Fusion for Hydrogen Hubs

Large-scale hydrogen production concentrates electrolysis at 'hubs' that need gigawatt-scale firm clean power. Firm, DC-native fusion is a natural anchor for them.

What

Colocated large-scale hydrogen production

Need

GW-scale firm clean electricity, DC

Fusion offer

Firm, DC-native power at high utilization

Benefit

Cheaper, cleaner hydrogen at scale

The clean-hydrogen economy is coalescing around hubs — sites that concentrate large-scale electrolysis, storage, and distribution. These hubs need gigawatt-scale, firm, clean electricity to run economically, because hydrogen cost is dominated by the power price and the electrolyzer's utilization.

Firm fusion power is an ideal anchor. A three-unit MetroVolt station (1.8–2.5 GWe) can supply a hub with firm power that keeps electrolyzers running at high utilization rather than idling on intermittent supply — the biggest lever on hydrogen cost. And its DC-native output matches the DC electrolyzers directly, cutting conversion losses.

Pairing dedicated firm fusion with a hydrogen hub could make large-scale green hydrogen — and the synthetic fuels and ammonia built from it — genuinely competitive.