Split DC Charging Station 600-960kW

Distributed electric vehicles charging system

Split DC Charging Station 600-960kW
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Specifications

This distributed EV charging system uses high-efficiency 30kW-40kW liquid-cooled constant-power charging modules and supports output voltages up to 1000V. Charging efficiency exceeds 96%, and the system can be configured with 2 to 12 charging connectors. The liquid-cooled architecture helps meet the charging requirements of public charging stations, highway service areas, heavy-duty trucks, buses, and other high-power charging applications.

  • Power Distribution Cabinet Protection Rating: IP65
  • Heat Exchange Cabinet Protection Rating: IP54
  • Operating Temperature: -30°C to +70°C (power derating above 55°C)
  • Standby Power Consumption: ≤100W
Technical Specifications
INCEVD-600L INCEVD-720L INCEVD-800L INCEVD-960L
Mechanical Cooling System Matrix: Liquid cooling;Terminal: Forced air/Liquid cooling Matrix: Liquid cooling;Terminal: Forced air/Liquid cooling Matrix: Liquid cooling;Terminal: Forced air/Liquid cooling Matrix: Liquid cooling;Terminal: Forced air/Liquid cooling
Dimensions (Matrix) 1900 × 1000 × 2300 mm 1900 × 1000 × 2300 mm 1900 × 1000 × 2300 mm 1900 × 1000 × 2300 mm
Dimensions (Fast Charge Single/Dual-Plug Terminal) 400 × 240 × 1350 mm 400 × 240 × 1350 mm 400 × 240 × 1350 mm 400 × 240 × 1350 mm
Dimensions (Supercharge Single-Plug Terminal) 500 × 300 × 1600 mm 500 × 300 × 1600 mm 500 × 300 × 1600 mm 500 × 300 × 1600 mm
AC Input Rated Input Voltage 380 Vac ± 20% 380 Vac ± 20% 380 Vac ± 20% 380 Vac ± 20%
Grid Frequency 45 ~ 65 Hz 45 ~ 65 Hz 45 ~ 65 Hz 45 ~ 65 Hz
Power Factor (PF) ≥ 0.99 ≥ 0.99 ≥ 0.99 ≥ 0.99
System Efficiency ≥ 96% (At half load and above) ≥ 96% (At half load and above) ≥ 96% (At half load and above) ≥ 96% (At half load and above)
DC Output Output Channels 2 to 10 connectors, supports 2 supercharging channels 2 to 12 connectors, supports 2 supercharging channels 2 to 16 connectors, supports 2 supercharging channels 2 to 16 connectors, supports 2 supercharging channels
Power Distribution Intelligent scheduling, allocation on demand Intelligent scheduling, allocation on demand Intelligent scheduling, allocation on demand Intelligent scheduling, allocation on demand
Output Voltage DC 200 ~ 1000 V DC 200 ~ 1000 V DC 200 ~ 1000 V DC 200 ~ 1000 V
Max. Current / Total System 2000 A 2400 A 2667 A 3200 A
Terminal Output Current Fast charge single-plug: 250A; Fast charge dual-plug: 250A × 2; Supercharge single-plug: 600A / 800A; Customized terminal: 1000A
Compliance BMS Communication Compatible with old and new standards, meeting the charging needs of old and new vehicle models
Protection Operating Temperature -30°C ~ +70°C (Derating above 55°C) -30°C ~ +70°C (Derating above 55°C) -30°C ~ +70°C (Derating above 55°C) -30°C ~ +70°C (Derating above 55°C)
Protection Rating IP65 for power & distribution compartment, IP54 for heat exchange compartment
Dustproof Class G3-level dust filter G3-level dust filter G3-level dust filter G3-level dust filter
Protection Functions Input over/under voltage protection, Output overvoltage protection, Output overcurrent protection, Short circuit protection, Battery reverse connection protection, Insulation monitoring protection, Door enclosure protection, BMS data anomaly protection, Emergency stop protection, Electromagnetic lock anomaly protection, Abnormal un-plugging protection, Lightning/Surge protection, Anti-tilt alarm protection (optional), Flooding/Water-immersion alarm protection (optional), etc.
INCREASE is a publicly listed company (Stock Code: 300713) founded in 2002, specializing in power modules, EV chargers, and battery energy storage systems (BESS) designed for public charging networks, transportation infrastructure, industrial applications and special-purpose vehicles such as forklifts. Beyond providing products like DC fast charging modules and EV charging stations, we deliver complete, one-stop EV charging solutions that empower the transition to sustainable mobility. We are the preferred partner for global automotive companies and infrastructure operators because we combine over two decades of deep-rooted R&D expertise with rigorous in-house quality control. With our EMC and LVD laboratories and a strong power electronics engineering team, INCREASE ensures end-to-end quality control from power modules to integrated EV charging systems, while also offering customized ODM EV charging station solutions for different market requirements.
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