What are the types of cold plates used in the new energy field?

So, what are the primary types of cold plates used in the new energy field? In practical mass production projects, an impressive 93.7% use key types of liquid cooling plates, including Hydroformed Cooling Plates, Extruded Cooling Plates, FSW (Friction Stir Welding) Cooling Plates, and Machined Cooling Plates.

Can liquid cooling plates be used in the new energy field?

The key to the application of liquid cooling plates in the new energy field is to improve the thermal management efficiency of the system. I believe this article can help you understand what kind of liquid cooling plates you can choose to meet your project needs.

Which cooling plate should I Choose?

Common choices are aluminum and copper; copper has higher conductivity but aluminum is lighter, cheaper, and favored in the new energy sector. Size and Shape: Tailor the cooling plate’s size and shape to fit your device's space and interface requirements. The design influences coolant flow and heat transfer efficiency.

How does a cold plate improve thermal management?

Coolant flows through tubes inside the cold plate, efficiently removing the heat. This direct heat conduction and transfer mechanism makes the cold plate essential in managing battery temperatures. How do cold plates improve thermal management in the new energy field?

Are stamped cooling plates more cost-effective?

In mass production, stamped cooling plates are usually more cost-effective. In order to make the liquid cold plate have stable thermal conductivity, the thermal interface material will be installed on the surface of the liquid cold plate more often.

Which cooling plates are best for prismatic batteries?

For prismatic batteries, 73.3% of customers opt for liquid cooling plates with bottom heat exchange. Increasingly, many are now also using side heat exchange or multi-sided heat exchange. Side heat exchange involves extruding micro-channel tubes and bending them, similar to serpentine tubes.