2025年动力系统研究报告：走向成熟：电动交通转型的下一阶段

报告摘要

eMobility Transformation: Challenges from raw material prices and macroeconomic factors require innovation and efficiency improvements to drive the next phase.
Powertrain Shift: BEVs lead future platforms, with differentiated segments (Entry, Green, Mass, Allrounder, Premium) meeting diverse needs.
Technological Advancements:
- Energy density milestones (450–500 Wh/l) driven by silicon anodes and cathode chemistry.
- Efficiency gains expected through optimized motors, inverters, and thermal management.
- Charging speeds will improve significantly, enabling 400 km in 10 minutes by 2030.

Battery Costs: Remain the primary cost driver due to raw materials, likely halving by 2030; LFP prices are leading the decline.
TCO Parity: Total Cost of Ownership (TCO) parity will be achieved across segments by 2025–2030, while powertrain cost parity materializes from 2030 onwards.
Market Diffusion: Europe requires localized production and competitive pricing to counter Asia's dominance; global BEV sales share is projected to reach 60% by 2035.

Product & Operations: Utilize flexible, multi-energy platforms and localized battery production to achieve cost efficiency and scale.
Market Strategy: Overcome headwinds through partnerships, geopolitical independence, supply chain investments, and innovation cycles in Europe to regain leadership.

Regional Dynamics: China leads; Europe and the US face reduced scale and speed compared to projections.
Revenue Forecast: ePowertrain revenue could exceed €630 billion by 2030, surpassing top OEMs and suppliers.
Battery Demand: Growing demand supports up to 5 TWh battery requirement globally by 2035.

展开完整摘要