYS, NOT
SHOWN ON PLANS.
GROUND
PLAN NOTE
I� FUSED DISCONNECT SWITCH. 600V, HEAVY DUTY, NEMA 4X FIBERGLASS.
SINGLE NUMBER INDICATES NUMBER OF POLES. TOP NUMBER INDICATES
MAXIMUM AMPERAGE. BOTTOM INDICATES ACTUAL FUSING AS INDICATED OR
AS DETERMINED FROM MANUFACTURER'S NAMEPLATE.
NON -FUSED DISCONNECT SWITCH. 600V, HEAVY DUTY, NEMA 3R. SINGLE
NUMBER INDICATES NUMBER OF POLES. TOP NUMBER INDICATES MAXIMUM
AMPERAGE, NF = NON -FUSED.
METER ENCLOSURE.
- 120/240V ELECTRICAL PANEL AS SCHEDULED.
❑PVE-9.1
360V TO 120/240V TRANSFORMER
PVE-4.2
DC SINGLE LINE DIAGRAMS -
INVERTERS 3 AND 4
PVE-4.3
DC SINGLE LINE DIAGRAMS - INVERTERS 5 AND 6
PVE-4.4
DC SINGLE LINE DIAGRAMS -
INVERTER 7
PVE-4.5
ELECTRICAL DETAILS
PVE-5.1
INVERTER PAD DIMENSION PLANS
PVE-5.2
INVERTER PAD CONDUIT AND GROUNDING PLANS
PVE-5.3
CONDUIT DETAILS
PVE-6.1
GROUNDING DETAILS
PVE-7.1
WARNING SIGN DETAILS
PVE-8.1
MV DETAILS
PVE-8.2
MV DETAILS
COMMUNICATIONS DETAILS
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COPYRIGHT © STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
)NSTRUCRON ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY REMSIONS,
REPRODUCTIONS OR MODIFICATIONS OF THESE DOCUMENTS WITHOUT THE
EXPRESS WRITTEN CONSENT OF CEG IS PROHIBITED BY LAW.
DAVID E.
ALLEY, PE
11111111,1,rr
CA
� f•
� E pL�^
r+'T �,II n 4411�1•
NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
DATE
10-21-15
SCALE
AS NOTED
PROJ. NO.:
150338
DESIGNED BY:
DEA
DRAWN BY:
JNH
CHECKED BY:
DEA
.7VITANTll01reffill
PVE-0. 1

www.jinkosolar.com
PV CYCLE CE \ UL
•in1<a
Building Your Trust in Solar
KEY FEATURES
High Efficiency:
i.� High module conversion efficiency (up to 16.23%), through innovative
ER$1ON manufacturing technology.
Low -light Performance:
�7 Advanced glass and solar cell surface texturing allow for excellent
�awaa"T performance in low -light environments.
++++ Severe Weather Resilience:
a
'A00Pa Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).
540a Pa
Durability against extreme environmental conditions:
Ll
High salt mist and ammonia resistance certified by TUV NORD.
LINEAR PERFORMANCE WARRANTY
10 Year Product Warranty • 25 Year Linear Power Warranty
100%
� 97.5%
0
0
3 90%
W7%
25
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Sunny Central
Sunny Central
Sunny Central
Sunny Central
Sunny Central
Sunny Central
Sunny Central
Technical data
500CP-Us
630CP-US
720CP-US
750CP-US
800CP-US
850CP-u5*
900CP-US*
Input
'Maamn�;
Max. DC power @ cos = 1
560 kW
713 kW
808 kW
853 kW
898 kW
954 kW
1010 kW
__ ___ l;
:I, 1 IITr'
Max. input voltage
1000 V
1000 V
1000 V
1000 V
1000 V
1000 V
1000 V
_-
MPP voltage rangel1@25IC/@50°Cat60Hz)
430V-820V/430V-820VIIItm
50DV-820V/500V-820V11I121
525V-820V/525V-820VIIIpI
545V-820V/545V-820V11II2I
570V-820V/570V-820V1nuI
I1
620V-820V/620V-820V1'2l
655V-820V/655V-820V1'Ilsl
Rated input voltage
430 V
500 V
525 V
545 V
570 V
620 V
655 V
..................."... " "
Max, input current
1250 A
1350 A
1600 A
1600 A
1600 A
1600 A
1600 A
ullil
Mir. input voltage / VMpp m;, at INIIP < ID;,,•,
429 V
498 V
515 V
545 V
568 V
568 V
568 V
_
Number of independent MPP inputs
1
1
1
1
1
1
1
Number of DC inputs: busbar / fuses
Busbar / 6 - 9
Busbar / 6 - 9
Busbar / 6 - 9
Busbar / 6 - 9
Busbar / 6 - 9
Busbar / 6 - 9
Busbar / 6 - 9
—__
Output (AC)
I
Rated power 1@ 25 °C) / nominal AC power (@ 50 ° C)
550 kVA / 500 kVA
700 kVA / 630 <VA
792 kVA / 720 kVA
825 kVA / 750 kVA
880 kVA / 800 kVA
935 kVA / 850 kVA
990 kVA / 900 kVA
- ---
Rated grid voltage / nominal AC voltage range
270 V / 243 V - 297 V
315 V / 284 V - 347 V
324 V / 292 V - 356 V
342 V / 308 V - 376 V
360 V / 324 V - 396 V
386 V / 347 V - A25 V
405 V / 364 V - 446 V
i
AC power frequency / range
60 Hl his... 63 Hz
6C hil47 Hz _. 63 hz
60 Hz/ 47 Hz 63 Hz
60 Hz / 47 Hz ... 63 Hz
60 Hz / 47 Hz ... 63 Hz
60 Hz / 47 Hz ... 63 Hz
60 Hz / 47 Hz ... 63 Hz
Rated power frequency / rated grid voltage
60 Hz / 270 V
60 Hz / 315 V
60 F / 324 V
60 Hz / 342 V
60 Hz / 360 V
60 Hz / 386 V
60 Hz / 405 V
•I' 9
Max. output current
1176 A
1283 A
1411 A
1411 A
1411 A
141 1 A
141 1 A
az:"
it Ufluly
Max. total harmonic factor
<5%
<5%
<5%
<5%
<5%
<5%
<5%
&Y GRADE
Power factor at rated power / displacement power factor adjustable
1 / 0.8 leading ... 0.6legging
1 / 0.8 leading ...
