Automatic monitoring system of long-distance high-voltage transmission line clamp

Abstract

The present invention discloses an automatic monitoring system of a long-distance high-voltage transmission line clamp, comprising a data collector, a controller, a data server and a terminal device.The information which needs to be collected by the data collector comprises temperature information, meteorological information, location information and image information of the clamp. The information thereof is collected mainly through a temperature sensor, a meteorological sensor, a GPS / Beidou navigation system and a video monitoring system disposed on the clamp. The video monitoring system comprises a Pan&Tilt and a camera. The Pan&Tilt is connected to the controller and the controller is connected to a solar power. The present invention can mark a destination on a backstage map. The platform of the system can move to a new destination of displacement according to the GPS / a smart control system of the Beidou navigation module on the platform.

Description

[0001] Technical field: [0002] The invention relates to the field of remote environmental monitoring technology and automatic control of a high-voltage transmission line iron tower and field transmission and transformation substation, in particular to an automatic monitoring system for remote high-voltage transmission line clamps. [0003] Background technique: [0004] The transmission line information monitoring system integrates computer network technology, communication technology, automatic control technology and sensor technology to realize real-time monitoring, collection, processing and transmission of high-voltage transmission line temperature, wind speed, icing and other data. Reasonable monitoring of transmission lines, accurate prediction of fire and ice disasters, and research on the regularity of electric shock failure provide effective basic data. Among them, the conventional parameters of the transmission line clamp are temperature, smoke, wind speed, ice hang...

AI Technical Summary

Problems solved by technology

[0008] 1) At present, most of the power line video surveillance in my country is mainly concentrated in places where optical fibers reach, and a large number of iron towers without optical fiber signal transmission are difficult to monitor, and the monitoring cost is high

[0009] 2) The existing remote automatic monitoring system is mostly video monitoring, which cannot realize automatic early warning

[0010] 3) Data collection is mostly single-item control, and remote control of sampling frequency and forecast frequency cannot be realized at any time

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