High-altitude transmission line segment detection self-melting snow system and control method using nuclear power

Abstract

The present invention relates to a high-altitude power transmission line segment detection self-snow melting system of utilizing nuclear power and a control method. The system comprises a control end and a receiving end, and the control end comprises a plurality of space nuclear power plants, a plurality of electric power emitters and a plurality of controllers, wherein the space nuclear power plants are geo-stationary satellites with nuclear power plants, and the plurality of electric power emitters and the plurality of controllers are arranged on the plurality of space nuclear power plants. The receiving end comprises a plurality of electric power receivers and a plurality of positioning information emitters, wherein the electric power receivers and the positioning information emitters are arranged at the tops of the high-altitude power transmission towers separately. The high-altitude power transmission line segment detection self-snow melting system of utilizing the nuclear power and the control method provided by the present invention can realize the real-time segment detection of the high-altitude power transmission lines, and have the characteristics of rapid detection speed and high result precision.

Description

technical field [0001] The invention belongs to the technical field of electric energy, and in particular relates to a self-snow melting system and control method for segmental detection and self-melting of high-altitude power transmission lines using nuclear power. Background technique [0002] With the vigorous development of my country's economy, the whole society's demand for energy is becoming more and more intense. Therefore, the State Grid has proposed technical solutions for high-voltage power transmission, ultra-high voltage power transmission and ultra-high voltage power transmission. With the extension of transmission lines, the problem of line detection is gradually exposed. Some high-altitude transmission lines in remote mountainous areas often cause large-scale interruptions in power supply due to problems such as strong winds, floating objects, and line aging. Therefore, maintenance workers need to climb with bare hands. Routing and manual inspection are not o...

AI Technical Summary

Problems solved by technology

With the extension of transmission lines, the problem of line detection is gradually exposed. Some high-altitude transmission lines in remote mountainous areas often cause large-scale interruptions in power supply due to problems such as strong winds, floating objects, and line aging. Therefore, maintenance workers need to climb with bare hands. Routing and manual inspection are not only time-consuming and labor-intensive, but also extremely dangerous

In addition, in winter blizzard weather, high-altitude transmission lines often cause transmission towers to collapse due to snow and ice, causing serious secondary disasters

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