Electrochemical energy storage applications are expanding in areas like grid peak shaving and renewable energy consumption. Battery system scale and energy density continue to rise, making thermal safety management a top priority in system design.

Temperature consistency between battery clusters and thermal runaway early warning must be achieved, while supporting thermally stable control during long-term charge/discharge cycles.

• Liquid-Cooled Battery Thermal Management Systems: Enable precise thermal management through distributed flow channels and intelligent temperature control.
• Heat Pipe Enhanced Heat Dissipation Structures: Incorporate phase change technology to improve thermal conduction efficiency within limited spaces.