Yesterday, Huawei released the charging network solution of "New Generation Full Liquid-cooled Supercharge Architecture" at the new smart electric product launch conference. The traditional heat dissipation method of cid-cooled supercharger canharging piles mostly adopts direct air cooling. 800V high-voltage piles are positioned for high-power charging, so they are usually equipped with high current on the basis of high voltage.
Traditional air cooling cannot meet the heat dissipation requirements of high-power equipment, or requires a large Only a large space volume can meet the heat dissipation requirements, so liquid cooling technology is required to dissipate heat for the charging module and the charging cable.
Through self-developed topology + liquid cooling + intelligent optimization, the system efficiency has been increased by 1%+; the intelligent operation and maintenance system has been adopted to realize visual management, and the number of manual visits to the site has approached zero. Finally, the TCO of the whole life cycle can be reduced by 40%. Compared with the traditional integrated pile equipment, the full liqu increase the utilization rate of mains power by 30% through power sharing, and can charge 30% more. This will enable Huawei supercharger to have a charging experience of 200 kilometers in 5 minutes!
With the rapid development of my country's new energy market and the promotion of industry giants such as Huawei, the construction of domestic liquid-cooled supercharging is accelerating, and the future market space is broad. According to industry estimates, electrochemical energy storage temperature control and charging pile liquid cooling and heat dissipation have strong growth potential.
In 2025, the global electrochemical energy storage temperature control market space is expected to exceed 15 billion yuan, and the annual compound growth rate is close to 100%!