This use case focuses on developing trustworthy integration and optimization of business decisions across all systems involved in the transition from partial automation to full autonomy. It includes conducting a literature review, defining requirements, and designing and implementing a reference methodology for automated multimodal terminal operations. It also applies model-based techniques and tools to support reliable system integration in next-generation logistics terminals.
The AWTrain enters the terminal. Each wagon can detach and move to the designated yard block.
BENEFITS
- Enhanced Throughput and Efficiency
- Cost Savings on Labor and Maintenance
- Improved Safety and Reliability
- Sustainability Gains
Futuristic Intermodal Terminals: Autonomous Wagon Train (AWT) for Seamless, Fully Automated Cargo Handling
The Automated Multimodal Terminal Operation with Autonomous Wagon System (AWT) transforms intermodal container terminals by deploying detachable, self-navigating train wagons for efficient cargo transfers.
Upon arrival, each wagon detaches autonomously to its yard block, bypassing manual handling. A central system coordinates AWTs with AGVs for transport and RTGs for stacking, enabling collision-free operations, real-time tracking, and energy optimization.
This pilot addresses logistics challenges like peak-hour bottlenecks and labor shortages, cutting turnaround times, and reducing emissions via smart routing for scalable, sustainable hubs.
