Optimization of Interfaces in Quasi-solid state Lithium Metal Batteries - 3Interfaces

Project summary

The world is changing over to electric modes of transportation in hopes of reducing carbon emissions; their backbone, battery technologies, has become a hot topic of development. Optimization of Interfaces in Quasi-solid state Lithium Metal Batteries (3Interfaces) responds to the need for the development of a safe, novel, highly energy-efficient solid-state battery, based on cobalt-free cathode (LNMO), Li metal anode, and a safer quasi-solid electrolyte for application in electric vehicles. The general objective of 3Interfaces is to conduct a holistic study of the interactions between high-voltage cathode and hybrid electrolytes to develop interface modifications to overcome intrinsic limitations. The project also addresses a new low-cost synthesis (cobalt-free), an urgent problem calling for long-term independence from this critical raw material. 3Interfaces is built by a multidisciplinary and highly experienced consortium that covers material experts, modelling, and battery testing.