0.8 lagging
Feed -in phases / connection phases
3/ 3
3/ 3
3/ 3
3/ 3
3/ 3
3/ 3
3/ 3
Efficiency rst
Max. efficiency / European weighted efficiency / CEC efficiency
98,5 %/ 98.3 % / 98.0 %
98.5 %/ 96.3 %/ 98.0 %
98.6 %/ 98.4 %/ 98.0 %
98.6 % / 98.4 %/ 98.0 %
98.7 % / 98.4 % / 98.5 %
98.6 %/ 98.4 % / 98.5 %
98.6 %/ 98.4 % / 98.5 %
Protective devices
I:: ,;,
f:V...............................................................................
. -
DC disconnect device
DC contactor
DC contactor
AC disconnect device
AC circuit breaker
AC circuit breaker
. ............... ................ ......�........ ............... ................
DC overvoltage protection
Surge Arrester Type II
Surge Arrester Type II
I:) ..5al:l J 11,I0
Grid monitoring
•
•
•
•
•
•
•
Ground -fault monitoring
O
O
O
O
O
O
O
p,
Advanced Ground Fault Monitoring / Remote GFDI Switch
O
O
O
O
O
O
O
Ungrounded PV array I^I
O
O
O
O
O
O
O
Lightning protection
Lightning protection level III
Lightning protection level III
Lightning protection level III
Lightning protection level III
Lightning protection level III
Lightning protection level III
Lightning protection level III
Insulation monitoring
O
O
O
O
O
O
O
Surge arresters for auxiliary power supply
•
•
•
•
•
•
•
Protection class / overvohage category
I / IV
I / IV
I / IV
I / IV
I / IV
I / IV
I / IV
General data
Il;pl, II 'IIII II I!i fl II VI :'".I I l
Dimensions (W / H / D)
2562 / 2272 / 956 mm (101 / 90 / 38
inches]
2562 / 2272 / 956 mm (101
/ 90 / 38 inches)
n
Weight
< 1870 kg (A 12316)
< 187C kg (4123 lb)
< 187C kg (4123 Ibl
< 1870 119 (4123 Ibl
< 1870 kg (4123 Ib)
< 1870 kg (4123 Ib)
< 1870 kg (4123 Ib)
Operating temperature range
-25 °C...+50 °C/-13 °F...+122 °F
-25 °C...+50 °C/-13'F...-122 °F
-25 °C._+50 °C/-13 °F...+122 °F
-25 °C...+50 °C/-13 °F...+122 °F
-25 °C...+50 °C/-13 °F...+122 °F
-25 °C...+50 °C/-13 °F...+122 °F
-25 °C...+50 °C/-13 °F...+122 °F
Noise emission Is)
60 db(A)
60 db(AI
60 dblA)
60 db(A)
63 db(A)
63 db(A)
63 db(A)
O o' r Ilmou' ('I,I
Max. self -consumption (in operation) hI / self -consumption lot night) IsI
< 1800 W / < 150 W
< 1800 W / < 150 W
< 7 800 W / < 150 W
< 1800 W / < 150 W
< 1800 W / < 150 W
< 1800 W / < 150 W
< 1800 W / < 150 W
Auxilia power supply via
�'P PPY
external 208 V external 400 V external 480 V integrated teen power
° ° ° o
/ / /
° ° ° O
/ / /
O ° ° °
/ / /
O O ° °
/ / /
O ° ° °
/ / /
° ° ° °
/ / /
° ° ° °
/ / /
11 ...... ...., ... ,Ili
II
Ii {II I
II
...{ II III l
I
i�
i
Cooking concept
OptiCool
OpfiCool
OptiCool
OptiCool
OptiCool
OptiCool
OptiCool
II
C
Degree of protection: electronics /connection area
NEMA 3R /NEMA 3R
NEMA 3 R /NEMA 3R
NEMA 3R /NEMA 3R
NEMA 3R /NEMA 3R
NEMA 3R /NEMA 3R
NEMA 3R /NEMA 3R
NEMA 3R /NEMA 3RI]so
II ,
D
F O v
Degree of protection
4C2, 4S2
4C2, 4S2
4C2, 4S2
4C2, 4S2
4C2, 4S2
4C2, 4S2
4C2, 4S2
'JI II .....,,.
