The 60kW–600kW DC Integrated Charger range is designed for locations that need fast, reliable EV charging with the flexibility to handle different levels of demand. It covers two main power groups: 60kW–240kW for rapid charging and 300kW–600kW for ultra-fast, high-flow charging applications. The chargers provide stable DC output and are designed to work with the […]
The 60kW–600kW DC Integrated Charger range is designed for locations that need fast, reliable EV charging with the flexibility to handle different levels of demand. It covers two main power groups: 60kW–240kW for rapid charging and 300kW–600kW for ultra-fast, high-flow charging applications.
The chargers provide stable DC output and are designed to work with the battery management systems of different electric vehicles. With IP55 protection, remote monitoring capabilities and multiple charging standards, they can be used in commercial parking areas, EV charging stations and other outdoor charging environments.

60kW–240kW DC Integrated Chargers
The 60kW–240kW models combine fast charging with intelligent power distribution. Available power can be adjusted according to the battery status of connected vehicles, helping make better use of the charger’s capacity. 4G or Ethernet connectivity also allows the equipment to connect with an operation management platform.
Key specifications include:
- Models: DPEV-60K, DPEV-120K, DPEV-180K, DPEV-240K
- Rated power: 60kW, 120kW, 180kW, 240kW
- Dimensions: 1756 × 1060 × 570mm
- Charging standards: GBT, CCS1, CCS2, NACS
- Cable length: 5m
- Input voltage: 380Vac ±15% (A, B, C, N, PE)
- Input current: <120A, <240A, <360A, <480A
- Input frequency: 45–55Hz
- Output voltage: 50–1000V
- Maximum output current: 200A; single gun 250A
- Display: 7-inch touch screen
- Charging methods: RFID card, password, mobile QR code scanning, VIN recognition
- Installation: Integrated type
- Networking: 4G or Ethernet
- Maximum efficiency: ≥96.5%
- Power factor: ≥99%
- Operating temperature: -25°C to +50°C
- Storage temperature: -40°C to +70°C
- Relative humidity: ≤95%
- Atmospheric pressure: 70–106kPa
- Altitude: ≤2000m
- Cooling: Forced-air cooling with dust-proof design
- Protection rating: IP55
- Acoustic noise: ≤65dB
- Protection: Overvoltage, undervoltage, overcurrent, short circuit, leakage and emergency stop protection
300kW–600kW Ultra-Fast Chargers
For higher-demand charging sites, the 300kW–600kW range is designed around ultra-fast charging and intelligent power allocation. Multiple charging guns can operate simultaneously, while the system automatically distributes available power. The power module design can reach energy conversion efficiency of up to 97.5%, helping reduce energy losses during operation.
Key specifications include:
- Models: DPEV-300K, DPEV-360K, DPEV-420K, DPEV-480K, DPEV-540K, DPEV-600K
- Rated power: 300kW, 360kW, 420kW, 480kW, 540kW, 600kW
- Dimensions: 1955.5 × 800 × 590mm
- Charging standards: GBT, CCS1, CCS2, NACS
- Cable length: 7m
- Input voltage: 380Vac ±15% (A, B, C, N, PE)
- Input current: <600A, <720A, <840A, <960A, <1080A, <1200A
- Input frequency: 45–55Hz
- Output voltage: 50–1000V
- Maximum output current: Single gun 300/400A; dual guns 600/800A
- Display: 7-inch touchscreen
- Charging methods: RFID card, password, mobile scanning, VIN recognition
- Installation: Integrated
- Networking: 4G or Ethernet
- Maximum efficiency: ≥96.5%
- Power factor: ≥99%
- Operating temperature: -25°C to +50°C
- Storage temperature: -40°C to +70°C
- Relative humidity: ≤95%
- Atmospheric pressure: 70–106kPa
- Altitude: ≤2000m
- Cooling: Forced-air cooling with dust-proof design
- Protection rating: IP55
- Acoustic noise: ≤65dB
- Protection: Overvoltage, undervoltage, overcurrent, short circuit, leakage and emergency stop protection
Built for Scalable EV Charging
From 60kW rapid charging to 600kW ultra-fast charging, the range gives operators several ways to match charger capacity with site traffic and vehicle requirements. Support for major charging standards, intelligent power distribution, network connectivity and outdoor protection makes the system suitable for growing EV charging infrastructure.



