The Stack Array Module is Ceres Power's foundational building block for solid-oxide-produced hydrogen: a pressurised container with an array of stacks that is easy to transport and maintain. Ceres' reference design leverages its multi-year stack and system development, resulting in a base module of a reasonable scale for large hydrogen plants. It takes 720kW of power input and delivers a hydrogen production efficiency of 35kWh/kg at a production rate of 500kg/day.
Ceres Power Holdings plc, a UK-based developer of solid oxide fuel cell (SOFC) and solid oxide electrolysis (SOEC) technology, licenses its intellectual property to global manufacturing partners for the production of green hydrogen and clean power, having demonstrated its reversible technology at megawatt scale and being cited by the UK Hydrogen Strategy alongside ITM Power and Johnson Matthey as at the forefront of UK hydrogen technology development. The company's reversible SteelCell technology can generate electricity from multiple fuels in one direction, or produce green hydrogen at low cost and high efficiency in reverse (SOEC electrolysis mode), and Ceres announced first hydrogen production at its MW-scale SOEC electrolyzer demonstrator unit in India in May 2025. Key hydrogen-related manufacturing licensing partnerships include Denso (SOEC stack manufacturing to support a hydrogen supply chain, demonstrated jointly with JERA) and Thermax (adding SOEC hydrogen production systems based on Ceres' technology to its Indian product portfolio), alongside dual SOFC/SOEC licensee Delta Electronics. Ceres continues developing stack platforms capable of generating power or producing hydrogen from the same core cell and stack design, enabling manufacturing partners to build both fuel cell and electrolysis stacks from shared production facilities as the company works toward becoming the global industry standard for solid oxide hydrogen and power technology.
Are you sure you want to perform this action?