The core support of multi-vehicle coordination: AGV dispatching system
Intelligent task allocation mechanism
The dispatching system is the core brain of multi-vehicle cooperative operation, which can complete intelligent allocation according to the real-time collected task requirements and the running status of the AGV. The system will prioritize the urgency of the task, the weight and volume of the goods, and synchronize the location, remaining power, load and other data of each AGV to match the appropriate AGV for different tasks, not only to avoid idle waste of vehicles, but also to prevent the overload of a single vehicle to ensure the balance of the overall task.
Global Path Planning and Conflict Avoidance
The key to realizing multi-vehicle coordination is to avoid path conflicts. The dispatching system plans the optimal driving path for each AGV by building a global environment map and combining real-time positioning technology. When multiple AGVs meet in narrow passages or encounter temporary obstacles, the system will adjust the path in real time to guide vehicles to avoid or wait in an orderly manner, avoid collision risks from the root cause, ensure the fluency and safety of multi-vehicle operation, and improve the overall traffic efficiency.
Real-time status monitoring and scheduling optimization
In order to maintain the stability of multi-vehicle coordination, the dispatching system will continuously monitor the running status of each AGV. Once it is found that the vehicle is low in power, the system will automatically dispatch it to the charging area and reassign the unfinished tasks of the vehicle; if there is a vehicle failure, the system will quickly start the backup vehicle to fill the position to ensure that the task is not affected. At the same time, the system will optimize the dispatching strategy according to the long-term operation data to gradually improve the operation efficiency of multi-vehicle coordination.
Multi-vehicle Collaborative Practice of AGV Dispatching System in Storage Scenario
Collaborative Logic for Efficient Warehousing and Handling
In the warehousing operation scenario, multi-vehicle collaboration mainly focuses on warehousing, outbound, and moving warehouses. The dispatching system will coordinate the division of labor and cooperation of AGVs with different functions. For example, after the AGV responsible for picking goods completes the capture of goods, the dispatching system will arrange for the AGV responsible for handling to meet at the designated location to achieve seamless flow of goods, greatly shorten the processing cycle of a single batch of goods, and improve the overall efficiency of warehousing operations.
Collaborative Strategies for Dynamic Response to Scenario Changes
In warehousing scenarios, there are often unexpected situations such as temporary task increase and channel temporary closure. At this time, the dispatching system will quickly adjust the coordination plan. For example, when an emergency outbound task is added, the system will prioritize the allocation of idle AGVs and replan the path to avoid congested areas; if the channel is closed, the system will update the global map in real time to replan the feasible path for the affected AGVs to ensure that the overall work rhythm is not disrupted.
