Teragen uses advanced solid oxide cell technology to convert fuels to power without combustion and produce hydrogen from electricity.

Key features

• Validated: Developed at Lawrence Berkeley National Laboratory with support from US Dept. of Energy and ARPA-E.

• Reversible: Converts power and water to hydrogen (electrolysis), then reverse the reaction to produce power (fuel cell), all in one device.

• Fuel-flexible: Generates power from natural gas or hydrogen, unlocking applications for both power generation and energy storage.

• Efficient: Converts fuel to power more efficiently than other technologies, unlocking best-in-class efficiencies in generation and energy storage.

• Affordable: Stores energy cheaply by reducing expensive materials and leveraging mature equipment supply chains.

• Flexible: Enables high ramp rates and load following due to better thermal stress tolerance than other fuel cell architectures.