Situation Analysis

As a strategic high-tech technology, robotic technology and its driver technology have been applied in many industries and areas such as power plants, power grids, coal mines, and steel, and can replace manual work in completing some highly repetitive and dangerous tasks.

5G has the characteristics of high bandwidth and low latency. The combination of 5G and robots can further promote the intelligent construction of power plants, reduce labor costs, improve the quality of inspections, and effectively alleviate the pressure of manual inspections.

solution

In order to meet the lean management requirements for the operation and maintenance of power plant turbine rooms, boiler rooms, and booster stations, a robot intelligent inspection system is built. Depending on the scenario, it can be matched with different forms of robots, such as four-wheel and eight-wheel drive robots, and wheeled lifts. Robots and orbital robots, as an integration of multiple inspection functions, effectively assist manual labor in conducting comprehensive inspections of complex equipment and monitor equipment in real time through infrared temperature measurement, visual recognition, environmental monitoring, noise extraction and other functions. Operating status.

The system architecture diagram is as follows:

system structure

Perception layer: Complete equipment inspection data collection through wheeled lifting inspection robot

Network layer: Complete real-time data communication of robots through 5G private network

Station control layer: storage, analysis, and business display based on data from the perception layer

It can visually identify meters, oil leaks, damage, faces, safety helmets, and human behavior in the visible area of the robot, and control human behavior. If you encounter an inspection point that is too high or too low, you can use the lifting platform to reach the inspection area to complete the equipment inspection, as shown below:

Robot visual recognition

Real-time monitoring can be carried out through the 5G collaboration platform, and the inspection progress can be grasped in one stop. Abnormalities will be automatically alerted during the inspection process, as shown below:

5G collaboration platform