Airbus Advances Superconducting Electric Propulsion for Hydrogen Aircraft
Key Ideas
- Airbus launches Cryoprop project to advance superconducting electric propulsion for hydrogen-powered aircraft.
- The project aims to use liquid hydrogen to cryo-cool electrical cables, power electronics, and motor components.
- Led by Airbus UpNext, Cryoprop is a follow-on to the ASCEND cryogenic powertrain demonstration completed in 2023.
Airbus has initiated the Cryoprop project, a new technology demonstrator aimed at maturing superconducting electric propulsion for future hydrogen-powered aircraft. The project, led by Airbus UpNext, follows the completion of the ASCEND cryogenic powertrain demonstration in 2023. In this endeavor, gaseous helium will be cryo-cooled using liquid hydrogen supplied to the fuel cell, enabling the cooling of electrical cables, power electronics, and motor components. This innovative approach signifies a significant step forward in the aviation industry's pursuit of sustainable and efficient propulsion systems. The Cryoprop project seeks to leverage superconducting technology to enhance the performance and energy efficiency of aircraft propulsion systems, with a specific focus on hydrogen as a clean energy source. By incorporating superconducting electric propulsion, Airbus aims to contribute to the development of eco-friendly aviation solutions that reduce emissions and environmental impact. This advancement underscores Airbus's commitment to innovation and its proactive efforts to drive progress in the realm of aviation technology and sustainability.
Topics
Aviation
Aviation Innovation
Aircraft Technology
Electric Propulsion
Superconductivity
Cryogenic Powertrain
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