Scientists Develop Solid Material for Enhanced Lithium-ion Transfer
Scientists have developed a solid material that facilitates the rapid transfer of lithium ions.
Such lithium electrolyte rechargeable batteries are crucial components for providing power to electric vehicles and various electrical appliances.
Environmentally Friendly Composition
This material, free from toxins, is made from abundant elements found on the earth. In contrast to the current liquid electrolyte technology present in batteries, this material offers better protection and energy capacity while enabling the rapid transfer of lithium ions.
A team of scientists from the University of Liverpool employed a change-oriented scientific perspective to create this material in the laboratory. They determined the arrangement of its atoms and conducted practical demonstrations within battery cells.
This new material is among the few solid materials capable of swiftly transferring lithium ions, which can be utilized in place of liquid electrolytes. Its unique structure allows it to function in innovative ways.
The scientists made this discovery using a combination of computational and experimental workflows. Artificial intelligence and physics-based numerical calculations were utilized to support the decisions of chemistry experts.
This research conducted at the University of Liverpool has been published in the journal Science.