Xiaoguang Yang

Papers

Total Citations

938

H-Index

About

Xiaoguang Yang is a prominent materials scientist and electrochemical engineer whose research has made transformative contributions to lithium-ion battery technology, particularly in addressing one of the field's most persistent challenges: performance degradation in low-temperature environments. His landmark 2016 paper, "Lithium-ion battery structure that self-heats at low temperatures," has accumulated an impressive 854 citations, establishing him as a leading voice in thermal management solutions for energy storage systems. This work introduced an innovative internal self-heating architecture that enables batteries to operate reliably in subfreezing conditions — a critical barrier to widespread electric vehicle adoption in cold climates. Complementing this, his companion study on fast rechargeability at subfreezing temperatures tackled the dangerous formation of lithium dendrites during rapid cold-weather charging, a problem that compromises both battery longevity and safety. Together, these contributions have profoundly influenced the electric vehicle industry, offering practical engineering pathways toward climate-resilient battery systems. Yang's research sits at the vital intersection of electrochemistry, thermal engineering, and sustainable transportation, making his work essential reading for anyone studying next-generation energy storage technology.