Application
Max. permissible value For relative humidity (non -condensing]
In unprotected autdocrenvironments
15 °o ... 95 %
In unprotected outdoorenvironmenls
15 % ... 95 %
In unprotected outdooreevranments
15 % ... 95 %
In unprotected outdoorenvironments
15 % ... 95 %
In unprotected outdcorenvironments
15 % ... 95 %
In unprotected outdcorenvironments
15 % ... 95 %
In unprotected outdoor environments
15 % ... 95 %
II .........,,
,,,,,,,,,,,,'
Max. operating altitude above mean sea level
200D m
2000 m
2000 IT,
2000 m
2000 m
2000 m
2000 m
Economical Efficient Flexible Reliable
consumption (inverter)
3000 ms/h
3000 ms/h
3000 m3/h
3000 ms/h
3000 m3/h
3000 ms/h
3000 ms/h
Features
Savings avings in balance of system costs •Highest efficiency in its power class •Configurable DC voltage range •Easy and safe installation and with
DC connection
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
clue to 1,000 V operating voltage • Full nominal power at ambient • Integrated AC disconnect for large, separate connection area
AC connection
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
Ring terminal lug
, i m", C11.111111AI
• Outdoor enclosure allows for temperatures up to 50 °C NEC 2011 compliance • Powerful grid management
HMI touchscreen
•
•
•
•
•
•
•
"" nfrl IIIII r 91.11uu I' ru,,:Il
direct field deployment 10% additional power for •Optional DCdisconnects functions (Ind. Low Voltage Ride Through)
Communication/protocols
Elhemet (dotted fiber optonall,Modbsu
Hhemet(opticolliberopronall,Modbus E-Ihemetfopfcalfiber optionali,Modbus
Ethernet (opticalfiber optionall,Modbus
Ethernet (optical fiber optional),Modbus
Ethernet (opficalfiber optional, Modbus
Ethernet (optical fiber optional), Modbus
• Small footprint and light weight for continuous operation at ambient Full UL1741 and IEEE 1547 compliance
Communication with Sunny String -Monitor
R5485
RS485
RS485
RS485
RS485
RS485
RS485
III """. IIII1111111111611oH II'IIVIUJ4 atilt
easy shipping and installation temperatures up to 25 °C
SC-COM
•
•
•
•
•
•
•
IIIL..., -
Color of enclosure, door, base, roof
RAIL 9016 / 9016 / 7004 / 7004
RAIL 9016 / 9016 / 7004 / 7004
....
SUNNY CENTRAL 500CP-US / 630CP-US / 720CP-US /
War arty:
•/°/°/°'°
•/°/°/°/°
•/°'°/°'°
•/°/°/°/°
•/°/°/°/°
•/°/°/°/°
•/°/°/°/°
Certificates and approvals ]more available on request)
EMC conformity for
radiated emissions according to FCC
Part 15 Class A,
EMC conformity for radiated emissions
according to FCC Part 15 Class A,
(�
750CP-US / 8000P-US / 850CP-US /
1174 1, UL 1998, IEEE 1547
1174 1, UL 1998,
IEEE 1547
700CP-US
• Standard equipment o Optional features -Not available
UL listed for
*Preliminary information, last updated December 2013
commercial and utility -scale projects
Type designation
SC 500CP-US-1 0
SIC 630CP-US-10
SC720CP-US10
SC 750CP-US-1 0
SIC 800CP-US-10
SC 850CP-US-1 0
SIC 900CP-US-10
The Sunny Central CP-US series delivers outstanding performance. In combination with an external transformer, the Sunny Central
(1) At 1.00 UAC,— and cos y = 1
CP-US can be connected to any utility grid or three-phase commercial service while directly providing grid management functions.
I�1 The inverter will track MPP to 850V before self -protecting
The CP-US family is UL listed at 1,000 V DC and features an integrated AC disconnect in accordance with NEC 2011 requirements.
11I Measured efficiency includes all auxiliary power
Both the outdoor enclosure with the OptiCoolT"^ cooling concept and the separate connection area ensures simple installation while
14I Included in the inverter's UL listing
Isl Sound pressure level at a distance of 10 m
maximizing returns. With a peak efficiency of 98.7 percent, it outperforms all other inverters in its class. The Sunny Central CP-US
(1) Self -consumption at rated operation
can also be integrated with the Power Plant Controller as well as the Medium -voltage Power Platform for utility -scale applications.
