Innovators recognize the need to deliver Hydrogen to planes
Power Plug and Universal Hydrogen will design Green H engine
Prescient: creating a distribution system
Power Plug and Universal Hydrogen have announced an initiative which proposes to provide a Green Alternative engine for aviation and unusually intend to support their energy (H) with a nationwide distribution system.
Hydrogen is a hot topic in aviation’s drive to eliminate CO2 from its contrails. The innovation has concentrated on the energy sources (electric batteries and hydrogen) primarily and how to transfer those powers to new light weight propulsion systems.
The existing fuel distribution system for AvGas is a massive investment in refineries, pipelines/trucks, regional storage, on airport storage, underground tanks and lines, etc. That sunk infrastructure likely will not support the set of new energy sources.
Power Plug and Universal Hydrogen have partnered not only to develop a Green powerplant but also to distribute around 500 tons of hydrogen each day from five distribution points across the U.S. by 2024. This volume is roughly equivalent to a million gallons of jet-A fuel.
Green energy group Plug Power has become a minority shareholder in Universal Hydrogen, expanding its partnership with the start-up to provide hydrogen propulsion for aircraft. The initial $1 million investment, with an option to increase that amount, should allow Universal Hydrogen to meet its goal of completing the construction of a subscale hydrogen powertrain during the second quarter of this year.
In September 2020, the companies announced a partnership to develop hydrogen fuel-cell propulsion systems to power converted regional airliners. The U.S. companies intend to build and test a full-scale ground-based prototype for a two-megawatt hydrogen-electric powertrain that they intend to have ready for retrofitting under a supplemental type certificate (STC) by 2024.
Now they are expanding their alliance with a global supply agreement for Power Plug to distribute hydrogen supplies to aircraft. Initially, the company will supply around 500 tons of hydrogen each day from five distribution points across the U.S. by 2024. This volume is roughly equivalent to a million gallons of jet-A fuel. The first confirmed locations for the storage facilities include Rochester, New York; Lancaster, Pennsylvania; and Fort Worth.
“When you think about renewable [fuels] at four cents per kilowatt-hour, it’s clear that green hydrogen can be produced at prices equivalent to or below [the cost of] fossil fuel in the near term,” said Andy Marsh, Plug Power’s CEO. “Universal Hydrogen’s approach is a pragmatic, near-term plan to bring green hydrogen to one of the hardest-to-decarbonize sectors—air travel.”
Plug Power has extensive experience in developing hydrogen fuel cell stack technology for e-mobility applications, including fork-lift trucks and other ground vehicles. The customer base for its ProGen systems includes BMW, Renault, Amazon, Walmart, Carrefour, and the Southern Company. In 2019, the company acquired EnergyOr, which makes lightweight fuel cells for drones.
Universal Hydrogen and Plug Power’s engineering teams will first test the subscale powertrain on the ground before retrofitting the equipment into a 40- to 60-seat regional aircraft, such as the Dash 8 or the ATR42. Test flights are due to begin in 2023, with a target date for initial commercial operations in 2025.
Universal Hydrogen’s concept of operation is based on using refillable hydrogen capsules delivered directly from fuel-production facilities to the aircraft. The company, which was founded in early 2020 by former Airbus chief technology officer Paul Eremenko, says that the propulsion systems would be able to support routes of up to around 1,000 km (633 miles) with 40 passengers. It maintains that its approach avoids the prohibitive infrastructure costs that would be associated with supplying carbon-free fuel to aircraft via ships, pipelines, and trucks.
The hydrogen capsules will be loaded into the rear of the aircraft and placed in a compartment replacing the last two rows of passenger seats. Plumbing lines will run from the capsules through the aircraft’s dorsal fins into each of the two nacelles where fuel cells and electric motors would be installed to power the aircraft’s existing propellers.
“The global supply agreement [with Plug Power] for green hydrogen will enable us to deliver modular fuel capsules to airline operators at a price that gives them equivalent unit economics to a conventional jet fuel-powered regional aircraft in 2025, with additional operating cost savings as the cost of hydrogen continues to decrease,” Eremenko said.
According to Marsh, in any sector, there is a better chance that operators will agree to switch to hydrogen if they are assured a turnkey solution. This needs to include the fuel cell powertrain and also an assured supply chain for the fuel.
This story is from FutureFlight.aero, a news and information resource developed by AIN to provide objective, independent coverage and analysis of cutting-edge aviation technology, including electric aircraft developments and advanced air mobility.
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