Our Advanced Technology is a Game Changer for the EV Industry
EoCell, Inc. was founded in May 2015 by a team of experienced scientists and engineers with decades of experience in the battery industry.
Our scientific team had previous experience with leading research institutions and corporations such as: Samsung SDI, LBNL, Geely, Amprius, A123, Mitsubishi Chemical and NIMS.
Our senior team has been a key contributor in the design to manufacturing of PHEV and EV batteries for prestigious brands such as BMW, Volkswagen, Audi, Porsche and Daimler
Disruptive Breakthrough for EV Batteries with a Unique Silicon Anode Technology
And for Additional Safety our Non-Flammable Electrolyte will prevent fires and explosions
Our forthcoming Solid State Battery will set new standards for the Li-Ion industry
Our Main R&D Team is located in our Headquarters in the heart of Silicon Valley
Our Scientists use our Silicon Valley-based Materials Lab and Cell Manufacturing Pilot-Line to design and locally fabricate both our materials and cells for a fast design turn-around
Innovation Made in the USA
Big Power that is Safer, Runs Longer, Charges Faster with an Extended Battery Life
EoCell’s Silicon Anode technology brings higher energy density to advanced lithium ion batteries for tomorrow's Transportation markets. EoCell designs and builds its EV Li-Ion battery materials and cell prototypes in its Silicon Valley facilities
Volume production is being scaled-up in China
Energy Storage Innovations for the Future of Transportation
Our company is dedicated to deliver the Next Generation of Lithium-Ion Cells thanks to our breakthroughs in Silicon-based Anode and Non-Flammable Electrolyte
In order to increase the gravimetric and volumetric energy densities for Lithium-Ion batteries, improvements in all of the main components of the cell will be necessary. Our main area of innovation is currently on Anode technology.
Using EoCell proprietary technology, our Silicon-based Anode gives us a First Cycle Irreversible Capacity Loss (IRCL) of less than 10%, while greatly reducing the cell volume expansion during charge/discharge cycles, therefore enabling full utilization of the lithium-ions provided by the cathode and extending the cyclic performance of batteries.
Our Technology is applicable not only to Full EVs but also to PHEVs
With great competitive advantages in costs and range
25% Greater Energy Density with our Silicon Anode Technology
Extra Safety provided by our Non-Flammable Electrolyte
Our proprietary technology gives us a First Cycle Irreversible Capacity Loss (IRCL) of less than 10%
Our proprietary technology protects the material against excessive volume changes for a much longer cycle life.
Our unique Electrolyte greatly improves safety for critical applications such as EVs, Aerospace and Military
We achieve these results by tightly controlling the uniform distribution of silicon nano-particles during the anode material manufacturing process .