Pole tower monitoring system

Abstract

The invention relates to a tower monitoring system. The system comprises detection devices, data forwarding equipment and a remote control subsystem; the detection devices are used for obtaining detection data including the forms, the positions and the environments of towers and judging abnormities and the characteristics thereof according to the detection data; the data forwarding equipment is used for receiving the detection data and judgment the results of the plurality of detection devices and collecting the detection data and judgment results to the remote control subsystems; the remote control subsystem comprises a detection station client and mobile clients; the positions of all the mobile clients are obtained through data visually received by the detection station client; warning information and scheduling information are sent to the specific mobile client according to the positions of abnormal towers; and the mobile clients rapidly guide specific maintenance personnel to the specific towers for emergency maintenance on the basis of the existing information. Real-time comprehensive monitoring of the towers can be achieved through the real-time detection of the detection devices in all aspects, and accurate fault judgment results are obtained by verifying the detection data in multiple aspects; maintenance manpower is automatically and intelligently distributed, maintenance efficiency is improved; circuit abnormity time caused by the abnormities of the tower is reduced, and economic losses are reduced.

Description

technical field [0001] The invention relates to the field of transmission line monitoring, and more specifically, to a tower monitoring system. Background technique [0002] The safe operation of the power grid is an important guarantee for the normal operation of the society. Once a power grid accident occurs, it will have a great impact on industrial and agricultural production and residents' lives. In all kinds of power grid security accidents, tower faults are more common and more difficult to detect and repair than faults such as disconnection. Therefore, it is necessary to monitor towers to ensure their normal operation and timely troubleshooting. In the existing technology, the monitoring of towers mostly stays at the stage of tower tilt monitoring, leakage current, and transmission capacity monitoring. Not only can it not realize a more comprehensive monitoring of towers and tower environments, but it is also impossible to issue early warnings before tower failures. ...

AI Technical Summary

Problems solved by technology

In the existing technology, the monitoring of towers mostly stays at the stage of tower tilt monitoring, leakage current, and transmission capacity monitoring. Not only can it not realize a more comprehensive monitoring of towers and tower environments, but it is also impossible to issue early warnings before tower failures. Need to repair after failure

In addition, the tower monitoring system in the prior art often needs the staff in front of the remote client to manually judge whether there is a fault after the detection equipment on the tower transmits the detection information to the remote client, and the staff needs to check each tower through the remote client. Carry out fault confirmation and contact maintenance personnel for maintenance, which seriously affects the efficiency of tower fault troubleshooting and maintenance. It is impossible to intelligently and automatically distribute maintenance information to maintenance personnel based on the specific information of faulty towers

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