Our Technology
The future of EVs is bright, light, and powerful.
We’re revolutionizing batteries with Factorial Electrolyte System Technology (FEST®),
our platform for next generation high-performing solid-state batteries.
Surpassing
expectations
Current batteries are heavy, provide limited range, and are reaching their technological limits. We’re here to fix that.
Factorial’s solid-state solutions redefine e-mobility and enhance battery performance, sustainability, and safety.
Clean, green,
energy machine
Factorial's batteries enables a clean energy source for EVs, homes, and businesses.
EVs
for everyone
Factorial's batteries make EVs accessible with more energy dense batteries to alleviate range anxiety - the top concern for consumer EV adoption.
Go
the distance
Factorial's batteries increased energy density allows for longer range, less weight, and less space.
Flexible
integration
Our solution is compatible with a wide range of cathode and anode materials, enabling deployment in a variety of applications.
Clean, green,
energy machine
FEST® enables a clean energy source for EVs, homes, and businesses.
EVs for everyone
FEST® makes EVs accessible with more energy dense batteries to alleviate range anxiety - the top concern for consumer EV adoption.
Go the distance
FEST® increased energy density allows for longer range, less weight, and less space.
Flexible integration
Our solution is compatible with a wide range of cathode and anode materials, enabling deployment in a variety of applications.
Our high thermal stability system
FEST®
FEST® combines a lithium-metal anode, quasi-solid electrolyte technology, and an high-capacity cathode.
Solstice™
Solstice™ leverages a sulfide-based all-solid-state electrolyte material, and can maintain operating temperature over 90°C.
Solstice™ utilizes a novel dry coating process, reducing operating costs, energy consumption, and environmental impact.
Redefining eMobility and Energy Storage
FEST®
Ultrathin lithium-metal anode, quasi-solid polymer electrolyte, and a high capacity cathode.
High drop in capability for lithium-ion manufacturing facilities for rapid scalability.
Electric vehicles, aviation/drone, power tools, and marine vehicles.
Solstice™
Zero liquid, sulfide-based all-solid-state electrolyte material for high thermal stability and safety.
Manufactured through novel dry coating process for cost and environmental benefits.
Electric vehicles, consumer electronics, and energy storage systems.
Gammatron™
Battery digital twin software to enhance battery development throughput.
Accelerate R&D with ML- assisted development and minimal physical resources.
Electrolyte development, predictive cell health modeling, fast charge optimization, BMS and more.
FEST®
Ultrathin lithium-metal anode, quasi-solid polymer electrolyte, and a high capacity cathode.
High drop in capability for lithium-ion manufacturing facilities for rapid scalability.
Electric vehicles, aviation/drone, power tools, and marine vehicles.
Solstice™
Zero liquid, sulfide-based all-solid-state electrolyte material for high thermal stability and safety.
Manufactured through novel dry coating process for cost and environmental benefits.
Electric vehicles, consumer electronics, and energy storage systems.
Gammatron™
Battery digital twin software to enhance battery development throughput.
Accelerate R&D with ML- assisted development and minimal physical resources.
Electrolyte development, predictive cell health modeling, fast charge optimization, BMS and more.
Current Gen EV
Next Gen EV
Range (miles)
Current Gen EV
-
Next Gen EV
-
Weight (lbs)*
Current Gen EV
Next Gen EV
Thomson Reuters, CNBC, Public Disclosure, Company information
FEST® in action
Electric Vehicles
Commercial trucks and equipment
E-mobility
eVTOL
Aerospace
Marine applications
ESS
Consumer electronics
