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Use case · Hydrogen

Fusion for clean hydrogen.

Green hydrogen needs cheap, firm, carbon-free electricity to electrolyze water at scale. Fusion's 24/7 output is a natural fit for high-utilization electrolyzers.

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Why it fits

High-utilization power for electrolysis.

01

Round-the-clock

Electrolyzers pay off at high capacity factor — fusion runs continuously.

02

Carbon-free input

Truly green hydrogen requires clean electricity, not grid-average power.

03

Co-located

Site the generator with the electrolyzer and the offtake.

Green hydrogen is only as clean and cheap as its electricity — firm fusion power raises both.

Verify it yourself

Open by design.

Live simulation
Run the engines
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Open data
Zenodo · CC BY 4.0
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How it works
The two machines
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Learn (Fusion 101)
Go deeper
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Talk to us about hydrogen.

For hydrogen and e-fuels developers.

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Conceptual design and simulation study; the integrated Kronos machines are not yet built, and certain results are requirement-class. No financial figures are published on this site.