Aluminum microchannel tube can be broadly categorized into three types: parallel flow, cooling pipe, and finless heat exchangers. In recent years, driven by advancements in the chemical industry, microchannel technology has emerged as a significant area of research. Fluid flow at the microscale, inf

Micro channel aluminum flat tubes, also known as parallel flow aluminum flat tubes, are thin-walled, porous flat-shaped materials made from refined aluminum rods. They undergo a process of thermal extrusion and surface zinc spraying for corrosion protection. Originally used in automotive air conditi

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

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

Liquid cooling plates are efficient thermal management devices widely used in various high-performance equipment and applications. As an effective thermal management solution, they absorb the heat generated by components through circulating cooling liquid to maintain stable operation of equipment. I

CTP (cell to pack, no module power battery pack)CTP technology refers to skipping the standard module link, integrating the battery cell on the battery pack, and then installing it on the vehicle body. Its essence is to increase energy density and reduce costs. Its integrated technology was first pr

Liquid cooling refers to reducing the temperature of the battery by taking away the heat generated by the battery in operation through the cooling pipe inside the battery pack and the cooling liquid of the cooling plate. Its advantages are high heat transfer coefficient, large thermal energy, fast c

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.

Cooling systems based on liquid heat exchange are more efficient than air systems and have a more uniform temperature inside the battery pack of an electric vehicle, but the systems are more complex.

Trumony Aluminum Limitied, the battery thermal management expert , is committed to the design and development of liquid cooling, so we recommended you choose the power battery pack with liquid cooling structure