In modern industrial systems, efficient thermal conduction solutions are of paramount importance. In pursuit of this objective, engineers and researchers have been constantly seeking new heat-conductive materials and techniques. Among these solutions, aluminum micro channel tubes, particularly in th

As traditional energy sources become increasingly scarce, and environmental concerns grow, the development of new energy vehicles has garnered widespread attention from both industry professionals and the general public. The power battery, serving as the energy source and storage facility for new en

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

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

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

The best operating temperature for lithium batteries is between 20°C and 35°C. Both excessively low and high temperatures can affect the battery's performance and safety, and high temperature differentials and excessive temperatures can accelerate battery aging. Therefore, employing effective therma

Energy storage technology has become increasingly important in the power system due to the rapid development of renewable resources. Currently, energy storage technology is widely used in the market, and liquid cooling plate technology has become the mainstream application in energy storage systems

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

The accumulation of heat during battery operation will cause uneven temperature inside battery pack, which will affect the consistency of the battery cells. Further affect and reduce the battery charge, discharge cycle efficiency. The power and energy performance of the battery will also decrease.To