Shanhai Ge

Papers

Total Citations

938

H-Index

About

Shanhai Ge is a leading innovator in electrochemical energy storage, whose work has fundamentally advanced the performance of lithium-ion batteries under extreme conditions. His primary research focuses on battery thermal management, low-temperature electrochemistry, and fast-charging technologies. Ge’s most celebrated contribution is the development of a self-heating lithium-ion battery structure, detailed in his 2016 paper (854 citations), which enables batteries to rapidly warm from subfreezing temperatures without external heaters—a breakthrough that directly addresses a critical barrier to electric vehicle adoption in cold climates. Building on this, his subsequent work on fast rechargeability at subfreezing temperatures (84 citations) demonstrated how to suppress dangerous lithium dendrite growth during quick charging in extreme cold, preserving battery life and safety. These innovations have not only garnered widespread academic recognition but also attracted industrial interest, with his self-heating design being licensed for commercial development. Ge’s research elegantly combines fundamental electrochemistry with practical engineering, offering tangible solutions for next-generation electric vehicles and portable electronics operating in harsh environments.