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8.2. Electrical specification of a complete 150 kW system
AC Input Power Cabinet
Supply voltage
Input voltage range
Input frequency range
Maximum power dissipation
Power factor (cos ᵠ)
Standby power consumption
Efficiency
Maximum input current
Nominal input current
Earth Leakage Current Protection
Short Circuit Capacity
AC power connection
AC Input Dual Depot Charge Box
Supply voltage
Input voltage
Input frequency range
Nominal input current
Earth Leakage Current protection
DC output
Maximum output power
Output voltage range
Maximum output current
8.3. Mechanical data
Mechanical specification of the Power Cabinet
Dimensions (H x W x D)
Weight
Volume
Dimensions including packaging (H x W x D)
Weight including packing
Weight concrete foundation
Mechanical impact protection
Housing
Mechanical specification of the Dual Depot Charge Box
Dimensions (H x W x D)
Weight
Volume
Dimensions including packaging (H x W x D)
Weight including packing
Mechanical impact protection
Housing
Document: v0.4 / Document No.: TBA | Date: 11-08-2021
HVC-R 100/150 E-Bus Charger Installation Guide
3-phase, 400 V AC: PE, L1, L2, L3
400 V AC ± 10%
50 Hz ± 4%
174 kVA
≥ 0.95
< 60 W
94% and 96% in power spectrum between 20% and
100% of full power
265 A AC
238 A AC
AC 300 mA (RCD integrated in HVC150(S))
AC 30 mA (RCD integrated in ACS Control Module)
25 kA
2
240 mm
(max)
1-phase: GND, L, N
230 V AC ± 10%
47 - 63 Hz ± 1%
2.17 A AC
AC 30 mA
150 kW
150 – 850 V DC
200 A DC (limited by CCS cable)
2092 x 1170 x 770 mm
(including swivel eye bolts)
1340 kg
3
1.87 m
2250 x 1200 x 800 mm
1400 kg
1300 kg
IK10
Stainless steel 430
964x 784 x 265 mm
(excluding charge cables)
80 kg
(excluding charge cables)
110 kg
(with two 7m charge cables)
3
0.12 m
1250 x 900 x 530 mm (including pallet)
102 kg
IK10
Stainless steel 304
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