A patented 3D architecture with proprietary active materials achieving >1500 Wh/L energy density, featuring chemistry-agnostic high-capacity materials, low-tortuosity 3D electrodes for rapid charging, enhanced charge transfer efficiency, improved safety by minimizing side reactions and dendrite formation, and cost-effective sustainable manufacturing with graphene-based nanomaterials to reduce cobalt and nickel use.
Application-specific battery cells, modules, and packs that surpass traditional lithium-ion technologies, offering superior energy density, reduced charging times, extended cycle life, and enhanced safety.
Strategic collaboration with Heliogen to develop commercial-scale solar thermal calcination facilities for decarbonizing industrial processes (2023); licensing and manufacturing partnership with Enevate to produce next-generation silicon-dominant anode batteries with higher energy density and faster charging (2023).
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