Silicon monoxide anode technology offering 10× the capacity of graphite, patented pre-lithiation process, nano-engineered solid electrolyte interphase layer for improved conductivity and minimal capacity loss under extreme fast charging; 30% range increase and over 1,000 extreme fast charge cycles.
Extreme fast charging lithium-silicon cells achieving 60% charge in 5 minutes, 80% in 10 minutes, 390 mile range per charge, 225 mile gain in 5 minutes and consistent performance over 1,000+ cycles for EV and eVTOL applications.
2023: Partnership with Gelion to develop LiSiS cells combining silicon oxide anodes with sulfur cathodes; 2023: Introduction of extreme fast charging lithium-silicon cells enabling EVs to gain 225 miles in 5 minutes.
Series B funding: $32M from Applied Ventures, Temasek, Catalus Capital, and Lilium.
