Power supply system for transmission line ice protection and disaster reduction online monitoring device

Abstract

The invention discloses a power supply system for a transmission line ice protection and disaster reduction online monitoring device. The power supply system comprises a pressure safety system and a plutonium particle reaction system, and the plutonium particle reaction system is connected with a steam generation system through the pressure safety system. The steam generation system is connected with a safety injection system, a cooling pump system and a waste heat discharging system correspondingly. The cooling pump system is connected with a purifying system. The steam generation system is connected with a secondary loop system. A pipe between the steam generation system and the secondary loop system is provided with a steam-water separation system. A cooling agent is injected into the cooling pump system. In the plutonium particle reaction system, nuclear energy is converted into heat energy through a fission reaction, the cooling agent is driven by the cooling pump system to flow through plutonium particles to bright the heat out and transmits the heat to the secondary loop system when being recycled to the steam generation system, the heat is then converted into electric energy through the secondary loop system, power supply is realized through a micro power source, and the nuclear energy is huge.

Description

technical field [0001] The invention relates to a power supply system of an on-line monitoring device for anti-icing and disaster mitigation of transmission lines, and belongs to the field of power supply systems. Background technique [0002] my country's economy is developing rapidly, and the demand for electricity in all walks of life is increasing year by year. However, because transmission lines are exposed to the atmosphere and are affected by natural conditions such as wind, ice, temperature, humidity, sunlight, and earthquakes, disasters frequently occur on transmission lines. In accordance with the requirements of my country's "State Grid Corporation of China Enterprise Standard (Q / GDW 554-2010): Technical Specifications for Monitoring Devices for Equivalent Icing Thickness of Transmission Lines", my country has installed on-line monitoring devices for anti-icing and disaster reduction of transmission lines on key transmission lines. Monitoring of transmission line ...

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Problems solved by technology

[0005] The technical problem to be solved by the present invention is to design a power supply system for an online monitoring device for anti-icing and disaster reduction of transmission lines, so as to solve the problem of wind power and solar power in the prior art. The timeliness and power energy storage technology cannot meet the technical requirements, resulting in the problem of insufficient power supply in the power supply of the online monitoring device for anti-icing and disaster mitigation of transmission lines

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