AI runs on power.

No turbine queue.

Request power

You need baseload. You have BaseBlue.

250 MW of reliable power.

The demand

Demand more than doubles. The grid does not.

Data centers need firm, round-the-clock baseload power.

The data center case

Power from PEM fuel cells.

How the fuel cell works
Containerised MW-scale power blocks — project render

Fed by blue hydrogen.

Isometric view of the reforming and carbon capture train: the reformer vessel and stack, the pipe racks, the separation columns and the multi-level access structure, drawn in isolation.

Proven carbon capture.

What the plant produces
Rows of containerised fuel cell power blocks — project render.

Factory-built fuel cell modules. Compact. Quiet. High availability. An alternative gas power solution.

250 MW: In development

  • The plant in its landscape — project render
  • The plant under open sky — project render.
  • MW-scale blocks laid out in rows — project render
  • Rows of MW-scale power blocks — project render
  • One row of MW-scale power blocks — project render
  • The reformer block and the fuel cell rows — project render
  • A low view along a row of fuel cell power blocks — project render.

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Small team, close to the project.

Meet the team
  • Portrait of Thibault Menage

    Thibault Menage

    Strategy & project development

  • Portrait of Marianna Gomez

    Marianna Gomez

    Marketing & land

  • Portrait of Azer Mashhood

    Azer Mashhood

    Engineering & permitting

  • Portrait of Dale Ramlakhan

    Dale Ramlakhan

    Commercial & engineering

  • Portrait of Hugo Frossard

    Hugo Frossard

    Finance & investors

  • Portrait of Bertrand Chauvet

    Bertrand Chauvet

    Fuel cell

  • Join us

    The team is still being built.

    If your work is hydrogen-to-power engineering, permitting, land, commercial structuring or project finance, we would like to hear from you — whether or not there is an opening posted today.

    Careers