Lithium plating happens when lithium deposits as a metal on the anode instead of properly intercalating into the electrode material. This can lead to some serious safety issues.

Lithium plating happens when lithium deposits as a metal on the anode instead of properly intercalating into the electrode material. This can lead to some serious safety issues.
Lithium plating can lead to capacity loss, performance degradation and serious safety risks, including internal short circuits and thermal runaway.
At TWAICE, we’ve tackled this challenge with our latest Anode Potential Simulation Model, which enables fast and reliable lithium plating prediction to optimize charging strategies.
Camelot Energy Group and TWAICE dive into operational best practices, explaining how data and analytics can boost performance, safety, and ROI.