Schrödinger research identifies lithium-ion clusters in battery electrolytes
SDGR•Schrödinger published research identifying clusters containing up to 40% of lithium ions in standard electrolytes without anions. The research suggests the clusters help form the protective anode film critical to battery lifespan and safety.
1. Findings on lithium clusters
Schrödinger published research in Nature identifying lithium-ion clusters that could guide electrolyte design for higher-capacity, faster-charging and longer-lasting batteries. Up to 40% of lithium ions form multi-ion clusters in standard electrolytes without anions, and clustering increases at higher salt concentrations. Machine learning force field simulations closely matched experimental data, while quantum calculations suggest the clusters help form the protective anode film critical to battery lifespan and safety.
