Product Development Pathway
(5 R&D Concepts)
Crosslinked, in-situ-curable polymer electrolyte system pairing a high-concentration lithium salt with a low-loading functional additive to form a network with ion-transport channels tuned to lithium mobility.
Dry-film cathode preparation that incorporates the electrolyte directly into a calenderable electrode mixture, removing wet slurry casting and post-assembly soaking while enabling thick, high-capacity electrodes. Further concepts address lithium-metal interphase stabilization for plating efficiency, bubble-free in-situ electrolyte curing for interface integrity and extended precursor shelf life, and weld-free continuous anode-foil production that folds tab formation into one lamination step.
Potential Synergies to Deliver Well-Rounded Cells for Application
An in-situ-curable polymer-electrolyte base anchors complementary anode-interphase, cure-chemistry and electrode-fabrication concepts – aligning energy density, cycle life, safety and manufacturability toward a single automotive-qualifiable cell architecture.
