Lithium-ion batteries have been a staple in device manufacturing for years, but the liquid electrolytes they rely on to ...

The lithium-ion battery, produced by Amprius, uses a silicon anode instead of graphite and has potential for mass production.

New research shows how coating a battery with a razor-thin layer of lithium borate-carbonate can lead to a 500% boost in ...

Penn State researchers are creating solid-state batteries with ceramic-polymer composites to enhance stability and safety ...

Researchers have developed an innovative single-step laser printing technique that rapidly accelerates lithium-sulfur battery ...

Hong Kong researchers have introduced a groundbreaking laser printing tech that dramatically speeds up lithium-sulfur battery ...

Instead, ABTC employs de-manufacturing process with selective hydrometallurgical processing. When fully implemented, this two-phase approach allows for: A feedstock-agnostic system capable of ...

The funding would advance the development of the company’s first industrial-scale lithium metal vanadium battery manufacturing ... authorization process, and finalization and satisfaction ...

Researchers have demonstrated that applying controlled extreme heat to lithium-ion batteries can restore their energy ...

Lithium_Ion_Battery_Recycling_Market_Overview New hydrometallurgical processes and direct recycling methods are being developed to recover ...

During this high-throughput laser-pulse irradiation process ... both coin and pouch lithium-sulfur cells. "Traditional manufacturing processes of a cathode/anode in ion battery usually contain ...

During this high-throughput laser-pulse irradiation process ... both coin and pouch lithium-sulfur cells. “Traditional manufacturing processes of a cathode/anode in ion battery usually contain ...