MOF Hybrid Passive Cooling Composite

Liu, Xiangyu; Li, Pengli; Liu, Yijie; Zhang, Chuan; Meng, He; Chen, Jie; Shi, Kunming; Liu, Fei; Zhang, Wang; Jiang, Pingkai; Huang, Xingyi

MOF Hybrid Passive Cooling Composite

25.3 °C outdoor cooling

Combines high solar reflectance with autonomous atmospheric water harvesting for evaporative cooling, enabling sustainable heat dissipation for heavy-load power equipment without manual water replenishment.

Liu, Xiangyu · Li, Pengli · Liu, Yijie · Zhang, Chuan · Meng, He · Chen, Jie · Shi, Kunming · Liu, Fei · Zhang, Wang · Jiang, Pingkai · Huang, Xingyi

Advanced Materials 2024

Advantages

average solar reflectance of 0.98

temperature reduction of 25.3 °C for outdoor heavy-load power equipment (e.g., transformers)