How do electric vehicle batteries dissipate heat?

People's demand for new energy products has increased with the gradual development of science and technology and human-environmental protection concepts. Automobiles are currently one of the most significant sources of environmental pollution. Hundreds of millions of gasoline and diesel engines are producing exhaust gas every day in the world. The popularization of new energy vehicles is one of the immediate needs of humanity.

The power source of new energy vehicles is mainly electric motors, which are hybrid engines. Batteries have become the most critical link in new energy vehicles. The quality and lifespan of the battery determine the rate of popularization of the new energy vehicle market. Nowadays, major battery manufacturers have enough technology to manufacture high-performance batteries. But the ensuing heat dissipation problem is also complicated. If we cannot solve the battery heat well, the battery is equivalent to a potential bomb.

The current way to solve battery heating is to use the traditional cold plate cooling system combined with embedded silicone gaskets. The engineer's approach is to divide the battery pack into several sections with silicone gaskets and use the good thermal conductivity of the silicone gaskets to transfer heat to the thermal cooling plate and further take away the heat with the liquid cooling heatsink. It is to solve the problem of battery heating.

Because of the increasingly developed heat-conducting material technology and perfect heat dissipation system, engineers can solve the problem of electric vehicle battery heating. We specialize in making all kinds of cooling plates for electronics and have rich experience in the radiator industry. If necessary, please get in touch with us.