Fusion for Synthetic Fuels

Synthetic e-fuels need vast firm clean electricity to be viable. Firm, DC-native fusion power at high utilization is a strong match for producing them.

What

Fuels made from clean power, water, and CO₂

Constraint

Cost of firm clean electricity + utilization

Fusion offer

Firm, high-utilization, DC-native power

Use

Aviation, shipping, hard-to-electrify transport

Synthetic fuels — e-fuels made by combining clean hydrogen with captured CO₂ — could decarbonize aviation, shipping, and other sectors that are hard to electrify directly. Their Achilles' heel is energy: they need enormous amounts of clean electricity, and their economics depend heavily on both the power price and how continuously the production plant runs.

Firm fusion power addresses both. A firm supply lets the energy-intensive synthesis (electrolysis plus fuel synthesis) run at high utilization instead of idling when renewables dip — the biggest lever on cost. And MetroVolt's DC-native output suits the electrolysis step, as with green hydrogen.

For the fuels that will remain liquid — long-haul aviation especially — firm, cheap clean electricity is the missing ingredient, and a natural strategic-partnership application for firm fusion.