Intelligent diagnosis method of the operating state of Beidou positioning device for power tower monitoring

Using Beidou positioning technology to realize the online monitoring of transmission line tower displacement and shaking, not only can reduce the cost of daily labor operation and maintenance, but also can timely find the tower tilt, overturn and other accidents, shorten the emergency repair time. The core of power tower monitoring is to obtain the spatial position information of key components of the tower in real time through the installed Beidou positioning device. By comparing and analyzing the current collected data with historical data, it can accurately predict whether the current position exceeds the limit phenomenon. Therefore, it is crucial for the power tower monitoring to accurately obtain the operating status of the Beidou positioning device and evaluate its positioning accuracy. This paper proposes an intelligent diagnosis method for the operating status of the Beidou positioning device including power tower monitoring. By collecting and transmitting the operating parameters of the Beidou positioning device to the background, the background establishes an intelligent diagnosis model among the states of the participating devices, so as to realize the intelligent analysis and evaluation of the operating status and positioning accuracy of the Beidou positioning device. Provide decision support for timely elimination of device anomalies or faults, and ensure the reliability and stability of the Beidou positioning device relying on transmission pole and tower monitoring.