Material Revolution: Zeruoka

How to break the "impossible triangle" of energy density and cost from lithium manganese iron phosphate to sulfide electrolytes?

Technical highlights

LMFP+silicon carbon anode: Zeruoka's third-generation energy storage battery cell has achieved an energy density of over 220Wh/kg (industry average of 180Wh/kg), with a cycle life of 12000 times, suitable for long-term energy storage needs in industry and commerce (refer to Rui Pu Lan Jun's technology path).

Implementation of the pilot line for all solid state batteries: adopting dry electrode technology (with the cooperation of leading intelligent technology), eliminating electrolyte pollution, raising the temperature of thermal runaway to over 300 ℃, and aiming for mass production in the high-end energy storage market by 2025.

Zero heavy metal recovery technology: Through the "directional extraction" process, the lithium recovery rate exceeds 95%, and the nickel cobalt manganese recovery rate exceeds 99%, which helps with EU battery passport certification.

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