LabBatteries
KAIST simulation maps fast-charging damage in EV battery anodes
KAIST modeled a commercial graphite anode in 3D to track damage hidden by average battery metrics.
Written by AI2 sources1 min
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Chemistries, density, costs, gigafactories: storing energy better, cheaper and faster.
KAIST modeled a commercial graphite anode in 3D to track damage hidden by average battery metrics.
Lithium plating varied by more than 10% depending on the arrangement of the graphite anode’s binder and void space.
KAIST’s SiN/SiO₂/SiN layer directs oxygen to the channel and away from the metal electrode.