凯捷（Capgemini）：2025行业创新洞察：电气化飞机推进系统研究报告（英文原版+译版）（27页）.pdf_三个皮匠报告

AircraftElectrification ofPropulsion System Contents INDUSTRY INNOVATION IMPACT INSIGHTS FUTURE OF AIRCRAFT ELECTRIFICATION HOW TO USE THIS REPORT IntroductionExecutive Summary ExecutiveSummary Electrification:A Catalyst forSustainable Aviationin A&D: Partnerships Drivingthe Future of AviationElectrification: Innovation PoweringNext-Gen Propulsion: Barriers to ScalingElectric Aviation: Strategic Challenges: Batterytechnology, infrastructuredevelopment,andscalabilityare the primary roadblocks tofull electrification. Electrification is a cornerstone forfuture strategies of Aerospace &Defense Industry, as it aims to leadthesustainable aviation revolution Key Innovations:Focus onenergystorage, hybrid-electric solutions,hydrogen fuel cells, andAI-enabledpropulsion systems. Opportunities:CollaborationbetweenOEMs, tech companies,and governmentscan accelerateinnovation. There is potential fornewpartnershipswith tech firms,startups,andgovernmentstoaccelerate R&D and deployment,withurban air mobility (UAM)andregional flightsas starting points. Technology Highlights:Keyinnovations includedistributedelectric propulsion, next-genenergy storage,andautonomousenergy management systems. Growing Imperative: Challenges:Scaling up energydensity, developing infrastructure forhydrogen and electric charging, andensuringregulatory alignmentacross regions. Electrification of propulsion systemsis transforming the Aerospace &Defense industry, driven by thedemand forsustainability,regulatory pressure, andadvancing technologies. Key players are investing inhybrid-electric, full-electric, andhydrogen-powered aircraftto meetnet-zeroemissions goals. 3 factors driving theGreen Imperativefor Electrification ofPropulsion Systems 3.Customer Expectations 2.Regulatory Push 1.Market Indicators of passengers are willing to pay morefor flights onenvironmentally-friendly aircraft,driving demand for airlines to invest inelectric propulsion. of global CO2 emissions are aresult of Aviation activity and airtraffic expected to doubleby 2035 Target set by EU Flightpath 2050for reduction in CO2 emissions perpassengerkilometerby 2050,forcing aerospace companies toaccelerate innovation in electricand hybrid propulsion systems. 70% The urban air mobility (UAM)market, driven by eVTOLs, isprojected to reach $15.54 billion by2027, with companies like Airbusleading the charge in electric air taxidevelopment. The International Air TransportAssociation (IATA) hascommitted to achieving carbon-neutral growth from 2020 and a50% reduction in net emissionsby 2050. The Clean Sky 2 initiative, backedby the European Union, is fundingthe development of all-electricregional aircraft and next-generation hybrid-electriccommercial jets to meetthese targets. 15.54 bn 50% Airlines are responding to customerexpectations for quieter, zero-emission aircraft to improve thepassenger experience, with thepotential for electric aircraft to reducenoise pollution by up to 90%compared to conventional jets. ICAO's Carbon Offsetting andReduction Scheme for InternationalAviation (CORSIA) will mandateemission reductions from 2027,placing regulatory pressure onthe aviation sector to adoptsustainable technologies. Sustainable Aviation Fuels (SAFs)and battery-electric propulsionare projected to reduce lifecycleemissions by up to 80%, drivingthe push for green aviation. ElectrificationImpactonCivil Aeronautics, Space, &Defense Impact onCivil Aeronautics Revolutionizing Commercial Aviation Beyond Efficiency–Creating a NewPassenger Experience Enabling Urban AirMobility (UAM) Eco-InnovationLeadership Seamless Connectivity: Democratizing Air Travel: Brand Differentiation ThroughSustainability: ▪Electric aircraft enable the integrationof advanced digital ecosystems onboard.▪With quieter engines and reducedvibration, cabins can be redesignedfor enhanced passenger comfortand connectivity. Electric Vertical Take-Off and Landing(eVTOL) aircraft make urban air mobilitya feasible reality. Airlines adopting electric propulsionposition themselves as eco-consciousleaders, attracting environmentallyaware customers and setting newindustry standards. Ecosystem Integration:Synchronizing eVTOL operations withexisting urban transport networksthrough intelligent platforms. Modular Design and Personalization:Electrification allows for modularaircraft architectures. Optimizing Energy Consumption with AIIntegrating aircraft into smart energynetworks to optimize charging andenergy use. Key Innovation Insight: Key Innovation Insight: Key Innovation Insight: Implementing recyclable materials andcomponents in aircraft manufacturing Imagine cabins equipped with immersiveaugmented reality (AR) experiences,turning windows into interactive displaysproviding real-time flight information,educational content about overflownregions, or entertainment. Just as smartphones revolutionizedpersonal computing, eVTOLs can transformurban transportation, reducing commutetimes and reshap