EExion’s technology is redefining how large-scale batteries are designed, manufactured, and deployed in stationary applications. By harnessing a proprietary modified carbon cathode, EExion’s Molecular Battery delivers a significant cost-efficiency, scalability, and operational performance—qualities that are critical for powering renewable fields and modern grids.
Traditional batteries often rely on scarce metals (like LFP) and complex supply chains, leading to price volatility and environmental concerns. EExion’s carbon-based solution circumvents these challenges, delivering a robust, sustainable alternative that supports the growing global shift toward renewable energy.
EExion’s advanced cell architecture and streamlined production process deliver exceptional yield at scale, allowing to rapidly address surging demand while significantly reducing costs and upholding rigorous performance standards.
Technology & Product uniqueness:
• Metal-free cathode—no cobalt, no nickel, no graphite, and even no iron phosphate
• Proprietary modified activated carbon (using widely available materials), compatible with Li, Na, Zn chemistries
• Competitive prices of $17/kWh BOM, full cell target cost: $32/kWh
• Endless lifetime with 10,000+ cycles @ 100% DoD, close-to-zero degradation with no dendrites
• Enables the first fully recyclable cell technology (recyclable economy), lowering disposal costs and significantly reducing environmental impact
• A drop-in manufacturing compatibility with existing Li-ion infrastructure
• Exceptional performance tradeoff (energy density (240Wh/Kg) to price to degradation)