Application-Driven Design of Non-Aqueous Electrolyte Solutions Through Quantification of Interfacial Reactions in Lithium Metal Batteries

Application-driven design of non-aqueous electrolyte solutions through quantification of interfacial reactions in lithium metal batteries

Unwanted side reactions occurring at electrode|electrolyte interfaces significantly impact the cycling life of lithium metal batteries. However, a comprehensive view that rationalizes these interfacial reactions and assesses them both qualitatively and quantitatively is not yet established. Here, by combining multiple analytical techniques, we systematically investigate the interfacial reactions in lithium metal batteries containing ether-based …

The Battery Tech That Could Replace Lithium

As governments and companies look to a future run on renewable energy, the need for utility-scale batteries is greater than ever. Currently, the dominant battery form is the lithium-ion battery, which is produced using lithium and other critical minerals, a market dominated by China. While this type of battery is extremely useful for electronics, electric vehicles (EVs), and utility-scale storage, demand for lithium is expected to outpace supply…