Products&Applications
The coolant lines of the HPC cooling module are connected to the coolant circuit of the high-power liquid-cooled charging cable to form a closed loop. Driven by the circulation pump, the coolant continuously flows through the loop and absorbs the heat generated by the charging cable during high-power operation. The heated coolant is then directed to the radiator (heat exchanger), where an electric fan provides forced-air convection to dissipate the heat.
This closed-loop liquid cooling system ensures the safe, efficient, and stable operation of the HPC liquid-cooled charging cable.
Products&Applications
The cooling module adopts an advanced thermal management design and an intelligent thermal control algorithm to achieve rapid heat transfer under high-power charging conditions. It ensures that the charging power unit operates within the optimal temperature range throughout the charging process.
By maintaining stable thermal conditions, the system improves charging efficiency, extends the service life of key components, and enhances the overall safety and reliability of the charging infrastructure.
Products&Applications
Xi'an TIAN Tech Electronics adopts advanced liquid cooling technology to prevent thermal stress from affecting battery performance. Designed specifically for energy storage systems, the liquid cooling unit maintains the battery pack within an optimal temperature range, enhancing system safety, reliability, and operational efficiency.
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