Electric car charging experience

Driving Longer Range with Faster Charging

Ampcera is advancing electric mobility with next-generation solid-state battery materials designed to deliver extended driving range and rapid charging performance. By replacing traditional liquid electrolytes with innovative solid materials, our technology enables higher energy density, allowing electric vehicles to travel farther on a single charge. Engineered for automotive OEMs, our solutions support reduced charging time while maintaining exceptional safety and durability. With enhanced thermal stability and non-flammable components, Ampcera minimizes risks such as overheating and thermal runaway, ensuring reliable performance in demanding conditions. Focused on innovation and scalability, Ampcera continues to develop cost-effective, high-efficiency battery solutions that empower the future of e-mobility—making electric vehicles smarter, safer, and more efficient.

  • Battery electric vehicle at charging station

    Electric vehicles

    Ampcera makes low-cost solid electrolyte materials that deliver breakthrough energy densities and fast charging without compromising cycle life or safety in all environments.

  • Advanced electric vehicle charging

    Consumer electronics

    Ampcera delivers small, lightweight, next-generation solid-state cell prototypes that offer small form factor, light weight, high energy density, and fast charging.

  • Advanced drone technology

    US Defense and UAVs

    Ampcera offers high-energy, safe solid-state batteries for defense and aerospace applications. These batteries are designed for use in wearables, vehicles, and aircraft.

Manufacturing

Manufacturing for the future

Ampcera manufactures the most reliable and safest solid electrolytes on the market, enabling the world’s transition to a sustainable future. Our large-scale battery materials factory in Arizona is reshaping electric mobility, consumer electronics, and clean energy.

  • Two facilities

    Facility I: Pilot for solid-state electrolyte material production with a 20-ton annual capacity.

    Facility II: a pre-pilot line for solid-state battery R&D and prototyping.

  • Next Steps

    Build SSB pilot line (2026).

    Support niche customers (2027).

    Develop CE batteries and supply B/C samples to OEMs.

    Scale materials production to lower cost.

  • Intellectual Properties

    50+ patent applications (15+ granted)

    100+ trade secretes (material design, processing, cell design and integration, manufacturing methods, SSB applications.)