VI By external 400 V auxiliary power supply
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COPYRIGHT ©STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
CONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY REMSIONS,
REPRODUCTIONS OR MODIFICATIONS OF
EI(PRESS WRITTEN CONSENT OF
THESE
CEG IS
DOCUMENTS NITHOUT THE
PROHIBITED BY LAW.
DAVID E. ALLEY, PE
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NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
10-21-15
SCALE
AS NOTED
PROJ. NO.:
150338
DESIGNED BY:
DEA
DRAWN BY:
JNH
CHECKED BY:
DEA
DRAWING NO.
PVE-1.2

UTILITY DISCONNECT
SWITCH, AND POC
❑2 UTILITY RECLOSER -
F-1-1 UTILITY METER
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\a� PIN: 8777-40-0257 \ PLAN NOTES: ❑
4 CUSTOMER GOAB \� D.B. 734, PG. 805 \ 1. NEW UTILITY POLE WITH UTILITY PRIMARY METERING CLUSTER, PROVIDED AND INSTALLED BY
ZONED: \ UTILITY. OVERHEAD CONDUCTORS BY UTILITY.
5 CUSTOMER METER I I \ Op\ USE: SINGLE FAMILY \ \ 2. NEW UTILITY POLE WITH UTILITY RECLOSER, PROVIDED AND INSTALLED BY UTILITY. OVERHEAD
CONDUCTORS BY UTILITY. �
Ia \ 3. NEW UTILITY POLE WITH UTILITY DISCONNECT, PROVIDED AND INSTALLED BY UTILITY. O w w
ElCUSTOMER FUSED _J \ l j \ OVERHEAD CONDUCTORS BY UTILITY. cn
CUTOUTS\RISER U \O�S \ \ \ 4. NEW CUSTOMER UTILITY POLE WITH GROUP OPERATED AIR BREAK SWITCH BY CUSTOMER W O
_ I \ \ CONTRACTOR. PROVIDE 40' CLASS 5 SOUTHERN YELLOW PINE POLE TREATED WITH 0.6 PCF a w
OF CCA. PROVIDE OVERHEAD CONDUCTORS PER SINGLE -LINE DIAGRAM. REFER TO POLE (w) w
C L 7 TYPICAL TYPICAL 9 ba 8 TYPIC DETAIL 1 ON PVE-8.1. BURY BASE OF POLE 6'-0" BELOW GRADE AND TAMP FILL EVERY 0
#P3 #P4 #P5 #P6 #P7 \ \� \ \ \ \ 6"• U U)
•.,., a:r.;, ,4.• ��.�;•.,...��• .:�: :�-;:, ,,�� t�. � 5 NEW CUSTOMER UTILITY POLE WITH CUSTOMER PRIMARY METERING CLUSTER BY CUSTOMER
., t., .. ...,.. ... ..: a+- .a .n:,::h'M'.'<._r.•..�;:.:1..-x,:G.;t9t:•H:. .. ...'7:'<:`: z:::v;^:, ... 'i.'.,':n'T; r; yxJ»1.M
CONTRACTOR. PROVIDE 40' CLASS 5 SOUTHERN YELLOW PINE POLE TREATED WITH 0.6 PCF
OF CCA. PROVIDE OVERHEAD CONDUCTORS PER SINGLE -LINE DIAGRAM. REFER TO POLE M
DETAIL 2 ON PVE-8.1. BURY BASE OF POLE 6'-0" BELOW GRADE AND TAMP FILL EVERY a
00 N
Op\ \ \ 6". o 00
6. NEW CUSTOMER UTILITY POLE WITH CUSTOMER FUSED CUTOUTS AND RISER BY CUSTOMER
NTEy; \ \ CONTRACTOR. PROVIDE 40' CLASS 5 SOUTHERN YELLOW PINE POLE TREATED WITH 0.6 PCF w
\ \ CB1.2 "```'' \ \ OF CCA. PROVIDE OVERHEAD AND UNDERGROUND CONDUCTORS PER SINGLE -LINE DIAGRAM.
REFER TO POLE DETAILS 2, 4 AND 5 ON PVE-9.2. BURY BASE OF POLE 6'-0" BELOW
p� CB1 .3 \ `';; ;•;. / \ \ \ GRADE AND TAMP FILL EVERY 6".
