Improve production safety: Traditional port gantry crane drivers have difficult working conditions, and the site operation is prone to fatigue, which has potential safety hazards. In order to ensure 24-hour operation in the port, the manpower demand of drivers is high. After the remote control transformation, the gantry crane can realize remote control, and drivers can work in the operating room to avoid potential safety hazards caused by aerial work.

Improve production efficiency: after the 5G private network is adopted, the gantry crane can be remotely controlled, AGV can be converted to IGV, and high-definition cameras can be arranged in key occasions to send back data in real time to solve the problem of repeated rework.

Relying on the three characteristics of 5G private network, such as large bandwidth, low latency and wide connection, the cost is greatly reduced through high-definition cameras, signal acquisition sensors and other IoT devices.

Traditional ports use wired network to collect data, receive signals, return pictures and other functions. The network is bloated and there are many cables, so it is difficult to locate faults effectively and quickly. The 5G private network adopts wireless coverage, and the intermediate nodes are only the core network, BBU, AAU and 5G terminals, so the fault location is clear.