Liquid cooling plates are integral components of new energy thermal management systems, primarily employed in environments demanding high load-bearing capacity and corrosion resistance. Consequently, the choice of materials for manufacturing liquid cooling plates often necessitates careful considera

The power battery pack of electric vehicles places high demands on the performance of liquid cooling plates, focusing primarily on heat dissipation power, reliability, and weight. During the operation of new energy vehicles, the temperature of the battery pack rises rapidly, necessitating high-power

Liquid cooling for battery modules is employed to manage the temperature of battery packs, enhancing system performance and safety. It utilizes the circulation of coolant to absorb heat generated by heat-dissipating components, ensuring the battery pack operates within an appropriate temperature ran

With the advent of the 5G era and the increasing demand for high-performance and high-density computing, energy consumption in data centers has become an increasingly important topic. Research shows that high temperatures not only reduce the stability of chips but also affect their electrical perfor

To enhance heat transfer efficiency and thermal performance, aluminum microchannel tubes are widely adopted as heat exchangers in various fields.

The battery module has certain requirements for the liquid-cooling plate. First of all, the heat dissipation power is large, which can quickly take away the heat generated by the module and prevent the sharp rise of temperature; Secondly, it has high reliability. When the vehicle is walking on the r

The goal of power battery thermal management is not only to ensure that the battery module works within the appropriate temperature range, but also to ensure that the internal temperature of the module is uniform as far as possible. The liquid cooling plate is an important part of the active liquid

In electric vehicles, the cooling system of liquid cooling plate mainly includes the cooling of drive motor, vehicle controller, DC/DC and other components, and the cooling of power battery and on-board charger, which has become an important guarantee for the operation of new energy vehicles.

Liquid cooling is to reduce the temperature of the battery by taking away the heat generated in the battery work through the cooling pipeline and coolant inside the battery pack. The advantage is its high heat transfer coefficient, high thermal energy, fast cooling efficiency and remarkable battery