Guangsheng Zhang

Papers

Total Citations

938

H-Index

About

Guangsheng Zhang is a leading innovator in electrochemical energy storage, renowned for his groundbreaking work on lithium-ion battery performance under extreme conditions. His research focuses on enabling safe, fast-charging batteries that operate reliably at subfreezing temperatures—a critical challenge for electric vehicle adoption in cold climates. Zhang’s most influential contribution is the development of a self-heating lithium-ion battery structure, detailed in a 2016 paper that has garnered over 854 citations. This design allows batteries to rapidly warm from subzero temperatures without external heaters, dramatically improving efficiency and safety. In a companion study with 84 citations, he demonstrated fast rechargeability at subfreezing temperatures, addressing the dangerous formation of lithium dendrites that degrade battery life and pose safety risks. His work has been instrumental in advancing all-climate electric vehicles, earning recognition from both academia and industry. Zhang’s innovations continue to shape next-generation battery technologies, making him a pivotal figure in sustainable energy storage research.