\ .•a \ \ Ld
7. PROPOSED UNDERGROUND MEDIUM VOLTAGE (UMV) FEEDER ROUTING FROM RISER LOCATION a' � c
4 \ .v�t�... / Oaf O
°p c>a,,: \ TO MEDIUM VOLTAGE TRANSFORMER. REFER TO SINGLE -LINE DIAGRAM FOR ADDITIONAL F W N
ARRAY 1. \ i \ \ \ c°� �" �\ \ \\ INFORMATION. O. qa Z `n Q
G o
SEE DWG PVE-3.1 \ C B 1 : `' \ \ "J F O
p 'x;,;,., \ 8. TYPICAL UNDERGROUND DC (DC) FEEDER TRENCHING FROM STRING COMBINER TO DC H ? O O �' }
\ \ c� I r F, \o \ ;. / \ \ \ DISCONNECT SWITCH AT INVERTER PAD. REFER TO SINGLE -LINE DIAGRAMS AND COMBINER O o a
\ \L u 1 .O \ r / \ \ \ S \ \ FEEDER SCHEDULES FOR ADDITIONAL INFORMATION. ONE FEEDER REQUIRED PER COMBINER, Zc z =
NOT ALL SHOWN FOR DRAWING CLARITY. w" O
�o Cam\ \\ \ ;p^M \ \ \ p�va w
9. TYPICAL DC STRING COMBINER AS SCHEDULED. m Lu
\ t-oi o\
�. CB 1 .9
INVERTE 1
- \
\ C132.1 Dc- o : A \
GB2c:� PVE-2.1 PVE-5.1
AA\/ \ / \
\�----UMV ----UMV- UMV----_--UMV------Ut�V I f
\� . - . ARRAY, 2 . . CB2.3�.--DC-----DC---_-DC--DC-: - --DC pC-J
\. � L �T_1 /
- - �. \
SEE DWG PVE-3.1 CB2.4 _DC- - -
q-- M'\\ INVERTER 2 \
\ CB2.5 - -1 - -
CB2.6 �CB2.8
ram'^•
CB2.7 -= 1 �CB2.9
c
\ CB3:1
CB3\. . - - - -
\\ CB3:3 CB3.8 11 x
CB3.4� 3.9� INVERTER
A'R RAY 3 -Dc \ -
\ SEE DWG PVE-3.2 C63.5 -Dc- _ - -
\ - 8 TYPICAL
-DC
. \ CB3:61 _ °C r� 1-i
\---DC-----D �� SIT-2
\ CB3.7\ - - -DC- - - - -Dc- - . �� 4- - _ CB 4.
C64.8\ x
\ CB4.2\ i0c A yar \
PVE-2.1 PVE-5.1 "� a
CB4. °
."..,.
\ SEE DWG PVE-3.3 CB4.4� / .9
G CB4.5�
CB4.6� - - - -
CB5.7 I
\ CB5:1 . T .
CB5.
\ CB5.3B+5.8 INVERTER 5
. ARRAY 5 ��DC - ',
\SEE DWG PVE-3.3 CB5.4 D '
I
r A -
_ ADC = o
\ ._ -DCI-Dc- \ rDC
\ CB5.% - - - c- _ _ _ _ r� -1 DC
----UMV------UMV- C-- _UMV------ V------UMVD ��^ 3\_�
. - i / a.7\ \ If
�°C`/ CB6\ NVERTER 6
CB6.2 c� � / � - \ �
ARRAY r CB6.3� �0 PVE-2.1 PVE-5. �B6.8 \
°cam \ -
SEE PVE-3.3
CB6 4 / G 6 91 \ \
. . . . . . . . . . . . . . . . � , . . . . . , . .
. . . . . . . . . . . .'^r' X
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------- sc pe Screen --
WETLAND TYPICAL FENCE LINE
X X X X
x- _x X
x
SITE PLAN
SCALE: 1" = 60'
60' 30' 0 60' 120'
SCALE 1" = 60'
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COPYRIGHT ©STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
:ONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY REMSIONS,
REPRODUCTIONS OR MODIFICATIONS OF THESE DOCUMENTS MTHOUT THE
EffESS WRITTEN CONSENT OF CEG IS PROHIBITED BY LAW.
DAVID E. ALLEY, PE
`yyyytllf171fr`f
CApO��`'�
I A `
�e
err %D � A\-\•. ``, ':
/l IIII �111 „tT♦
NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
DATE
10-21-15
SCALE
AS NOTED
PROJ. NO.:
150338
DESIGNED BY:
DEA
DRAWN BY:
JNH
CHECKED BY:
DEA
DRAWING NO.
PVE-2.1

CONCRETE PAD NOTES:
1. CONCRETE: ALL CONCRETE DESIGN AND PLACEMENT SHALL BE IN ACCORDANCE WITH ACI 318 AND ACI 301, LATEST
EDITIONS. CONCRETE 28 DAY COMPRESSIVE STRENGTH AND PROPERTIES SHALL BE: fc 3000 PSI, SLUMP 5"(f 1 "),
AGGREGATE 3/4". SUBMIT DESIGN MIXES FOR APPROVAL MAX. WATER/CEMENT RATIO 0.57. LAP SPLICE 40 BAR
DIAMETERS U.O.N. TYPICAL CLEAR COVER TO REINFORCING U.O.N. 3" EXPOSED TO EARTH.
