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Platform · Architecture

Our reversible solid oxide cell system enables a circular energy economy.

Convert waste CO₂ into fuel or generate power from fuel using the same reversible system.

High efficiency · Fuel flexibility · Scalable platform

Dual Operating Modes

One platform. Two modes.

Mode 01

Power-to-Fuel

Our system operates as a solid oxide electrolyzer cell, consuming electricity and CO₂ or steam to produce hydrogen, carbon monoxide, and syngas.

Power-to-Fuel Diagram
CO₂ inputH₂O inputH₂ outputCO outputSyngas output
Mode 02

Fuel-to-Power

Our system operates as a solid oxide fuel cell, converting hydrogen or syngas into dispatchable electricity and high-grade heat.

Fuel-to-Power Diagram
H₂ inputNatural gas inputElectricity outputHeat output

Modular by Design

Cell to System at Infrastructure Scale

The reversible solid oxide cell architecture scales seamlessly from single cells to multi-megawatt systems, enabling modular deployment that starts at 25–50 kW and expands without redesigning core hardware.

Stack (5 kW) Packaged cell array
Module (25–50 kW) Deployable unit
System (100 kW+) Industrial configuration
Stack Module System System

A platform for fuel production and power generation.