_产权组织技术趋势_交通运输的未来_英_145页_6mb

WIPO Technology Trends Report 2025: Future of Transportation

Date of Report: October 2024
Publisher: World Intellectual Property Organization (WIPO)

1. Introduction Overview

• Megatrends Driving Transportation: Sustainability (decarbonization) and Digitalization (automation, connectivity).
• Key Technology Clusters:
  • Sustainable Propulsion (electric, hydrogen, biofuels)
  • Automation and Circularity (robotics, smart manufacturing, recycling)
  • Communication and Security (V2X, cybersecurity, navigation)
  • Human-Machine Interface (HMI) (voice control, AR/VR).
• Patent Growth: Future transport technologies (e.g., EVs, autonomous systems) grew at a 11% CAGR (2000-2023), outpacing traditional transport's 4% growth. Lands transport dominates (82% of patents). China leads, accounting for over 90% of global filings since 2000.

2. Methodology

• Data Sources: Patents, scientific literature, market reports, expert opinions, and WIPO’s AI-powered topic extraction.
• Framework: Analyzed patents across four transport modalities (Land, Sea, Air, Space) and two megatrends, mapping them to four technology clusters.
• Key Tools: Patent familles (sets of patents on the same invention), Relative Specialization Index (RSI), Patent Momentum Indicator.

3. Transportation Overview

• Annual Growth in Future Tech: Patent families rose from ~11k in 2000 to ~125k in 2023.
• Transport Modalities:
  • Land: Largest share (~82% of patents), led by EVs and batteries.
  • Sea: Focus on sustainable fuels (e.g., ammonia, LNG) and automation.
  • Air: Growth in sustainable aviation fuels and urban air mobility (eVTOLs).
  • Space: Rapidly growing private sector (e.g., reusable rockets), with patents in communication and cybersecurity.

4. Technology Trends

A. Sustainable Propulsion

• Growth: 10% CAGR in Space and Sea, 8% in Land (battery tech advancements).
• Key Players: Toyota, Hyundai, China’s CATL.

B. Automation and Circularity

• Growth: 13% in Land (robotics, smart factories), 6.3% in Sea.
• Focus: Circular economy (recycling batteries, lightweight materials).

C. Communication and Security

• Growth: 13.1% in Space, 9.3% in Sea, 9% in Land (navigation, AI cybersecurity).
• Challenges: Ensuring secure connectivity for autonomous systems.

D. Human-Machine Interface

• Growth: 7.8% in Land (voice, AR displays), 3.7% in Air (declining due to focus on propulsion).
• Key Tech: Extended Reality (XR), facial recognition.

5. Emerging Technologies

• Land: Solid-state batteries (higher energy density, safer).
• Sea: Ammonia as a marine fuel (carbon-neutral potential).
• Air: Sustainable aviation fuels (SAFs) and urban air mobility (eVTOLs).
• Space: Additive manufacturing in microgravity, blockchain for secure satellite comms.

6. Challenges and Opportunities

6.1 Market Trends

• Must address
  efully mining due to environmental concerns and geopolitical risks.
• Electric car fleet utilization remains low (e.g., ~5% annual use in personal vehicles), requiring better infrastructure.

7. Conclusion & Future Vision

• Envisioned Futures:
  1. Smart Cities: Autonomous EVs, integrated with green energy & AI.
  2. Automated Ports: AI-driven cargo handling reduces emissions and boosts efficiency.
  3. Hypersonic Travel: Eco-friendly, high-speed flights connecting continents.
• Key Message: Collaboration between governments, industry, and academia is essential to navigate regulatory and sustainability challenges, ensuring transport remains efficient, eco-friendly, and interconnected by 2030.

Glossary

Key Acronyms:

• TRL (Technology Readiness Level), RSI (Relative Specialization Index), CPPG (Compound Patent Publication Growth), PCT (Patent Cooperation Treaty).
• EV (Electric Vehicle), HMI (Human-Machine Interface), eVTOL (Electric Vertical Take-off and Landing), SAF (Sustainable Aviation Fuel).

This summary distills the report’s core findings, focusing on innovation trends, key statistics, and future implications while adhering to the specified format.