凯捷Capgemini2025行业创新洞察电气化飞机推进系统研究报告英文版27页_2mb

Industry Innovation Insights: Aircraft Propulsion Electrification
Aerospace & Defense (A&D) is prioritizing electrification to drive sustainable aviation, with hybrid-electric, full-electric, and hydrogen-powered aircraft as core solutions. Key innovations include energy storage, AI-enabled systems, and distributed electric propulsion, while challenges like battery energy density, infrastructure, and regulatory alignment remain.

Drivers for Electrification:

1. Market Demand: Aviation CO₂ emissions may double by 2035, prompting initiatives like EU Flightpath 2050 (50% reduction by 2050) and IATA’s net-zero goals.
2. Regulatory Pressure: ICAO’s CORSIA mandates emission cuts from 2027, pushing airlines to adopt greener tech.
3. Customer Preferences: 70% of passengers prefer eco-friendly flights; eVTOLs could reach $15.54 billion by 2027.

Sectoral Impact:

• Civil Aviation: Enhances passenger comfort via quiet engines and modular cabins. AI optimizes energy use, reducing costs by 20% and extending flight ranges. UAM (eVTOLs) reshapes urban transport.
• Space Industry: Electric propulsion enables deep-space missions, interplanetary internet, and solar-powered satellites. Modular satellites and swarm drones improve adaptability.
• Defense: Silent electric systems enhance stealth, while energy harvesting extends drone endurance. Sustainable logistics reduce reliance on traditional fuel.

Technology Highlights:

• Hybrid-electric systems (H1) offer flexibility for regional flights and military drones.
• Full-electric (H2/H3) and hydrogen fuel cells (H3) aim for zero emissions, though infrastructure for hydrogen is still underdeveloped.
• Digital twins and AI-driven energy management cut maintenance costs by 30-40% and improve operational efficiency.

Startups to Watch:
Aerovy (energy infrastructure solutions), Hypersonix (hydrogen-powered hypersonic aircraft), KeepFlying (modular propulsion systems), Eviation (electric commuter aircraft Alice), and Volocopter (eVTOLs) lead in innovation.

Future Scenarios:

• Modular aircraft with interchangeable propulsion pods (battery/hydrogen) and battery leasing models for cost efficiency.
• Geo-fenced electric-only air corridors and dynamic emissions-based air traffic control to streamline operations.
• Multi-powertrain configurations for optimized energy use during different flight phases.

Collaboration & Next Steps:
Partnerships between OEMs, governments, and tech firms are critical. Capgemini’s AIE platform supports innovation workshops, prototyping, and case studies to accelerate adoption.

This trend reshapes industries, prioritizing sustainability, digital integration, and scalable solutions. Challenges require cross-sector collaboration, but potential benefits include reduced emissions, enhanced efficiency, and new market opportunities.