HomeMy WebLinkAbout14 - SLD - Rev C-Approved-Stamped (2) 8 7 6 5 4 3 2 1
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Inverter Protection Settings Relay Protection Settings E O
Cable Schedule
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Total Clearing Current N
Voltage Quantity of Size of Conduit Total Trip Voltage Settings(Sec.)Pri Frequency Setting Relay Setting Time p
Y Inverter Relay Protective Functions Enabled Time Cyc. Setting Sec 6-
Circuit Q
Id Conductor Quantity,Size and Material Wire Type Notes Clearing Output (P.U.) (Hz) Cyc.(Sec.) Q=Rating Conduits Conduits Type Protective Enabled Pickup Unit Description (Sec.) (PRI) � � �
Function Time Cyc.
A 35kv (3)#4/0 AWG AL,(1)#4/0 AWG AL N Covered
MV Overhead (Sec.) 27P1-Fast Undervoltage X Y (60)9959.3(50%) 66(1.1) x
MV Underground D O
g 27P2-Undervoltage X Y (105.6)17528.4(88/0) - 180(3) V �
H B 35kv (3)350 KCMIL AL Jacketed Concentric Neutral MV-105 1 5" PVC XLP/133% 27-1 Y 50% V(L-L) 66(1.1) Ln � I"'I 2!.
27P3-Undervoltage - N - - - - - CO 0
C 480V 5 Sets[(3)500 KCMIL AL,(1)500 KCMIL AL G] XHHW-2 5 3" PVC Out p 27.2 y 88% V(L-L) 180(3) Under Voltage O
Outputt 59P1-Overvoltage X Y (132)21910.4(110%) 120(2) - - p -0
D (1)CATE or(1)Fiber Optic 1 1" PVC Communications 27-3 N - O Ln n
59P2-Fast Overvoltage X Y (144)23902.3(120%) - 9.6(0.16) - - L L N
Ln �
59-1 Y 110% V(L-L) 120(2) N
59N-Neurtral Voltage X Y (12)1991.9(10%) - 80(1.33) - - r� I D
Discplacement r-I Ln U
59-2 Y 120% V(L-L) 9.6(0.16) Over Voltage N ':Zt =5 C
81UP1-Underfrequency X Y - 56.5 9.6(0.16) - - v E
59-1 N - 81UP2-Underfrequency X Y 58.5 18000(300) - - L j O E
�1 �
� ro X
81U-1 Y 56.5 Hz 9.6(0.16) 810P1-OverfrequencY X Y - 61.2 18000(300) I QJ
Under Frequency ro z
18000 810P2-Overfrequency X Y - 62 9.6(0.16) E s_
81U-2 Y 58.5 Hz O O
(300) 51-Overcurrent X Y CURVE:U4 0.52(104.6A) Ln >
TD:2.0
18000 CD r-I ro
810-1 Y 61.2 Hz (300) 50-Instantaneous
Over Frequency - N
Overcurrent
810-2 Y 62 Hz 9.6(0.16) vn
G 67-Directional Overcurrent - N QJ
G 0-
L
79 Y 95% V(L-L) 18000 Under Voltage SOG-Instantaneous Ground ro QJ
(300) Overcurrent N '-
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18000 CURVE:U4
79 Y 105% V(L-L) (300) Over Voltage 51G-Ground Overcurrent X Y - - TD:1.0 0.17(34.9A) - H •N
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18000 79-Recloser Y (114)18922.7(959D)o V<_ 59.3<f r 60.5 18000(300) +�
79 Y 59.3 Hz (300) Under Frequency (126)20914.5(105%) QJ
ro
32-Directional Power - N - - - A
