Battery Pack With Aluminum Housing

Utilizing a specified series of aluminum alloy materials, its density is only about 1/3 that of steel, achieving a weight reduction of over 30% compared to steel casings. This effectively reduces the overall weight of the final product, making it suitable for scenarios with extremely high lightweight requirements, such as new energy vehicles and portable devices, while simultaneously improving energy efficiency.

Aluminum alloy possesses excellent thermal conductivity, far superior to that of plastic casings. Combined with an integrated heat dissipation design (such as heat sinks and heat conduction channels), it rapidly dissipates heat generated during lithium battery operation, preventing heat buildup that could lead to battery degradation or safety hazards, thus ensuring battery cycle life.

Through a rational structural design and the mechanical properties of aluminum alloy, the lithium battery is protected against impact, compression, and vibration. The high overall strength of the casing withstands external impacts during transportation and use, preventing damage to the battery cells, while also possessing good deformation resistance to ensure sealing.

Utilizing a precision sealing structure design and professional sealing components, it achieves different dust and water protection levels from IP54 to IP67, suitable for humid, dusty, and complex environments such as outdoor energy storage and new energy vehicles; it also features insulation to prevent short circuit risks caused by battery-casing contact.

The structure (square, cylindrical, irregular shape), size specifications, and interface layout of the shell can be customized according to the size, power, and installation method of the lithium battery module. It is compatible with different types of cell arrangements and adapts to the diverse needs of new energy vehicle power batteries, energy storage modules, consumer electronics batteries, and other scenarios.