DC EV Charger
30/40kW DC EV Chargers
Features
- 7-inch LCD touch screen
- Supports remote billing and payment, offering charging through code scanning, RFID, or Plug & Play methods
- Supports BLE, Wi-Fi, and 4G connectivity for app-based charging control
- Equipped with 8 safety protections and a one-button emergency stop
Certification
1 hour
Charging time
190km
Distance
This data represents ideal laboratory conditions and should be used for reference purposes only. Actual data may vary depending on the real conditions.
60kW-240kW DC EV Chargers
Features
- 7-inch LCD touch screen
- Supports app-based remote billing, payment, and intelligent control, compatible with over 99% of domestic EVs
- Provides Ethernet and 4G connectivity for app-based control
- Includes 8 safety protections and a one-button emergency stop
Certification
30 min
Charging time
180km
Distance
This data represents ideal laboratory conditions and should be used for reference purposes only. Actual data may vary depending on the real conditions.
320kW-640kW Split DC EV Chargers
Features
- Split design allows the host to be located away from terminals, reducing noise
- IP54 protection ensures reliable dustproof and waterproof performance
- Supports smart power distribution for 2-4 terminals (4-8 charging connectors)
- Includes remote billing, payment, and intelligent control for regional charger management
Certification
30 min
Charging time
500km
Distance
This data represents ideal laboratory conditions and should be used for reference purposes only. Actual data may vary depending on the real conditions.
600kW Super Charger
Features
- High-tech appearance with a streamlined design
- Offers ultra-fast charging—10 minutes for approximately 800km of driving
- Supports app-based remote billing, payment, and intelligent control
- Provides charging options via app, RFID, or VIN code
Certification
10 min
Charging time
800km
Distance
This data represents ideal laboratory conditions and should be used for reference purposes only. Actual data may vary depending on the real conditions.