Power transmission tower provided with remote power monitoring system

Abstract

The invention relates to a power transmission tower provided with a remote power monitoring system. The power transmission tower can be clamped according to the thickness of a wire, and thunder and radiation are effectively prevented; the deicing effect on a high-voltage power transmission line is obvious, ice and snow on the power line can be quickly treated, the situation is avoided that the power line is pressed and broken by the ice and snow, deicing is conducted through the cooperation of multiple methods, the deicing efficiency is higher, the transmission efficiency of the power line isimproved at the same time, and the corrosion resistance is achieved; according to the remote power monitoring system, when a power distribution control cabinet fails, a main control module in a front-end remote monitoring terminal controls a circuit protector in the power distribution control cabinet through an output control module to achieve circuit break, an internal camera shooting module takes a picture and conducts camera shooting at a smoke generation place at the same time, and then fault information is uploaded to a power monitoring server; a monitoring main unit informs maintenance personnel to leave for inspection.

Description

technical field [0001] The invention relates to the field of power monitoring, in particular to a power transmission tower equipped with a remote power monitoring system. Background technique [0002] Transmission towers refer to the conductors and lightning protection wire structures that support high-voltage or ultra-high-voltage overhead power transmission lines. The name of the tower is determined according to the layout, material and structure of the tower. The transmission tower mainly bears wind load, ice load, line tension, constant load, the weight of personnel and tools during installation or maintenance, and loads such as broken wires and earthquakes. The reasonable combination of these loads under different meteorological conditions should be considered. The dead load includes the weight of towers, wires, fittings, insulators, the resultant force of the angle of the wires, and the unbalanced tension along the wires. [0003] At present, many power control cabine...

AI Technical Summary

Problems solved by technology

[0005] The high-voltage power transmission line has the following deficiencies; first, it does not have the function of deicing, and ice and snow can easily break the power line; second, the snow removal method is single, and the effect is not ideal; third, the transmission rate of the power line is low, and it does not have corrosion resistance

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