Plug Power has begun ferrying liquid hydrogen to two NASA sites in Ohio under a contract worth up to $2.8 million (C$3.8 million). The deal covers 218,000 kilograms for engine tests at the Glenn Research Centre and the Armstrong Test Facility.
For Plug Power, the order is its first direct supply arrangement with the space agency. Management sees the contract as a beachhead in the strategically important aerospace segment. NASA buys more liquid hydrogen than any single institution in the world.
Space contract tests new reach
Deliveries travel in Plug Power’s cryogenic trailers from plants in Georgia, Tennessee, and Louisiana, giving redundancy if one production line falters. NASA demands 98 percent purity, a level the supplier says it meets for forklift and backup power clients. Only about 0.5 percent of global hydrogen is sold in liquid form, yet aerospace applications require it for volume and temperature reasons.
NASA alone burns roughly 16.8 million kilograms a year during launch campaigns, dwarfing the new order. Plug Power says the Ohio deliveries should finish before mid 2026. NASA will accept loads only after independent sampling confirms purity on arrival.
The hydrogen producer is still loss-making, but revenue reached $676 million over the last 12 months. Recent share issues raised $399 million to retire high interest debt, extending cash runway to 2028. Chief operating officer José Luis Crespo becomes chief executive in March and is charged with reaching profitability.
“This NASA award proves Plug can deliver high purity hydrogen when reliability matters most,” José Luis Crespo said.
Plug Power views space contracts as a springboard into aviation fuel and other premium niches. The incoming chief executive must also oversee completion of a large plant in Texas delayed by supply chain snags.
Market scales amid policy gaps
Demand for hydrogen of all forms touched almost 100 million tonnes in 2024, according to the International Energy Agency. Only a sliver is liquefied, yet research house Knowledge Sourcing Intelligence sees the liquid segment hitting US$45.8 billion (C$61.7 billion) by 2030. Growth comes from steel, chemicals and heavy transport where dense energy storage is vital.
Aerospace demand remains niche in volume but offers higher margins that can justify new liquefaction capacity. North American developers have announced more than 20 plants targeting liquid production over the next five years. Asian importers are already booking long term cargoes from Australia and the Middle East, reinforcing the growth forecast.
Cost remains the main hurdle, with liquefied hydrogen still pricier than grey hydrogen made from natural gas without carbon capture. “We have seen incredible momentum for low emissions hydrogen,” Fatih Birol said, warning that policy must now match industry ambition. Canada and the United States both offer tax credits, yet final investment decisions are slipping as financing costs climb.
Analysts expect demand shocks from shipping and power generation only after 2030 if fuel rules tighten. Plug Power’s NASA order is small, but it proves that reliable supply chains can unlock specialised markets and spur wider adoption. Successful execution in Ohio could strengthen Plug Power’s bid for larger federal supply competitions slated for 2027.