Split 240kW 360kW V2G EV DC Charger with High performance bidirectional module

Split 240kW 360kW V2G EV DC Charger with High performance bidirectional module

High performance bidirectional module, automatic control
Two-way flow between the vehicle and the power station allows for easy switching between charging and discharging
Real-time monitoring and adjusting charging and discharging strategies
Super power, fast charging speed
Multiple protection designs ensure safety

Product Description:

Technical Parameter

Charging mode parameters
Rated output power		360kW
Grid side voltage		380Vac±15%(Three phase)
Grid frequency		50Hz±5Hz
DC side output voltage		200~750Vdc
DC side output current		Single gun maximum 250A
Inverter mode parameters
Rated output power			360kW
DC side input voltage			200~750Vdc
Grid side voltage			380Vac(Three phase)
Grid frequency			50Hz±5Hz
system parameter
THDI			<5%(Full load)
Power factor			±-0.99(Full load)
Productiveness			≥94%(Full load)
Wiring mode			3P5W
noise			≤65 dB
Cooling method			Forced air cooling
Power distribution			Support
Number of charging guns			Four guns
Protection level			IP54
Communication interface			Ethernet, 4G
Display			7-inch touch screen
Gun thread			5 meters
DC output characteristics
Output voltage range	200 V～750 V
Output current range	Single gun maximum 250A
Voltage stabilization accuracy	Not more than ± 0.5% (stabilized state, input voltage AC 323 V to 456 V, output voltage 200 V to 750 V, output current 0 to rated current value)
Steady current accuracy	Not more than ± 1% (steady current state, input voltage AC 323 V to 456 V, output voltage 200 V to 750 V, output current 20% of rated current to rated current value)
Voltage ripple factor	Not more than 1% (in stable state, the input voltage is AC 323 V to 456 V, the output voltage is 200 V to 750 V, and the output current is 0 to the rated current value)
Output voltage setting error	Not more than ± 0.5% (stabilized state, output voltage 200 V to 750 V)
Output current setting error	Not exceeding ± 0.3 A (set output DC current ＜ 30 A)< br /> Not more than ± 1% (steady current state, set output DC current ≥ 30 A)
Voltage limiting characteristics	During steady current operation, when the DC output voltage exceeds the set value, the automatic limit output voltage increases and switches to steady state
Current limiting characteristics	During steady state operation, when the DC output current exceeds the set value, the automatic limit output current increases and changes to steady state
Maximum efficiency	≥95%
Protection features: input overvoltage and undervoltage protection, input overcurrent protection, output overvoltage and undervoltage protection, overtemperature protection, etc