AGV dual-car linkage can improve production efficiency in the following ways:
Parallel Operation and Task Sharing
Concurrent Tasks: Two AGVs can operate in parallel, with each handling different parts of a production process simultaneously. For example, in an assembly line, one AGV can be transporting raw materials to the assembly point while the other is moving finished products to the packaging area, reducing the overall time required for these tasks.
Task Segmentation: Complex tasks can be divided between the two AGVs. If a large and heavy workpiece needs to be moved, one AGV can handle the lifting and the other can be responsible for the transportation, enabling a more efficient execution than a single AGV attempting to do both.
Faster Cycle Times
Reduced Downtime: With dual-car linkage, if one AGV requires maintenance or has a minor malfunction, the other can continue operating, ensuring that the production line does not come to a complete halt. This significantly reduces downtime and keeps the production process running smoothly.
Quick Handover: The two AGVs can be programmed for quick handovers. When one AGV finishes a task, it can quickly transfer the work to the other, minimizing the waiting time between operations and increasing the overall cycle speed of the production process.
Enhanced Coordination and Optimization
Real-time Communication: AGVs in dual-car linkage can communicate in real time. They can adjust their speeds, routes, and operations according to the actual situation, avoiding collisions and congestion. For example, in a narrow aisle, they can coordinate to pass through one after another in the most efficient way.
Global Optimization: The system can perform global optimization of the tasks and movements of the two AGVs. It can calculate the most efficient combination of operations and routes based on the overall production plan, making full use of their capabilities and resources to improve production efficiency.
