Energy storage thermal management technology is undergoing rapid iterative upgrades. Liquid cooling technology, with its superior heat dissipation efficiency and more uniform temperature field control, has comprehensively surpassed air cooling to become the mainstream thermal management solution for C&I energy storage. In 2026, fourth-generation liquid cooling technology began large-scale application, characterized by more compact channel designs, lower system pressure drops, intelligent temperature control algorithms, and module-level temperature monitoring capabilities. Meanwhile, energy storage safety standards continue to tighten - the GB/T 51048-2025 "Design Standard for Electrochemical Energy Storage Power Stations," which took effect on April 1, 2026, mandates module-level safety protection, making thermal aerosol fire suppression, combustible gas detection, and multi-dimensional sensor early warning technologies standard requirements. These safety technology trends are particularly critical for C&I storage projects in the high-temperature environments of Southeast Asia and the Middle East, where large diurnal temperature variations and high ambient temperatures impose higher technical thresholds for battery thermal management and safety protection.
Chanming New Energy