Batteries,as one of the most important classes of electrochemical energy storage systems,play a critical role in enabling energy sustainability and mobility.In recent years,we have witnessed a prosperous boom of resea...Batteries,as one of the most important classes of electrochemical energy storage systems,play a critical role in enabling energy sustainability and mobility.In recent years,we have witnessed a prosperous boom of research on battery chemistries and materials aimed at enhancing energy density,reducing costs,and enabling faster charging.While these advancements promote the applications of batteries in various engineering scenarios,they also raise significant safety concerns,particularly as higher energy densities increase the risk of catastrophic failures.Unfortunately,real-world incidents involving electric vehicles,consumer electronics,and largescale energy storage systems have demonstrated the devastating consequences of battery failures,where severe property damage and even loss of life are frequently observed.展开更多
文摘Batteries,as one of the most important classes of electrochemical energy storage systems,play a critical role in enabling energy sustainability and mobility.In recent years,we have witnessed a prosperous boom of research on battery chemistries and materials aimed at enhancing energy density,reducing costs,and enabling faster charging.While these advancements promote the applications of batteries in various engineering scenarios,they also raise significant safety concerns,particularly as higher energy densities increase the risk of catastrophic failures.Unfortunately,real-world incidents involving electric vehicles,consumer electronics,and largescale energy storage systems have demonstrated the devastating consequences of battery failures,where severe property damage and even loss of life are frequently observed.
