卡车运输的未来_运输业面临的挑战（英文版）_11页_2mb

Roland Berger: Shifting up a gear in the Trucking Industry

Core Content

The trucking industry is undergoing a transformative shift driven by automation, electrification, and digitalization. These technologies are expected to significantly reduce operating costs, improve efficiency, and reshape the logistics ecosystem. The report outlines the current challenges, emerging technologies, new business models, and strategic implications for fleet operators.

Main Challenges in the Trucking Industry

• High demand for freight transportation in the US, Europe, and China.
• Fragmentation of the industry, with a mix of large and small fleets.
• Inefficiency due to empty miles and suboptimal route planning.
• Driver shortages, especially in long-haul segments.
• Tightening regulations on emissions and fuel efficiency.

New Technologies

1. Automation

• Driverless trucks are set to become a reality, progressing through stages from Stage 0 (no automation) to Stage 5 (full automation).
• Stage 4 trucks can operate without a driver on highways and require advanced sensors and computing platforms.
• Platooning (trucks driving closely together) improves fuel efficiency and enables connected braking, reducing fuel consumption by 4–10% per truck.
• Regulatory and legislative developments will play a critical role in the adoption timeline, with some US states already ahead in enabling autonomous trucking.

2. Electrification

• Electric powertrains are becoming viable for short-range applications like drayage and urban delivery.
• Battery costs are expected to drop from ~USD 300/kWh to ~USD 100–140/kWh by 2025.
• Long-haul electrification is not yet economically viable due to high battery costs and payload penalties.
• Used trucks in urban areas pose a challenge for electrification due to lower operating costs compared to new electric trucks.

3. Digitalization

• AI and data analytics are set to revolutionize freight capacity and demand matching.
• Freight booking platforms are emerging and could disrupt traditional logistics intermediaries.
• These platforms are expected to be most effective for standardized freight (e.g., full truckload), while less than truckload and specialized freight may be less affected.
• Integration with transportation management systems (TMS) is crucial for large-scale adoption.

The Business Model: Transfer Hubs and Platooning

• A new business model combining transfer hubs and platooning is expected to deliver substantial cost savings.
• Transfer hubs are located near highways and allow for the switching of trailers between automated and conventional trucks.
• Platooning reduces fuel consumption and operating costs, with Stage 4 automation eliminating driver costs on long-haul routes.
• End-to-end savings for fleet operators are estimated to be between 22% and 40%, depending on the length of the haul and the distance of the drayage segments.

Implications for the Trucking Industry

• Freight volumes will increase due to improved efficiency and utilization.
• Industry consolidation is likely as automation and digitalization favor larger players.
• New tech players will emerge, particularly in AI, sensor technology, and automated systems.
• Freight rates may come under pressure due to cost reductions and increased competition.
• Legislation and public acceptance will be key factors in determining the speed of adoption.

Recommendations for Fleet Operators

• Adapt early to automation, electrification, and digitalization to stay competitive.
• Invest in technology that can reduce operating costs and improve efficiency.
• Consider strategic partnerships with tech firms and IT solution providers.
• Evaluate the cost-benefit of transitioning to electric and automated trucks.
• Prepare for the shift in business models and regulatory environments.

Key Figures

• Stage 4 driverless trucks are expected to cost USD 30,000 in 2025, with costs dropping to USD 15,000 by 2030.
• Fuel cost savings from platooning: 4–10% per truck.
• Empty miles in the US and Europe account for 20% of total annual miles.
• TCO benefits for electric trucks in urban applications: less than five years payback period.
• Cost per mile for a conventional Class 8 truck: USD 1.55.
• Cost per mile for a platooning driverless truck: USD 0.83.

Conclusion

The trucking industry is on the cusp of a major transformation driven by automation, electrification, and digitalization. These changes will lead to cost savings, new business models, and increased competition, requiring fleet operators to adapt strategically and invest in technology to remain relevant in the evolving logistics landscape.