“We derive an analytical expression that relates Li-plating onset time to operating conditions and material properties and introduce a Li-plating diagram,” highlighted the study.
This comprehensive approach provides a more complete understanding of the phenomenon and its triggers. It offers valuable guidance for designing both advanced battery materials and, crucially, optimized charging protocols.
“This knowledge could lead to fast-charging lithium-ion batteries that are safer and longer-lasting,” remarked the press release.
“Researchers can use Li’s results to design not only the best battery materials—but importantly, charging protocols that extend battery life.”