Fluxero deploys Small Modular Hydrogen Plants that capture curtailed wind, solar and hydro — and convert it into green hydrogen, at the source, before the grid can reject it.
When wind and solar generate more than the grid can carry, operators pay generators to stop. The clean electricity is simply discarded — and the cost is passed to consumers.
The bottleneck is transmission, not generation — and it is the same story on every fast-growing grid, from Europe to the US, China and Brazil.
The world already runs on hydrogen — almost entirely the dirty kind. Replacing it is a like-for-like market that exists today, before counting new demand in steel, shipping and transport. Roughly 50% of global food supply depends on nitrogen fertilisers derived from hydrogen — making green hydrogen a direct lever on food security.
Governments have set hard low-carbon targets and have no cheap way to supply them. The market exists; the affordable clean supply does not.
Electricity is 60–70% of the cost of making hydrogen. When the input is curtailed power that would otherwise be wasted, that cost collapses.
The gap between software and the physical world is the hardest problem in technology — the same frontier reshaping robotics. Fluxero is building genuine technique, expertise and IP in Physical AI: machines that sense, decide and act in the real world. That is what makes us defensible — not the steel, but the intelligence inside it.
A live digital twin simulates and commands the plant; the plant-robot feeds real-world data back; the twin sharpens itself and re-optimises the plant. Each loop deepens a proprietary dataset — compounding IP that improves Fluxero's models and every future SMHP.
If you build, fund, buy or regulate clean energy or food systems — there's a place for you in this. Investors, partners and offtakers welcome.