2. REINFORCING STEEL: ASTM A615 GRADE 60, DEFORMED ALL FOUNDATION AND SLAB REINFORCING TO BE SUPPORTED
BY BRICKS OR STANDEES.
3. DESIGN LOADS, AS SCHEDULED.
4. VERIFY CONDUIT OPENING WINDOWS WITH INVERTER MANUFACTURER PRIOR TO CONSTRUCTION. INSTALL ANCHORAGE
DEVICES PER MANUFACTURERS REQUIREMENTS.
5. COMPACT SUBGRADE TO 95% OF THE MODIFIED PROCTOR MAXIMUM DRY DENSITY.
3000 PSI/28 DAY CONCRETE
PAD WITH #4 REINFORCING BARS
@12" ON CENTER EACH WAY.
6" COMPACTED GRAVEL
OR SAND SUBGRADE
TYPICAL CONCRETE PAD SECTION
SCALE: 1 /2" = 1'-0"
'g�
2.115.1
1
2,-7„
8'
2.115. 1'(4
3'-3"
I I I I I I I I I I
-4---1--4--4---I-- ----1—�--I—
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——--�--�—--1--L—J----�—
I I I I I I I I I I I
2
2,-3"
141 i
-----------------------
PV INVERTER FRONT
3000 PSI/28 DAY CONCRETE
PAD WITH #4 REINFORCING BARS
012" ON CENTER EACH WAY.
POUR PAD SOLID AROUND CONDUITS
WHERE LOCATED UNDER EQUIPMENT.
ALL CONDUITS SHALL ALSO BE
SEALED AFTER INSTALLATION OF
CABLES TO PREVENT MOISTURE
FROM ENTERING EQUIPMENT.
TYPICAL CONCRETE PAD PLAN
SCALE: 1 /2" = 1'-0"
7'
__j k=_=___ ____i L
c_____ 2___1 f__—a
"1_� Ll ell
NOTE:
CONDUIT WINDOW OPENINGS SHOWN ARE BASED ON MANUFACTURER'S EQUIPMENT DRAWINGS AND SHOW THE MAXIMUM
OPENING IN THE BOTTOM OF THE EQUIPMENT FOR CONDUIT INSTALLATION. AFTER ROUGHIN OF CONDUITS AND GROUND
CONDUCTORS (WITH SLEEVES) PAD SHOULD BE POURED SOLID AROUND CONDUITS. ALL DIMENSIONS SHALL BE VERIFIED
PRIOR TO SLAB CONSTRUCTION.
INVERTER PAD CONDUIT WINDOW DIMENSION PLAN
SCALE: 3/8" = V-0"
Ili
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26'-6"
3'-6"
PV INVERTER FRONT
INVERTER PAD DIMENSION PLAN
SCALE: 3/8" = V-0"
5'
TRANSFORMER
1'-2"
2'-5"
16
•
2,-6"
2.;°5., i 5
NOTE:
CONDUIT WINDOW OPENINGS SHOWN ARE BASED ON MANUFACTURER'S EQUIPMENT DRAWINGS AND SHOW THE MAXIMUM
OPENING IN THE BOTTOM OF THE EQUIPMENT FOR CONDUIT INSTALLATION. AFTER ROUGHIN OF CONDUITS AND GROUND
CONDUCTORS (WITH SLEEVES) PAD SHOULD BE POURED SOLID AROUND CONDUITS. ALL DIMENSIONS SHALL BE VERIFIED
PRIOR TO SLAB CONSTRUCTION.
6,-7"
5'-3"
INVERTER PAD CONDUIT WINDOW DIMENSION PLAN
SCALE: 3/8" = 1'-0"
28'-3"
9 n 77
2.115. 1'( Ei
INVERTER PAD DIMENSION PLAN
SCALE: 3/8" = V-0"
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COPYRIGHT © STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
CONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY REMSIONS,
REPRODUCTIONS OR MODIFICATIONS OF THESE DOCUMENTS WITHOUT THE
THESE
EXPRESS WRITTEN CONSENT OF IS PROHIBITED BY LAW.
DAVID E.
ALLEY, PE
CAp�{�`'�
;•�,0�8��ssra fg .-
NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
DATE
10-21-15
SCALE
AS NOTED
PROJ. NO.:
150338
DESIGNED BY:
JNH
DRAWN BY:
JNH
CHECKED BY:
DEA
3 2 1 0 3 6
SCALE 3/8" = 1'-0"
DRAWING NO
PVE-5.1

BY UTILITY COMPANY
BY CONTRACTOR
POINT OF DELIVERY -----/"
BY UTILITY COMPANY
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METERING CLUSTER
BY CONTRACTOR
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Lam"" METER. SEL-735, WIRED
PROVIDE 3' X 4' GROUNDING COMPLETE BY CONTRACTOR
40" PLATFORM AT BASE OF GOAB 1 - - "
� POLE. SEECO W809 SERIES. BOND �
GROUNDING MAT TO GROUNDING MAT WITH #4/0 GROUNDING MAT
COPPER.
