The Liquid Cooling EV Supercharger can be equipped with various charging connectors, such as CCS1/CCS2/GBT. OCPP 1.6 J(Open Charge Point Protocol)， The 7-inch touch display, such as displaying charging status, charging capacity, charging time, etc.
- 500A max output fast charging speed
- Applied in ultra-fast charging Hub
- OEM service (Customized logo & color)
Liquid Cooling EV supercharger
During high-power rapid charging of electric vehicles, particularly with heavy current loads through the charging gun cable system, significant heat is generated, leading to a temperature rise. It is necessary to employ a circulating liquid cooling system at this point to dissipate the heat, ensuring optimal operating temperatures for the cable and charging modules, thus prolonging the lifespan of the charging equipment and maximizing charging efficiency.
Coolant, typically water or a water-ethylene glycol mixture, is circulated through pipes integrated into the charging module components and charging gun cables. This coolant absorbs the heat generated during the charging process, helping to maintain optimal operating temperatures and prevent overheating.
Liquid Cooling Charging Gun Cable
Professional and efficient Liquid Cooling EV Supercharger manufacturer
Trusted EV Supercharger station equipment come from Bluesky
500A max output, improve charging efficiency.
● Noise Mitigation:
Mitigate noise with an intelligent cooling approach, making the charging process more environmentally friendly.
● Stability and reliability:
Maintain stable working conditions, and ensure charging effect even in high-temperature environments.
How does Bluesky produce qualified EV chargers?
BlueSky Electric Vehicle Chargers are Used in Over 20 Countries Worldwide
- Production process
- Test equipment
- Production equipment
1. Where is the pump for the Liquid Cooling EV Supercharger?
A liquid cooling pump is installed inside the charging pile, One pump controls two connectors
liquid cooling pump
2. What are the advantages of Liquid Cooling EV Superchargers?
2.1 Efficient heat dissipation performance: Through the pipeline circulation device, the coolant can effectively dissipate the heat generated by charging, keeping the charging pile in optimal operating condition.
2.2 Faster Charging: By efficiently managing heat, liquid cooling enables the charger to maintain high charging rates without performance degradation due to overheating. This makes the overall charging time of electric vehicles faster.
2.3 Improved reliability: Keeping critical components within safe temperature ranges increases the reliability and longevity of charging equipment, reducing the likelihood of malfunction or premature failure.
Overall, liquid-cooled EV superchargers represent a significant advancement in EV charging infrastructure, providing faster and more reliable charging solutions to support the growing popularity of EVs.