With the support of 5G, leveraging its low latency, high bandwidth, and massive connectivity, laser-guided AGVs will usher in a brand-new application model.
Under the existing technology system, constrained by transmission latency and bandwidth bottlenecks, in order to ensure the flexibility of the application, the functions of laser-guided AGVs are mostly built into the local terminal and operate independently as a standalone unit.
Laser-guided AGVs will no longer be limited by transmission. Instead, they will serve as execution terminals connected to the control center in real time, allowing tasks to be assigned to AGVs at any time. The backend can track AGVs throughout the entire process through audio and video sensors, monitor the logistics and handling trajectory and status in real time, and perform operations such as interruption, resumption, and adjustment of the executed tasks, achieving unprecedented flexibility and agility.
Secondly, it enhances the level of intelligence. Through networking, laser-guided AGVs achieve real-time interaction between the front end and the center. With the support of 5G high bandwidth, many AI algorithms that originally needed to run locally can be ported to the back-end cloud, greatly reducing the computational load on the front-end AGV. Moreover, while reducing the burden, laser-guided AGVs can also add more sensors to improve multi-dimensional perception capabilities.
Furthermore, with the support of 5G, the massive amounts of data sensed by the AGV can be transmitted back to the computing center in real time. Leveraging the immense computing power of the backend, this allows for faster, more accurate, and more comprehensive AI analysis, enabling precise instructions to be issued to the laser-guided AGVs, thus enhancing flexible logistics handling capabilities. Thirdly, it improves scene adaptability. The increased intelligence level will comprehensively enhance the capabilities of laser-guided AGVs in environmental perception, behavior perception, obstacle handling, and system coordination. This will allow them to adapt to complex work scenarios such as multi-obstacle environments, multi-floor operations, and cluttered warehouses, ensuring the safety, stability, reliability, and orderliness of the logistics handling process.
Fourthly, it reduces human intervention. The 5G-enabled communication network will permeate every node device in the smart factory, enabling intelligent networking and management of smart manufacturing. This will significantly reduce the number of factory personnel needed and the frequency of human intervention, thereby improving the factory's automation level. Laser-guided AGVs, as a key component of logistics and material handling, will achieve fully automated material docking and transportation, improving handling efficiency and reducing labor costs.
Fifth, it breaks down business barriers. The logistics and handling system is only one of the organic components of a smart factory. With the empowerment of 5G, the isolated state of various related systems will be broken down and efficiently integrated into an organic whole. The AGV scheduling system has achieved seamless integration with production management systems such as WMS, MES, and ERP. When there is an order, the smart factory will operate intelligently under the unified scheduling of the central control center. The laser-guided AGVs will also intelligently carry out material handling according to the instructions assigned by the system, thereby achieving the goal of intelligent production with fully automatic order placement and intelligent factory scheduling.
