• Water Cooler for EV Supercharger Liquid Cooling System
  • Water Cooler for EV Supercharger Liquid Cooling System
  • Water Cooler for EV Supercharger Liquid Cooling System
  • Water Cooler for EV Supercharger Liquid Cooling System
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Water Cooler for EV Supercharger Liquid Cooling System

Suitable for ultra-fast charging pile liquid cooling system, with high reliability, energy saving and environmental protection, easy to install and maintain, etc., is the ideal cooling solution for the next generation of new energy vehicle charging infrastructure.

Product Description

The Water Cooler for EV Supercharger is a critical component of the EV supercharger liquid cooling system, designed to ensure reliable and safe ultra-fast charging. By integrating an advanced liquid cooling water cooler, the system efficiently dissipates heat from charging guns, cables, and power modules during high-power operation. This compact and durable cooling solution helps stabilize temperature, extend equipment lifespan, and guarantee consistent charging performance for electric vehicles.

Key Advantages

  • High-Efficiency Cooling: Optimized design for maximum heat exchange in supercharging cooling systems.

  • Stable Long-Term Operation: Engineered for continuous high-load performance in ultra-fast EV charger cooling.

  • Compact & Structure:Space-saving water cooler for easy integration into EV charger cooling solutions.

  • Energy-Saving & Eco-Friendly: Low energy consumption with extended service life of charging infrastructure.

  • Easy Maintenance: Easy to install and service, reducing downtime for charging stations.

Applications

  • EV supercharger liquid cooling systems

  • Highway fast-charging stations for new energy vehicles

  • Urban e-bus depots with liquid-cooled high-power chargers

  • High-power industrial liquid cooling systems for power modules

Technical Highlights

  • Flow Range: Wide operating flow range for various liquid cooling water cooler applications

  • Pressure Resistance: Excellent strength for high-intensity coolant circulation in EV charger cooling systems

  • Material Selection: High thermal conductivity alloys and corrosion-resistant materials for durability

  • Cooling Performance: Rapid and stable heat dissipation even under continuous ultra-fast charging

  • Adaptability: Designed for demanding environments with high ambient temperatures

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