Richard Chleboski, 24M and a Thousand-Mile Battery that Is Safer By Design
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Richard Chleboski, 24M and a Thousand-Mile Battery that Is Safer By Design
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We unpack how 24M combines electrode-to-pack design, a fast, high-conductivity electrolyte, and a sensing separator to aim for thousand-mile range and safer batteries. The talk spans dendrites and thermal runaway, drone-ready shapes, long-duration storage, and real-world paths to scale and recycle.
• ETOP packaging for higher energy density and custom shapes
• Impervia separator that suppresses dendrites and senses faults
• Eternalite electrolyte enabling five-minute charge and late-cycle power
• Lithium metal safety strategy and thermal runaway prevention
• Drone and aviation use cases with conformable packs
• EV vs ESS market dynamics and policy uncertainty
• Manufacturing strategy and onshoring with lower risk
• Long-duration storage for the duck curve
• Binder-free electrodes and closed-loop recycling of LFP and graphite
• Tradeoffs, transition costs, and incremental adoption paths