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Ultra-Fast Charging Power: Customizable output up to 800kW, compatible with all EV models via 1000VDC platform
Advanced Liquid Cooling System: Ensures low noise, long lifespan, and maintenance-free operation. Quiet & Reliable Operation: Noise-reduction technology for urban-friendly installations
Split-Type Modular Design: Charging mainframe + terminal for flexible deployment and easy scalability
Smart Power Distribution: Dynamic allocation between super-fast and standard terminals for optimal efficiency
Comprehensive Safety & Monitoring: Real-time system protection and secure charging data management
Multiple Activation Methods: Supports RFID, App, WeChat, VIN recognition, and scheduled charging
High Energy Efficiency: Delivers >96% conversion efficiency, reducing energy loss
| MODEL | WREVC-25-800 |
| Maximum output power | 360kW ~ 800kW |
| Input Voltage Range | 380Vac±15% |
| Operating frequency | 45Hz ~ 65Hz |
| Input current harmonic | ≤5% |
| Power factor | ≥0.99 |
| Output Voltage Range | DC200V ~ 1000V |
| Charging method | Multi-Output Flexible Charging |
| Voltage regulation accuracy | ≤±0.05 |
| Current regulation accuracy | ≤±1% |
| Maximum efficiency | ≥96% |
| Startup method | Card swipe, APP, WeChat scan, VIN auto-recognition, dispatch charging |
| Protection Features | Lightning protection, overvoltage protection, overcurrent protection, emergency stop protection, short circuit protection, etc. |
| Environmental Conditions | Air temperature: -25 ~ 50℃; Liquid temperature: -25 ~ 75℃; Relative humidity: 5% ~ 95% |
| Charging Modes | Fixed amount mode, timed mode, fixed quantity mode, automatic full-charge mode, scheduled charging |
| Protection Functions | IP54 |
| User Interface | 7-inch touch screen |
| Charging interface | Multiple guns |
| Cooling method | Charging module with liquid cooling; terminal can be selected with either liquid cooling or air cooling |
Ultra-Fast Charging Power: Customizable output up to 800kW, compatible with all EV models via 1000VDC platform
Advanced Liquid Cooling System: Ensures low noise, long lifespan, and maintenance-free operation. Quiet & Reliable Operation: Noise-reduction technology for urban-friendly installations
Split-Type Modular Design: Charging mainframe + terminal for flexible deployment and easy scalability
Smart Power Distribution: Dynamic allocation between super-fast and standard terminals for optimal efficiency
Comprehensive Safety & Monitoring: Real-time system protection and secure charging data management
Multiple Activation Methods: Supports RFID, App, WeChat, VIN recognition, and scheduled charging
High Energy Efficiency: Delivers >96% conversion efficiency, reducing energy loss
| MODEL | WREVC-25-800 |
| Maximum output power | 360kW ~ 800kW |
| Input Voltage Range | 380Vac±15% |
| Operating frequency | 45Hz ~ 65Hz |
| Input current harmonic | ≤5% |
| Power factor | ≥0.99 |
| Output Voltage Range | DC200V ~ 1000V |
| Charging method | Multi-Output Flexible Charging |
| Voltage regulation accuracy | ≤±0.05 |
| Current regulation accuracy | ≤±1% |
| Maximum efficiency | ≥96% |
| Startup method | Card swipe, APP, WeChat scan, VIN auto-recognition, dispatch charging |
| Protection Features | Lightning protection, overvoltage protection, overcurrent protection, emergency stop protection, short circuit protection, etc. |
| Environmental Conditions | Air temperature: -25 ~ 50℃; Liquid temperature: -25 ~ 75℃; Relative humidity: 5% ~ 95% |
| Charging Modes | Fixed amount mode, timed mode, fixed quantity mode, automatic full-charge mode, scheduled charging |
| Protection Functions | IP54 |
| User Interface | 7-inch touch screen |
| Charging interface | Multiple guns |
| Cooling method | Charging module with liquid cooling; terminal can be selected with either liquid cooling or air cooling |
Strict selection of high-quality components
Insist on using industry-leading high-quality components and materials.
Strict production control
Standardize workflow, check and maintain equipment regularly.
Strict quality inspection
Insist on using industry-leading high-quality components and materials
Product continuous optimization
Actively collect customers’ opinions and suggestions, and make continuous improvement.
Battery life tracking
Premium cells with proprietary BMS for real-time monitoring. Intelligent maintenance strategies ensure system safety and extended lifespan.
Electrical safety design
Proprietary PCS and PACK with integrated electrical isolation, over-voltage protection, and grounding to prevent failures. Optimized electrical design achieves up to 92% system conversion efficiency.
Design of thermal management system
High-performance thermal materials with aerodynamically optimized ducts and intelligent temperature control reduce self-consumption by 25%. Maintains <5°C thermal differential for system stability.
Structural stability design
Proprietary corrosion/temperature-resistant enclosures with optimized structural design, enhanced shock absorption, and IP54 rating ensure reliable operation in harsh environments.
Operational safety design
Intuitive user interface with emergency power cut-off; Pressure-relief valves prevent explosions by releasing overpressure.
Strict selection of high-quality components
Insist on using industry-leading high-quality components and materials.
Strict production control
Standardize workflow, check and maintain equipment regularly.
Strict quality inspection
Insist on using industry-leading high-quality components and materials
Product continuous optimization
Actively collect customers’ opinions and suggestions, and make continuous improvement.
Battery life tracking
Premium cells with proprietary BMS for real-time monitoring. Intelligent maintenance strategies ensure system safety and extended lifespan.
Electrical safety design
Proprietary PCS and PACK with integrated electrical isolation, over-voltage protection, and grounding to prevent failures. Optimized electrical design achieves up to 92% system conversion efficiency.
Design of thermal management system
High-performance thermal materials with aerodynamically optimized ducts and intelligent temperature control reduce self-consumption by 25%. Maintains <5°C thermal differential for system stability.
Structural stability design
Proprietary corrosion/temperature-resistant enclosures with optimized structural design, enhanced shock absorption, and IP54 rating ensure reliable operation in harsh environments.
Operational safety design
Intuitive user interface with emergency power cut-off; Pressure-relief valves prevent explosions by releasing overpressure.