New energy battery tray aluminum profiles usually have good thermal conductivity. Aluminum is a metal material with very good thermal conductivity. It has high thermal conductivity and fast heat conduction speed, and can effectively conduct heat from one area to another. Therefore, in aluminum profiles used for new energy battery trays, the heat of the battery can be effectively dispersed and the normal operating temperature of the battery can be maintained.
By using aluminum profiles with good thermal conductivity, the new energy battery tray can effectively dissipate heat, avoid battery overheating, and extend the service life of the battery. In addition, aluminum profiles also have low specific heat capacity and abundant surface area, which helps improve heat dissipation.
However, it should be noted that the thermal conductivity is also affected by factors such as the design and structure of the aluminum profile. Factors such as reasonable structural design, effective heat dissipation channels, and fit with the battery gasket will also affect the performance of thermal conductivity.
To sum up, new energy battery tray aluminum profiles usually have good thermal conductivity, which can effectively disperse the heat of the battery and maintain the normal operating temperature of the battery.