18000 Rev Issued For Date Init 0 Z)
79 Y 60.5 Hz (300) Over Frequency Alarm X Y - <120 UO -0
C ro
Voltage setting values are L-L Primary voltage setting values are L-N A UTA 12/24/2025 MA
Time delay shown is total clear time,which includes mechanical operation time of 3 cycles(0.05 sec)
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Settings are based on IEEE-1547 and utility requirements to
Settings
OWNER NYSEG B UTA 01/02/2026 MA E
C UTA 01/09/2026 MA •�_
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UTILITY RECLOSER UTILITY CORNER n
CUSTOMER RISER&RECLOSER POLE(C1) CUSTOMER DISCONNECT POLE(C2) UTILITY METER ON CUSTOMER POLE(C3)&PCC POLE(U2) POLE(U1) QJ
INV:01-01 s-
TESLAMEGAPACK INVERTER XFR.01
P085 2500 WA, F -1 F- -1 MAIN GENERATOR NECT Ln
POLE MOUNTED RECLOSER 5&C OMNI-RUPTER Ln
850 KVA/850 kW PRI.-34.SkV TAVRIDA RECLOSER GANG OPERATED LOAD Q)
VAC OUTPUT 480 V SEC:480V 38 kV,1250 A,170 kV,16 kA BREAK DISCONNECT (n L
D AC OUTPUT 850 KW C 3 PHASE 120VAC AUXILIARY POWERED MANUALLY OPERATED Q
Z=5.75%+/-7.5%.Z,X/R=9 200:1 CURRENT SENSORS INTEGRAL TO TAVRIDA RECLOSER (147434R4-A2-P1/ED-711R4-Sl) - X
PAD MOUNTED BESS STEP UP TRANSFORMER (/'I
TESTA MEGAPACK _ ACCURACY+/-1%; 34.5 kV NOMINAL,38 kV MAXIMUM,
160OA WITH BAY-O-NET FUSES AND
LI-ION BATTERIES 8793.75:1 CAPACITIVE VOLTAGE SENSORS INTEGRAL TO RECLOSER(VV) 630A CONTINUOUS,65 kAIC,200 kV BIL
EC24 LIGHTNING ARRESTER(27kVS,A22kVMCOV) ACCURACY+/-2%; 24/7 UTILITY ACCESSIBLE,UTILITY LOCKABLE, UTILITY DISCONNECT v) W
979.2kW/3916.8kWM1 INTERNAL DISCONNECT 19920:120V EXTERNALVOLTAGE TRANSFORMERS(VZ) VISIBLE BREAK SIZED BY AT POI
B ACCURACY+/-0.3% SERVICE ENTRANCE RATED&NESC HEAVY UTILIIT
Cr 100:5A B A A
n = 490V J 34.SkV (3) (3) TO DISTRIBUTION QJ
IVERT 01 i �, • (3� _ (3) 35kVFU5ED SIZED BY
'�' 52 R o C✓ LINE(POI)
it 19920;120V IXVOLTA;BUTIO
TESLA MEGAPACK INVERTER 27kV S.A 27kV S.A 27kV S.A 35kV,100A 27kV S.A UTILITY SIZED BY FEEDER NO 4303101 (n
P085 CUTOUT Ln
850 KVA/850 kW SIZED BY 22kV MCOV 22.MCOV SAFE TRIP 22k2 MCOV FUSED 22kV MCOV PT UTILITY
FUSED AT lA
MANUFACTURER GROUNDING TRANSFORMER BANK GTB.0.1) (3) (3) JUNRION CUTOUT (3)
VAC OUTPUT 480 V ( (3) (3) FUSED AT 1A (3) (3) (3) Q QJ
WYE-GROUNDED-0EL7A 34.fi165 TVA gDX
n AC OUTPUT 850 KW �� �/
D C 165 kVA
Z0=721.364 OHMS PER PH(10%) IW. - - Z3
�EGAPACK - 600A XO=699.826 OHMSPER PH MrBCONTINUOUS CURRENT RATING OF 3A m-wr. X
X/R=4 � PT 19920:120V 97 u,i&ic,iN vAYNBY;-VNY VbyVBt,V¢;VM[ (3) M z i
n CUSTOMER PAD-MOUNTED PRIMARY METER .