­'IP
BY CONTRACTOR
MV POLE DETAIL MV POLE DETAIL
SCALE: N.T.S. (2 SCALE: N.T.S.
BAY-O-NET, OIL
IMMERSED EXPULSION
FUSING.
PRIMARY COMPARTMENT
- FINISH GRADE
ON/OFF 2-POSITION
SWITCH, 200A, 15KV
CURRENT LIMITING FUSES
COMPACTED NATIVE BACKFILL
HO
lo
TO 95%
PRIMARY BUSHINGS
WARNING TAPE (TYP.)
Imo/ XO
PRIMARY INSERT
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PRIMARY LOAD BREAK
ELBOWS
PRIMARY SURGE
MEDIUM VOLTAGE CABLES,
ARRESTORS
DIRECT BURIED
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* = COMPACTED NATIVE BACKFILL
MV TRENCH DETAIL
PRIMARY CONDUITS
d u.
TRANSFORMER DETAIL
SECONDARY COMPARTMENT
GROUNDING PADS
PROVIDE GROUNDING BUSHINGS
4" THICK REINFORCED CONCRETE
PAD, SIZED PER MANUFACTURER'S
REQUIREMENTS. 3000PSI
a #4/0 BURIED COPPER GROUNDING
.4 a CONDUCTOR, ENCIRCLING
TRANSFORMER PAD. 18 BELOW
GRADE.
GROUND ROD, TYPICAL
_ - - - - - - AT EACH CORNER.
SECONDARY CONDUITS
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COPYRIGHT © STATEMENT
THESE DOCUMENTS AND 1HEIR CONTENTS ARE THE PROPERTY OF
CONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY REVISIONS,
REPRODUCTIONS OR MODIFICATIONS OF
EXPRESS WRITTEN CONSENT OF
THESE
CEG IS
DOCUMENTS WITHOUT THE
PROHIBITED BY LAW.
DAVID E. ALLEY, PE
.'��� CA�gO�`'
;•aorEs5io;�. i9
E
'111 U41f 1,1
NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
10-21-15
SCALE
AS NOTED
PROJ. NO.
150338
DESIGNED BY:
DEA
DRAWN BY:
JNH
CHECKED BY:
DEA
3
SCALE: N.T.S.
al
SCALE: N.T.S.
DRAWING NO
PVE-8.1

FACTORY
FORMED
GRIP
LE PISA
-YE
NOTES:
1. THE GUY INSULATOR SHALL EXTEND 24" BELOW A PRIMARY VOLTAGE
BARE ENERGIZED CONDUCTOR OR PART.
2. ALL GUYS SHALL BE BONDED TO THE SYSTEM NEUTRAL. BONDING
CONDUCTOR SHALL BE #4 SD AL.
3. AN UNDERGROUND PRIMARY CABLE TERMINATOR IS CONSIDERED A
BARE ENERGIZED CONDUCTOR TO THE BOTTOM OF THE TERMINATOR.
4. GUY STRAND SHALL BE 5/16" H.S. UNLESS NOTED OTHERWISE.
5. GUY AT A LEAD TO HEIGHT RATIO OF APPROXIMATELY 2/3.
GUY WIRE INSTALLATION DETAIL
SCALE: N.T.S.
HOT LINE CLAMF
WIRING BY CONTRACTOR
STIRRUP
LOADBREAK
FUSED CUTOUT
ARRES
n'j
THREE-PHASE RISER DETAIL
SCALE: N.T.S.
POLE
GROUND ALTERNATE GROUND WIRE
WIRE POSITION. (USE WHEN
J MULTIPLE GROUNDING
ROAD SIDESYSTEMS ARE REQUIRED.)
/
DI ITCER ON
OF TRAFFIC
NEUTRAL
18"
MAX
FINISHED
GRADE
POLYMER SUSPENSION INSUI AT/10
10'-O" _ 24" - POLE
MIN. MIN.
ADDITIONAL
GROUND RODS
(WHEN REQUIRED)
COPPERWELD STAPLES (TYP.)
HOT LINE CLAMP
#4 BARE 10'-0"
COPPER MIN.
(SEE NOTE 4) 1
P LAN
STIRRUP
LOAC
FUSED C
-v v
GUY INSULATOR
I
-- p
72" WIDE CROSSARM
WITH INSULATORS
c-,PArFn RR"
SIDE VIEW
PHASE
36" MIN - 48" MAX
TO NEUTRAL
LOADBREAK
FUSED CUTOUT
ARRESTER
FRONT VIEW
NOTES
1. CONNECT BOTTOM LEAD OF ARRESTER DIRECTLY TO POLE GROUND. INTERCONNECT
CABLE INSULATION SHIELD DRAIN WIRES AND CONDUIT RISER GROUND TO MULTI -
GROUNDED NEUTRAL AND POLE GROUND.
THREE-PHASE RISER -DEAD END DETAIL
SCALE: N.T.S.
