Product Development Pathway
(5 R&D Concepts)
Bilayer electrolyte architecture pairing a glassy lithium aluminum oxychloride catholyte selected for oxidative stability with a sulfide argyrodite separator handling reductive-side functions, leveraging each electrolyte class’s mechanical and electrochemical strengths.
Cation-substituted chlorine-rich argyrodite sulfide electrolyte achieving enhanced ionic conductivity through simultaneous vacancy creation and halide sublattice tuning. Further concepts address high-nickel cathode surface stabilization through gradient doping and island coating, dual ion-and-electron conduction pathways at the cathode/sulfide interface, and self-terminating anode passivation for lithium metal compatibility across multiple electrolyte families.
Potential Synergies to Deliver Well-Rounded Cells for Application
Cross-compatible electrolyte, cathode, and anode interface materials converging on a flexible supply portfolio – enabling customers to integrate complementary components across sulfide, halide, and hybrid cell architectures for balanced product launch viability.
