Capgemini-行业创新见解：推进系统的飞机电气化（英）

Industry Innovation InsightsAircraft Electrification ofPropulsion SystemAircraft Electrification of the Propulsion System2ContentsCompany confidentialSNTOPICS0102030506INDUSTRY INNOVATION IMPACT INSIGHTSINTRODUCTIONA&D INNOVATION INSIGHTSFUTURE OF AIRCRAFT ELECTRIFICATION HOW TO USE THIS REPORT04STARTUPS TO LOOKOUT FORIntroductionExecutive Summary Aircraft Electrification of the Propulsion System4Executive SummaryElectrification: A Catalyst for Sustainable Aviation in A&D:Electrification is a cornerstone for future strategies of Aerospace & Defense Industry, as it aims to lead the sustainable aviation revolutionGrowing Imperative: Electrification of propulsion systems is transforming the Aerospace & Defense industry, driven by the demand for sustainability, regulatory pressure, and advancing technologies.Key players are investing in hybrid-electric, full-electric, and hydrogen-powered aircraft to meet net-zero emissions goals.Innovation Powering Next-Gen Propulsion:Key Innovations: Focus on energy storage, hybrid-electric solutions, hydrogen fuel cells, and AI-enabled propulsion systems.Technology Highlights: Key innovations include distributed electric propulsion, next-gen energy storage, and autonomous energy management systems.Barriers to Scaling Electric Aviation:Strategic Challenges: Battery technology, infrastructure development, and scalabilityare the primary roadblocks to full electrification.Challenges: Scaling up energy density, developing infrastructure for hydrogen and electric charging, and ensuring regulatory alignment across regions.Partnerships Driving the Future of Aviation Electrification:Opportunities: Collaboration between OEMs, tech companies, and governments can accelerate innovation.There is potential for new partnerships with tech firms, startups, and governments to accelerate R&D and deployment, with urban air mobility (UAM) and regional flights as starting points.Aircraft Electrification of the Propulsion System53 factors driving the Green Imperative for Electrification of Propulsion Systems of global CO2 emissions are a result of Aviation activity and air traffic expected to double by 2035~3%The International Air Transport Association (IATA) has committed to achieving carbon-neutral growth from 2020 and a 50% reduction in net emissions by 2050.50%Sustainable Aviation Fuels (SAFs) and battery-electric propulsion are projected to reduce lifecycle emissions by up to 80%, driving the push for green aviation.80%1.Market IndicatorsTarget set by EU Flightpath 2050 for reduction in CO2 emissions per passenger kilometer by 2050, forcing aerospace companies to accelerate innovation in electric and hybrid propulsion systems.75%The Clean Sky 2 initiative, backed by the European Union, is funding the development of all-electric regional aircraft and next-generation hybrid-electric commercial jets to meet these targets.ICAO's Carbon Offsetting and Reduction Scheme for International Aviation (CORSIA) will mandate emission reductions