CONNECTOR
8-0 MIN.
ALWAYS CONNECT THE POLE GROUND
I
LEAD(S) DIRECTLY TO THE NEUTRAL -
„
(FROM 24-4
ENSURE THAT THE COPPER CONDUCTOR
TO 16'-4"
WILL ALWAYS BE BELOW THE ALUMINUM.
ABOVE GRADE)
NOTES
1. USE ADDITIONAL GROUND RODS, WHEN REQUIRED,
0
o I
TO OBTAIN RESISTANCE VALUE, AS REQUIRED BY
IEEE C2.
2. MAKE GROUNDING CONNECTIONS TO ALL EQUIPMENT
o
a- z
O
ON POLE AS REQUIRED BY IEEE C2.
O
3. FOR SYSTEMS OTHER THAN 4 WIRE, MULTI -
GROUNDED, USE SEPARATE GROUNDING
o
l�r
CONDUCTORS AND ELECTRODES FOR PRIMARY
Q
o
AND SECONDARY SYSTEM DEVICE CONNECTIONS.
�J
4. #4 600V INSULATED COPPER GROUNDING
CONDUCTOR REQUIRED ON PRIMARY SYSTEM
zLLJ
8'- 0"
WHEN SEPARATE SYSTEMS ARE REQUIRED.
a
MIN.
„r-i III
PLASTIC OR FIBER MOLDING
GALVANIZED STAPLES (TYPICAL)
-1 1
12"
I�
GROUND ROD
24"
ELEVATION
POLE GROUNDING DETAIL
SCALE: N.T.S.
SECURE CONDUCTORS 8 LAGSCREW 3 " X 1-1 2" LONG
WITH BASKET TYPE / /
CABLE GRIPS NAIL, ALUMINUM, 1-1/2" LONG
0
o 0
TOP OF RISER SHIELD
2" ABOVE NEUTRAL o0
o 0
o 0
PVC BACK PLATE
FINISHED
GRADE
7°
i
PVC EXTENSION SHIELD
PVC BACK PLATE
-- NAIL
LAGSCREW
PVC U-GUARD RISER DETAIL
SCALE: N.T.S.
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COPYRIGHT © STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
CONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY RENSIONS.
REPRODUCTIONS OR ..,.CATIONS OF
EXPRESS WRITTEN CONSENT OF
THESE
CEG IS
DOCUMENTS WITHOUT THE
PROHIBITED BY LAW.
DAVID E. ALLEY, PE
Vk Apo,
4�..E551p
• _..
NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
10-21-15
SCALE
AS NOTED
PROJ. NO.:
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7. Fiber cable should be multi -mode 50/125µm or 62.5/125µm with SC Connectors (pre -terminated with pull ring suggested for ease of install)
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2. The RS-485 bus uses daisy -chained configuration for all devices, i.e. no more then two wires on any terminal.
3. For RS-485 connections, only connect the drain wire of the shielded cable at one end. Do not ground the drain wire at both ends of a cable run.
4. Use Belden 3106A or equivalent for all RS-485 type connections. 4000ft max length per bus, 1000ft max between each device.
5. Use Belden 7919A CAT5 Network Cable or equivalent for all hub to cable modem to gateway Ethernet connections. 300ft max
6. ALL WORK SHALL COMPLY WITH THE CURRENT NEC.
7. Fiber cable should be multi -mode 50/125µm or 62.5/125µm with SC Connectors (pre -terminated with pull ring suggested for ease of install)
COMMUNICATIONS DETAIL
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Installation Manual Page Numbers
Communication Enclosure 12
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Data Logger 13
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7/2/2015 SLS Drafted
ALSO ENERGY INC Cypress Creek Renewables— Entropy — Apple One
BOULDER,I 80308
+1.866.303.5668
WWW.ALSOENERGY.COM ALSO ENERGY INVERTER AND METER INTERCONNECTS
SIZE FSCM NO DWG NO REV
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COPYRIGHT ©STATEMENT
THESE DOCUMENTS AND THEIR CONTENTS ARE THE PROPERTY OF
CONSTRUCTION ENGINEERING GROUP (CEG) AND ARE ISSUED ONLY FOR THE
SPECIFIC PROJECT NOTED ON THESE DOCUMENTS. ANY RENSIONS,
REPRODUCTIONS OR MODIFICATIONS OF
EXPRESS WRITTEN CONSENT OF
THESE
CEG IS
DOCUMENTS WITHOUT THE
PROHIBITED BY LAW.
DAVID E. ALLEY, PE
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NORTH CAROLINA
PROFESSIONAL ENGINEER
NO. 39321
10-21-15
SCALE
AS NOTED
PROJ. NO.:
150338
DESIGNED BY:
DEA
DRAWN BY:
JNH
CHECKED BY:
DEA
SCALE: N.T.S.
CONCEPT ONLY, REFER TO SITE SPECIFIC DRAWINGS
DRAWING NO
PVE-9.1