Fast DC EV Charger 60KW 80KW 120KW 160KW 180KW 240KW 320KW 360KW 400KW For Commercial Charging

Parameters

Model Technical Specifications	EV-DC-60-G2	EV-DC-80-G2	EV-DC-120-G2	EV-DC-160-G2
Rated Input Voltage	AC380 V three-phase five-wire
Input Voltage Range	380 VAC ±20 %
Maximum Input Current	120A	160A	240A	320A
Operating Frequency	50/60 Hz
Output Voltage Range	50–1000 V DC
Maximum Output Current per Gun/Connector	200A	250A	250A	250A
Rated Output Power	60kW	80kW	120kW	160kW
Power Allocation/Switching	Equal power sharing
Total Harmonic Distortion of Input Current (THDI)	THDI ≤5 % (input 380 V, output 1000 V, 50 %–100 % load)
Input Inrush Current	Inrush current ≤110 % of rated input current
Power Factor (PF)	Power factor 0.99 (50 %–100 % output power, nominal input voltage & frequency) Power factor 0.95 (20 %–50 % output power, nominal input voltage & frequency)
Voltage Regulation Accuracy	Voltage regulation ≤±0.5 % (-30 °C to +55 °C)
Current Regulation Accuracy	Current regulation ≤±1 % (-30 °C to +55 °C, 20 %–100 % load current)
Output Voltage Ripple	Output voltage ripple peak coefficient ≤±1 % (input voltage 85 %, 100 %, 115 %)
Overall Efficiency	Efficiency ≥96 % (100 % full-load output power)
Standby Power Consumption	Standby power ≤15 W
Cooling Method	Cooling method: forced air
Noise Level	Noise ≤75 dB(A) at 1 m height
Cable Specification Reference	Cu 3×50 mm² + 2×25 mm²; Al 3×95 mm² + 2×50 mm²	Cu 3×70 mm² + 2×25 mm²; Al 3×120 mm² + 2×50 mm²	Cu 3×95 mm² + 2×50 mm²; Al 3×150 mm² + 2×95 mm²	Cu 3×120 mm² + 2×70 mm²; Al 3×185 mm² + 2×120 mm²
Relevant Standards	Standards: :GB/T 18487.1-2015; GB/T 27930-2015; GB/T 20234-2015

Model Technical Specifications	EV-DC-240-G2	EV-DC-320-G2	EV-DC-360-G2	EV-DC-400-G2
Rated Input Voltage	AC380 V three-phase five-wire
Input Voltage Range	380 VAC ±20 %
Maximum Input Current	480A	640A	720A	800A
Operating Frequency	50/60 Hz
Output Voltage Range	50–1000 V DC
Maximum Output Current per Gun/Connector	250-350A
Rated Output Power	240kW	320kW	360kW	400kW
Power Allocation/Switching	Equal power sharing
Total Harmonic Distortion of Input Current (THDI)	THDI ≤5 % (input 380 V, output 1000 V, 50 %–100 % load)
Input Inrush Current	Inrush current ≤110 % of rated input current
Power Factor (PF)	Power factor 0.99 (50 %–100 % output power, nominal input voltage & frequency) Power factor 0.95 (20 %–50 % output power, nominal input voltage & frequency)
Voltage Regulation Accuracy	Voltage regulation ≤±0.5 % (-30 °C to +55 °C)
Current Regulation Accuracy	Current regulation ≤±1 % (-30 °C to +55 °C, 20 %–100 % load current)
Output Voltage Ripple	Output voltage ripple peak coefficient ≤±1 % (input voltage 85 %, 100 %, 115 %)
Overall Efficiency	Efficiency ≥96 % (100 % full-load output power)
Standby Power Consumption	Standby power ≤15 W
Cooling Method	Cooling method: forced air
Noise Level	Noise ≤75 dB(A) at 1 m height
Cable Specification Reference	Cu 3×95 mm² + 2×50 mm²; Al 3×150 mm² + 2×95 mm²	Cu 3×120 mm² + 2×70 mm²; Al 3×185 mm² + 2×120 mm²	Cu 3×150 mm² + 2×95 mm²; Al 3×240 mm² + 2×150 mm²	Cu 3×185 mm² + 2×120 mm²; Al 3×300 mm² + 2×240 mm²
Relevant Standards	Standards: :GB/T 18487.1-2015; GB/T 27930-2015; GB/T 20234-2015

Peak Shaving & Valley Filling: Lower Electricity Bills

Our system charges when electricity is cheap and discharges when it's expensive, significantly lowering your power costs. It also stores excess solar energy, boosting green energy self-consumption to accelerate your ROI.

Backup Power: Ensure Production

The system switches over in milliseconds during outages, ensuring continuous production. It also stabilizes voltage to protect sensitive equipment and extend its lifespan.

Smart Management: Easy and Hands-Off

Our cloud platform allows for real-time monitoring of the system. It operates automatically, requiring no manual intervention and enabling true hands-off operation.

Flexible Deployment: Scalable on Demand

Its modular design lets you scale capacity as needed, lowering your initial investment. The compact design also makes installation simple and space-efficient.