New Energy Vehicles

Liquid cooling plate, a component that plays a key role in the thermal management module of the whole vehicle, although there is no unified standard definition, we can understand it in this way: in the power battery system, when the battery is working, the excess heat generated will be transferred through the surface contact between the battery or module and the plate-shaped aluminum device. This heat is eventually absorbed and carried away by the coolant circulating in the internal flow channel of the device. This plate-shaped aluminum device that plays a key role is what we call a liquid cooling plate.

Harmonica tube liquid cooling plate

The harmonica tube liquid cooling plate is favored for its low cost, lightweight and simple structure, and high production efficiency. However, its single flow channel design, limited contact area and thin pipe wall make its heat exchange effect not outstanding, and its load-bearing capacity is relatively weak.

liquid cooling plate Applications

Liquid cooling plate for New Energy Vehicles

Liquid cooling plate type

Stamped liquid cooling plate

Stamped liquid cooling plate is highly praised for its flexibility in flow channel design, wide contact area, excellent heat transfer performance and efficient production process. However, since this type of liquid cooling plate requires special molds for production, its cost is relatively high. At the same time, the strict requirements for flatness and technical challenges during installation also increase the difficulty of its application.

Inflatable liquid cooling plate

Inflatable liquid cooling plate is known for its low cost, efficient heat exchange and production efficiency. However, its material is relatively soft, which leads to significant challenges in pressure resistance and strength.

Parallel flow tube liquid cooling belt

Parallel flow tube liquid cooling belt has excellent heat exchange effect and is particularly suitable for the heat dissipation needs of cylindrical battery cells.