O v
INV.03-01 11 27 L Q)
MI.A MEGAPACK INVERTER a--�
P080 9
n 800 KVA/800 kW
VAC OUTPUT 480V I 9 TELECOM
D AC OUTPUT C i OUT201 UTILITY N
27kV S.A 4-
1 (BTFAIL, 22kV MCOV EQUIPMENT
TESTA MEGAPACK _ __�. DTFAIL, Q
LI-ION BATTERIES HALARM)
1sooA (11 CABINET
EC"
\•'0 -AS -IL
n 97111, 3B...Wh 155VDC
BOOST t�2.V.C
CPT2kVA QJ �
CONVERTER 12VDC '19920V:120VINV.O1-02 PORT1y1M
COM (1P) L 7�
AUX POWER BATTERY \ � � •V-�
585A 0306 CHARGER � 2
n TESLAMEGAPACKINVEftP080 B UTILITY EQUIPMENT SHOWN
FOR REFERENCE ONLY QJ Q
800 KVA/800 kW r d
VAC OUTPUT 480 V
TC-
ACOUTPUT 800KW BATTERY FUSE � /-•12VDC N U
TESLA MEGAPACKMODEM 4OAh - C Q)LI-ION BATTERIES 1600AT pC EC24 _- U � 8 1 � � -
979.2kW/3916.8kWh
v c E
n READYNET N ()
ETHERNET O1/I 1 "�•LWV1
LTE520s
SWITCH
W U X
111/1111 RECLOSER CONTROL (ES.03) L-COM HGW-DI-DT QJ
INV.02-02 (POLE MOUNTED) SURGE ARRESTOR C C D [ C [ C C C C C [ C C - z
TESTA MEGAPACK INVERTER WITHFAIL SAFE TRIP CIRCUITRY O
n n 850 KVA/85P0 5 (FACTORY INSTALLED) •� O
VAC OUTPUT 480 V
D AC OUTPUT 850 KW C XFR.k
2500 PRI:34.Sk4.SkV N
D SON BATTERIES D
1600A SEC.-480V 0
EC24 3 PHASE
TESLA SITE 979.2kW/3916.SkWh'C24 Z=5.75%+/-7.5%Z,X/R=9
CONTROLLER PAD MOUNTED BESS STEP UP TRANSFORMER
WITH BAY-O-NET FUSES AND
_ LIGHTNING ARRESTER(27kV S.A 22kV MCOV)
INTERNAL DISCONNECT Oul
(6
n n 4- O
480V 34.SkV 0- +''
NV.03-02
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TESTA MEGAPACK INVERTER ^ � U 4�-+
n VAC OUTPUT 480 V SIZED BY I -1-` 1 M (1)n AC OUTPUT 850 KW C MANUFACTURER � W E
TESTA MEGAPACK �/ t ,^ CSA L
C LI-ION BATTERIES 1600A 1..1� r y 3 •N }J
EQ4 �/•� �
00L -------
979.2kW/3916.BkWh - - F��L -0
n L � ' f
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C
DAS CABINET ^, •N O Q
C NEMA 311 W S
ry (DCAB.01) (u Ln QJ
N C- (U
C SINGLE LINE DIAGRAM LEGEND O Ln
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O KWHMETER �' SEPARABLE CONNECTOR L U
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TTT O
-INVERTER /� L
SURGE ARRESTER (0YVI
-3� Q
POTENTIAL NS TRAFORMER rn 4- �
U
O FUSED CUT OUT U M QJ
�• CURRENT TRANSFORMER
.-"'O GANG OPERATED DISCONNECT �' ) E
CFRAME CIRCUIT BREAKER •N
TRIP
-
POWER TRANSFORMER � H
-f-- CABLE TERMINATION
U -0
Ol�,O FUSE /
p� O SOLID BLADE DISCONNECTS
IX NORMALLY CLOSED CONTACT Q O
CAPACITIVE DIVIDER E
ii NORMALLY OPEN SWITCH �� VOLTAGE SENSING ELEMENT /�•�
a ,v X n
\. O SHUTTRIP (1) (�
p) FUSED DISCONNECT
NOT IN SERVICE ( \1 1
vG11� L'-- Q
B COMMUNICATION UNE O
`V
DC/DC CONVERTER Ln
Q
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GENERAL NOTES: W Q
N � c1. INFORMATION CONTAINED IN THIS DRAWING IS PROPRIETARY AND CONFIDENTIAL BELONGING TO NEXAMP OF BOSTON,MA. ~
2. USE OF THIS INFORMATION SHALL BE LIMITED TO THE SPECIFIC PROJECT IT WAS DEVELOPED FOR AND SHALL NOT BE REPRODUCED WITHOUT CONSENT FROM NEXAMP,INC. '; z +'' •�
3. ALL WORK SHALL BE INSTALLED IN A NEAT MANNER AND IN ACCORDANCE WITH THE LATEST VERSION OF THE NATIONAL ELECTRICAL CODE(NEC)AND ALL OTHER LAWS AND N
STANDARDS. 4- i
4. CONTRACTOR SHALL ENSURE THAT PHASE CONDUCTORS HAVE ENOUGH SLACKTO BE RELOCATED TO ANY PHASE BUSHING AS NEEDED TO ACCOMMODATE UTILITY PHASE ^, U Q
ROTATION. W N
5. EQUIPMENT ON THE UTILITY-SIDE ARE ASSUMED.ACTUAL EQUIPMENT AND CONFIGURATION SHALL BE VERIFIED BY THE UTILITY.UTILITY'S STANDARDS FOR INTERCONNECTION Q
WILL BE FOLLOWED. HIV
6. ALL SINGLE PHASE DISCONNECTS SHALL BE LEFT CLOSED UNTILTHE GANG OPERATED DISCONNECT SWITCH HAVE BEEN OPENED AND LOCKED OUT. �•�cN 0
