batteries

New electrolyte design for lithium metal batteries reduces harmful fluorine, potentially boosting electric vehicle range

Researchers find new ion movement mechanisms in porous materials, advancing the potential of energy storage technology

Able to be used more than 8000 times, this battery has an energy density comparable to lead-acid batteries

Charge-recharge cycling of lithium-iron-oxide can be greatly improved by doping with readily available mineral elements

New process yields solid sulfide electrolyte with high sodium ion conductivity, glass electrolyte with high formability

New method for crack-free nanocellular graphene helps improve the performance and flexibility of Na-Ion batteries

New study finds that one percent magnesium in lithium raw material enhances efficiency, prolongs secondary battery lifespan

New stabilization approach enhances the performance of the lithium from the bottom through electrodeposition

Researchers take next step towards better, more sustainable batteries made with widely available materials

Computational study could help extend the lives of these batteries, which are widely used by utilities and manufacturers