The vision describes how hydrogen-powered and electric aircraft would progressively penetrate the market. It identifies the total renewable and low carbon energy required to operate those flights in 2050 (not including the energy required for producing Sustainable Aviation Fuel), namely 78 to 198 TWh/y of electricity for aircraft propulsion and hydrogen production, and 1.2 to 2.9 Mt/y of hydrogen. It confirms the capacity of aircraft powered with electric or hydrogen to reduce aviation CO2 emissions on intra-EU routes by up to 31% in 2050.
The document builds upon the ongoing work undertaken by AZEA’s six working groups with EUROCONTROL leading the working group on the integration of electric, hybrid electric and hydrogen-powered aircraft into the European network. Other working groups analyse the entry-into- service of novel aircraft, their corresponding energy needs and supply, the adaptation of airport infrastructure, regulatory requirements, as well as incentives to accelerate the transition.
EUROCONTROL has worked closely with the Alliance to ensure the forecasts in the vision are aligned as much as possible with EUROCONTROL's air traffic forecasts and will continue to support the Alliance with impact assessments on the introduction of zero-emission aircraft on the European network and airports.