7. RS-232 COMMUNICATION CABLES SHALL NOT EXCEED SO FT IN TOTAL LENGTH,INSULATION LEVEL SHALL BE 60OV. U
8. RS-485 COMMUNICATION CABLES SHALL NOT EXCEED 4000FT IN TOTAL LENGTH.
10. CAT 6 CABLES SHALL NOT EXCEED 30OFT IN TOTAL LENGTH.DC GEC AND AC EGC SHALL BE IN ACCORDANCE WITH NEC ARTICLE 690.43 AND BE SIZED IN ACCORDANCE WITH 690.45.
11. DC GEC AND AC EGC SHALL BE IN ACCORDANCE WITH NEC ARTICLE 250.4 AND BE SIZED IN ACCORDANCE WITH 250.122.GANG OPERATED DISCONNECT SWITCH SHALL BE OPENED Ln
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AND LOCKED OUT PRIOR TO ANY WORK INVOLVING EXPOSED ELECTRICAL CIRCUIT PARTS. Q (6
12. THE GANG OPERATED DISCONNECT IS A VISIBLE BREAK AND IS ACCESSIBLE TO THE UTILITY 24/7.
13. RECLOSER WILL ONLY BE ALLOWED TO CLOSE WHEN THE VOLTAGE AND FREQUENCY ARE IN COMPLIANCE WITH IEEE 1547 AND ANSI C84.1,TABLE 1.VOLTAGE RANGE 95%TO 105%
Approved GRIT APPROVAL 79 NOMINALVOLTAGE IS BASED ON LINE TO LINE VOLTAGE,FREQUENCY BETWEEN MINU E D60.5Hz 14. 79 FUNCTION IS ONLY ENABLED ON VOLTAGE AND FREQUENCY DISTURBANCES.A 5 MINUTE DELAY FOR THE 79 FUNCTION IS ENABLED ON VOLTAGE AND FREQUENCY
Reviewed B T Altaf DISTURBANCES ONLY.A 5 MINUTE DELAY WILL BE SET FOR RECLOSING UPON GOOD QUALITY VOLTAGE.THE FIVE MINUTE TIME INTERVAL WILL RESTART IF THE UTILITY VOLTAGE I-
Y OR FREQUENCY FALLS OUTSIDE OF THE WINDOW IDENTIFIED IN NOTE 13.RECLOSER WILL LOCKOUT ON OVERCURRENT OPERATION. tO
M. Mehboob 09/01/2026 15. RELAY WILL AUTOMATICALLY TRIP AND BLOCK CLOSE IF THERE IS A HARDWARE FAILURE OR POWER SUPPLY FAILURE.
A Date: 01/09/2026 16, THE INVERTERS ARE CAPABLE OF SHUTTING DOWN WITHIN 2 SECONDS IFDE-ENERGIZED 3 /� fC
17. (4)TESIA INTEGRATED PCs P085(850kW)&(2)TESLA INTEGRATED PCs P080(800kW)ARE USED AS THE INVERTERS. tB H 4+
18. (6)TESLA MEGAPACK 2XL C010 979.2kW(4 HOUR)3,916.8 kWh ARE USED FOR THE STORAGE. p 0 a
19. THE SIZE OF THE BESS IS 5,875.2 kW/23500.8 kWh(4-HOURS). (D
20. THE OPERATING SIZE OF THE BESS IS 5,000 kW/23,500.8 kWh
NOTE: NOT FOR CONSTRUCTION. FOR UTILITY INTERCONNECTION APPLICATION PURPOSES ONLY. DwgNo: Size: D Sheet Rev: 0
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E-601 C CL
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