Intelligently compound pole tower inclined angle monitoring system

Abstract

The invention relates to an intelligently compound pole tower inclined angle monitoring system, the structure of the device is as follows: the side wall of a case body is articulated with a case door; the case body is internally fixed with a controller, a GPRS, a DTU (a data terminal unit), a communication module, a sensor and a solar energy storage battery, wherein the upper end of the case body is fixed with a case cover; the case cover is fixed with a solar panel and a GPRS antenna; the solar panel is connected with the solar energy storage battery; a controller module is connected with the sensor, the solar energy storage battery and the DTU; the DTU is connected with the solar energy storage battery and a GPRS antenna; the case body is fixed on the intelligently compound pole tower; the acquisition data of the sensor is analyzed and judged by the controller; and when the inclined angle reaches setting threshold, the inclined angle and the relevant data are sent into a monitoring center and mobile phones of related power transmission staff members in a short message mode by the GPRS, thus timely discovering and processing slow inclination and collapse of the intelligently compound pole tower and providing powerful support for guaranteeing safe operation of a power grid.

Description

Technical field [0001] The invention relates to a monitoring system, in particular to an intelligent composite pole-tower inclination monitoring system, which belongs to the field of intelligent electrical appliances. Background technique [0002] Traditional power transmission towers generally have defects such as large quality, perishable, rusted or cracked, poor durability, short service life, and difficult construction, transportation, operation and maintenance, and are prone to various safety hazards. Based on the above reasons, smart composite poles have been recommended as excellent alternatives to wooden poles, steel poles and / or concrete poles, because composite poles have high strength, light weight, corrosion resistance, fatigue performance, durability and electrical insulation. Good performance and other characteristics are very suitable for manufacturing power transmission towers. [0003] However, with the rapid development of my country's economy, especially the in...

AI Technical Summary

Problems solved by technology

At present, laser or far-infrared methods are often used in foreign countries for real-time monitoring of pole towers. The advantage is high precision, and the disadvantage is that there are many installation points for a single pole tower, and a single power line is used for power supply for the equipment, and the measurement accuracy is often affected by weather conditions (fog, rain, etc.) ) and other effects

Manual inspection or inspection is mostly used in China. The disadvantage is that the inspection cycle is long and the accuracy is low. Especially in remote areas or forest areas, slow tilting or collapse of towers cannot be detected and dealt with in time.

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