- Clean Aviation agreement reached awarding approximately €34M to consortium led by Avio Aero to develop AMBER demonstrator
- The demonstrator’s electric motor to be powered by hydrogen fuel cells
Avio Aero has launched a new technology demonstration program that continues to advance development of hybrid electric propulsion technologies for commercial aviation and supports efforts to make air transport more fuel efficient to reduce CO2 emissions.
The Clean Aviation Joint Undertaking of the European Commission has awarded approximately €34M million over four years to a consortium led by Avio Aero for the AMBER demonstrator in a recently finalized agreement.
Plans are to mature, integrate and validate key technologies necessary for a megawatt (MW)-class hybrid-electric propulsion system powered by hydrogen fuel cells. The AMBER demonstrator will study integration of hybrid electric components — including a motor/generator, power converters, and power transmission systems — with fuel cells for rig testing in the mid-2020s using Avio Aero’s advanced Catalyst turboprop engine.
“We are proud to announce the launch of the AMBER hybrid-electric program, which aims to demonstrate the benefits of an innovative aircraft propulsion system coupling a turbine engine with a fuel cell-powered electric motor. As this shows, we’re looking to design, develop, and test breakthrough technologies to shape the future of more sustainable flight in Europe and we appreciate the collaboration with Clean Aviation to make this demonstrator possible,” said Giorgio Abrate, vice president of engineering for Avio Aero. “The recognition and awarding of our AMBER proposal by Clean Aviation confirms its strategic and technological value to support European Union ambitions to reach net-zero CO2 emissions from flight by 2050.”
Hybrid electric propulsion technologies can help improve engine performance, reducing fuel usage and emissions. The hybrid electric technologies Avio Aero and its parent company GE Aerospace are developing are also compatible with alternative fuels like Sustainable Aviation Fuel (SAF) and with advanced engine architectures such as open fan.
The Clean Aviation partnership with industry helps accelerate innovation of key technologies like electrification to meet these ambitions.
“For the transformation towards climate neutral we must do more with less energy, and aviation is no exception,” Axel Krein, executive director of Clean Aviation. “Clean Aviation’s primary ambition is to drive a step-change in aircraft performance by radically boosting efficiency in aircraft and fleet performance. For regional aircraft, our goal is an improvement of at least 50% compared to a typical flight today. The AMBER project, as one of our 20 daring new projects now underway, will play a key role in helping us to deliver this ambitious target.”
The Avio Aero-led consortium consists of a total 21 members* from Europe, including Avio Aero’s European technology development network of universities and R&D centers. Other GE Aerospace sites in Europe, including in the Czech Republic, Germany, Poland, Turkey, and the United Kingdom will contribute to research of the engine, propeller, and electric powertrain systems.
H2FLY, a German-based company specializing in the development of hydrogen-electric power systems for aircraft, supplies the MW-class fuel cell system, along with the corresponding architecture, interfaces, and fuel cell controls. H2FLY is also responsible for the build-up of the MW fuel cell system as part of the powertrain validation and testing in collaboration with the project partners.
Other winning proposals
- General Electric Deutschland Holding GmbH
- GE Aviation Czech s.r.o.
- General Electric Company Polska sp. z o.o.
- GE Marmara Technology Center MUH. HIZ. LTD.STI.
- H2FLY GmbH
- Leonardo S.p.A.
- Centro Italiano Ricerche Aerospaziali (CIRA)
- Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)
- Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V.
- Vyzkumny A Zkusebni Letecky Ustav, A.S. (ZVLU)
- Czech Technical University in Prague (CTU)
- Politecnico di Bari
- Politecnico di Torino
- Università di Pisa
- Łukasiewicz Research Network – Institute of Aviation (WIA)
- AM Testing srl
- Dream Innovation srl
- Ergon Research srl
- NTI Engineering srl
- GE Aviation System Limited