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Electrogenos delivers a 98% efficient catalyst for low-cost green hydrogen, enabling scalable integration of renewables and decarbonisation of electricity grids.
About
The energy transition is constrained by the high cost and inefficiency of green hydrogen, limiting its role in decarbonising power grids and industry. Electrogenos solves this with a breakthrough catalyst that achieves 98% efficiency, slashing production costs and unlocking hydrogen as a scalable, affordable, zero-carbon solution. By making green hydrogen viable, Electrogenos enables utilities and industrial players to integrate renewables, stabilise grids, and accelerate the journey to net zero.B
Key Benefits
Electrogenos transforms the economics of green hydrogen, enabling utilities and grid operators to achieve deep decarbonisation without compromising competitiveness. Our 98% efficient catalyst lowers the cost of hydrogen, making large-scale renewable integration and grid balancing viable. By reducing both costs and energy losses, Electrogenos empowers power systems to accelerate their net zero strategies, access new revenue streams, and strengthen resilience in a rapidly decarbonising economy. While our near-term focus is on the grid, the innovation also unlocks future opportunities in hard-to-abate sectors such as steel, cement, and heavy transport.
Applications
Electrogenos’ primary target market is utilities, grid operators, and renewable energy developers seeking cost-effective solutions to integrate large shares of intermittent renewables. Our ultra-efficient catalyst enables green hydrogen to act as a flexible energy carrier for storage, balancing, and dispatch, directly supporting grid stability and decarbonisation. The near-term focus is on partnerships with European utilities and transmission system operators (TSOs) who face urgent pressure to stabilise power systems under EU net zero targets. In the medium term, the market expands to include industrial energy users (steel, cement, chemicals, heavy transport) where hydrogen can displace fossil fuels and create new demand streams for green power.