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Energy-storage liquid-cooling units: A robust barrier to mitigate thermal runaway risks
Release time:
2025-06-24
The efficient heat dissipation characteristics of energy-storage liquid-cooling units are key to mitigating the risk of thermal runaway. Thanks to their high specific heat capacity, the coolant can rapidly absorb the substantial heat generated by the battery. Meanwhile, a circulating pump delivers the coolant between the cold plate and the heat exchanger at a stable, adjustable flow rate, ensuring that heat is swiftly removed from the battery system.
In lithium-ion battery energy storage systems, thermal runaway is arguably the "number one enemy"—once it occurs, it not only destroys the battery module but could also trigger large-scale fires or even explosions. And Energy Storage Liquid-Cooling Unit Leveraging its unique technical architecture and operational logic, it has become a critical defense against the risk of thermal runaway, with its ability to mitigate such risks primarily stemming from the efficient heat dissipation and effective heat management provided by the energy-storage liquid-cooling units.
The efficient heat dissipation characteristics of energy-storage liquid-cooling units are key to mitigating the risk of thermal runaway. Thanks to their high specific heat capacity, the coolant can rapidly absorb the substantial heat generated by the battery. Meanwhile, a circulating pump delivers the coolant between the cold plate and the heat exchanger at a stable and adjustable flow rate, ensuring that heat is swiftly removed from the battery system.
In the event of localized overheating in the battery, the energy-storage liquid-cooling unit can intelligently adjust the coolant’s flow rate and volume to deliver targeted cooling to the overheated areas. For instance, when a particular battery module starts to heat up, the system automatically increases the coolant flow through the cooling plates in that region, enhancing heat dissipation and rapidly reducing the battery temperature—preventing localized heat buildup that could lead to thermal runaway. Meanwhile, the heat exchanger’s highly efficient heat-transfer capability ensures that the heat absorbed by the coolant is swiftly released into the external environment, keeping the coolant at a low temperature and maintaining the continuous, high-efficiency operation of the entire cooling cycle.
Yusheng Technology independently develops and manufactures a variety of liquid-cooled units, widely used in new-energy commercial vehicles, fuel cells, and industrial & commercial energy storage systems. If you happen to have any liquid-cooled unit requirements, Zhengzhou Yusheng Technology is undoubtedly a reliable choice for you.
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