Pure silicon anode technology manufactured via proprietary Plasma-Enhanced Chemical Vapor Deposition (PECVD) process creating ultra-thin silicon layers on copper substrates with 100% silicon content. Achieves 10x lithium ion storage vs graphite, 70% higher energy density, 10x thinner design, 7-minute charge to 80%, over 450 stable cycles, and 85% reduction in CO2 emissions. Integrates into existing battery manufacturing for EVs, consumer electronics, wearables, and drones.
High-performance silicon anodes featuring 100% silicon composition, offering 70% energy density improvement, 10x thinner profiles, 7-minute charge to 80%, 450+ stable cycles, and 85% CO2 reduction in production.
In 2024, launched construction of first industrial-scale anode factory at Strijp-T in Eindhoven, with 70 MWh capacity, operational by 2026; awarded Automotive Innovation Award 2024; research validated 85% CO2 reduction in production.
Raised approximately €100M from Yard Energy (Series A lead), Catalus Capital, Invest-NL, ING Sustainable Investments, and Somerset Capital Partners; secured €30M financing from the European Investment Bank backed by the European Commission; received additional backing from BOM Brabant Ventures, DOEN Participations, and PVS Investments; and obtained over €5M in subsidies from the Netherlands Enterprise Agency.
