Electrochemically Driven Refrigeration Based on Dissolution–Crystallization Cycle of Redox‐Active Salts (Adv. Energy Mater. 38/2026)

Refrigeration Electrochemically driven dissolution–crystallization refrigeration couples the endothermic dissolution of redox-active salts with electrochemical regeneration. As depicted on the cover, regenerated crystals dissolve in the foreground cooling reservoir to absorb heat, while the electrolyte circulates through the electrochemical cell for recrystallization and reuse. Spatially separating cooling from electrochemical regeneration minimizes direct interference from Joule heating. More in article number e71304, Pei Liu, Jia Li, Jiangjiang Duan, and co-workers.