eCell™ micro-porous silicon-carbon composite anode material replaces graphite in lithium-ion batteries, boosting anode capacity by 300–500% and overall energy capacity by 30–50%. Manufacturing uses silicon monoxide feedstock for economical, scalable production. The technology delivers >80% capacity retention after 1000 cycles without safety compromises or production modifications and reduces energy use and emissions.
eCell™ anode material: a micro-porous silicon-carbon composite offering 300–500% higher capacity than graphite, 30–50% battery energy improvement, >80% capacity retention over 1000 cycles, compatible with existing manufacturing processes.
In 2023, Ecellix signed an MoU with HPQ Silicon Inc. and NOVACIUM SAS to advance a Gigafactory vision integrating silicon technologies at large scale; expanding manufacturing in Seattle and evaluating commercial-scale production sites in Washington state.
The company secured $10M from Plug and Play Detroit, Catalus Capital, Alliance of Angels, E8, and Keiretsu Forum.
