Product Development Pathway
(5 R&D Concepts)
Bilayer composite separator with ceramic reinforcement – a hole-free polymer separation body paired with a ceramic-reinforced structural layer, decoupling continuous ionic transport from mechanical robustness and allowing overall thickness to be reduced without opening a direct short path.
Dual-architecture silicon composite negative electrode – pre-formed active material balls bound by a rigid cross-linked inner binder and dispersed in an elastic outer binder, with ball diameter capped relative to electrode thickness to confine the volume expansion of comparably low-cost silicon. Further concepts address the reduction of titanium-containing oxide particles at low potential, dendrite growth control for a metallic lithium anode, and multi-mechanism thermal runaway suppression activated below the critical exothermic window.
Potential Synergies to Deliver Well-Rounded Cells for Application
A protected oxide filler, an ultra-thin yet robust separator and a mechanically confined silicon anode sharing one interface – aligning electrochemical stability, energy density and cost so that separator thinning, silicon economics and integrated safety mechanisms advance together, on a cell format and production line a later fully inorganic generation could reuse.
