A liquid cooling plate refers to a component in the power battery system where excess heat is generated during the battery's operation. This heat is transferred through contact with the surface of aluminum components attached to the battery or module, ultimately being carried away by the coolant flo

Power batteries, as a vital component of new energy vehicles, have become increasingly important with the development of the industry. However, during high-power output, power batteries generate a significant amount of heat. Failure to effectively dissipate this heat can have a detrimental impact on

Industrial energy storage is currently the core technology for energy reserve and utilization. However, due to the large amount of heat generated during the storage process, efficient heat dissipation is required to maintain the stable working condition. In addition to traditional air cooling method

Energy storage technology has become increasingly important in the power system due to the rapid development of renewable resources. Currently, energy storage technology is widely used in the market, and liquid cooling plate technology has become the mainstream application in energy storage systems

Aluminum micro channel tubes are highly efficient heat exchangers that exchange heat with the component that needs to be cooled through the internal liquid, achieving the effect of heat dissipation. This equipment is widely used in related fields such as automobiles, air conditioning, refrigeration,

Energy storage is a critical component in the transition to a more sustainable energy future. As we move towards a greater reliance on renewable energy sources, such as solar and wind power, the need for effective energy storage solutions becomes more important. Liquid cooling plates offer a unique

The accumulation of heat during battery operation will cause uneven temperature inside battery pack, which will affect the consistency of the battery cells. Further affect and reduce the battery charge, discharge cycle efficiency. The power and energy performance of the battery will also decrease.To

In the case of the liquid cooling plates and serpentine bends we have at Trumonytechs, for example, in indirect contact liquid cooling, the fluid flows inside the pipe and comes into direct contact with the battery through the thermal conductivity interface material, for example, transferring heat through the thermal conductivity interface material and cooling the battery by transporting it through the fluid flow heat exchanger.

In the water cooling plate, the pipe diameter is determined by the flow rate. Generally speaking, if the flow rate is too high, the flow resistance will be large, and if the flow rate is too low, the pipe material will be wasted.

Usually a set of liquid cooling plate is provided at the bottom of the module in the battery system, and the liquid cooling plate is connected to the circulating pump, heat exchanger and overwater heater to form a circulating heating and cooling system by connecting the pipeline.