Clean Battery Solutions for a Better Planet

Streamlined FREYR Production Process vs. Conventional Solutions Using existing raw materials With a simpler production process Electrolyte Cathode S NMC LMO NCA LCO LFP NM Anode LTO Natural Gr TiO2 Si Resulting in next-generation battery cells Conventional Cell Production 15 production steps (including solvent recovery) Multiple thin layers Electrode Creation Conductor Electrode ☐☐ Cylindric cell Solvent Recovery Separator Anode Mix Coat Dry Inspect Slit Calendar Die Punch Clean Cathode Mix Coat Dry Inspect Slit Calendar Die Punch Clean Vacuum Dry Vacuum Dry Electrode Conductor Prismatic cell Solvent Recovery Repeating structure Pouch cell Artificial Gr 5 production steps Sn Li metal Separator FREYR Clean battery solutions Cell Assembly Stack Weld Insert Electrolyte VS. FREYR Cell Production Electrode Creation Cell Assembly Anode Mix Coat Stack Weld Insert Cathode Mix Coat Few and thick layers Conductor Prismatic cell Electrode Separator Electrode Pouch cell Conductor Source: 24M Technologies 23

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