APPLICATIONS OF TECHNOLOGY: Li-ion batteries Solid state batteries BENEFITS: High ionic conductivity with the structural properties required for Li electrode stability Non-flammable electrolyte Theoretical energy density of 300 Wh/kg No dead weight and no reduction in potential as Li is depleted BACKGROUND: The mechanical properties of polymer … [Read more...] about Dry Polymer Electrolytes with High Elastic Modulus IB-2200
Li-ion
Introduction of Particles to Electrolytes to Improve Low Temperature Performance 2022-027
APPLICATIONS OF TECHNOLOGY: Li-ion batteries (e.g., in vehicles) BENEFITS: Charge transfer resistance at low temperature is reduced significantly Additive can be used with the standard electrolyte at room temperature Electrolyte maintains all of its stability and is able to perform better at low temperatures BACKGROUND: Battery performance at … [Read more...] about Introduction of Particles to Electrolytes to Improve Low Temperature Performance 2022-027
Novel Conductive Polymer Binders for Next-generation Lithium Batteries 2021-035
APPLICATIONS OF TECHNOLOGY: Advanced lithium ion (Li-ion) batteries BENEFITS: Achieves high energy density, long cycling life, improved safety, and reduced cost compared to previous technologies Allows commercial silicon-based materials to function properly in commercial cell conditions, addressing the most critical problems of both electrode mechanical … [Read more...] about Novel Conductive Polymer Binders for Next-generation Lithium Batteries 2021-035
Method for Scalable Synthesis of Single-Crystal Lithium NMC Cathode Materials 2021-067
APPLICATIONS OF TECHNOLOGY: Liquid based and solid-state lithium-ion batteries requiring higher energy density, faster charging rate, better cycling stability, longer calendar life, and improved safety BENEFITS: Scalable and cost-effective methods that can be easily adopted into the current production lines of cathode materials Delivers significantly improved … [Read more...] about Method for Scalable Synthesis of Single-Crystal Lithium NMC Cathode Materials 2021-067
Miscible Polymer Blend Electrolytes: A New Material for High-Performance, Safer Lithium and Solid State Batteries 2020-060
APPLICATIONS OF TECHNOLOGY: Rechargeable batteries for portable electronics as well as small and large electric vehicles Grid-scale storage for home or power station BENEFITS: Improves battery performance by improving ionic conductivity and other transport properties, through blending chemically different polymers Potentially reduces overall battery … [Read more...] about Miscible Polymer Blend Electrolytes: A New Material for High-Performance, Safer Lithium and Solid State Batteries 2020-060