Deicing platform for high-voltage line

Abstract

The invention relates to a deicing platform for a high-voltage line. The deicing platform for the high-voltage line comprises induction wires, a capacitance measurement circuit, a microprocessor and a robot main body structure, wherein the induction wires are mounted in parallel with the high-voltage line, the capacitance measurement circuit is used for measuring a capacitance value between the induction wires and the high-voltage line, the microprocessor is used for determining the thickness of a real-time ice layer of the high-voltage line based on the capacitance value, and the robot main body structure is connected with the microprocessor through a wireless communication link and is used for controlling the deicing strength on the high-voltage line based on the thickness of the real-time ice layer of the high-voltage line. According to the deicing platform for the high-voltage line, the thickness of the ice layer of the high-voltage line can be accurately detected, and a deicing policy corresponding to the thickness of an ice layer can be determined.

Description

technical field [0001] The invention relates to the field of high-voltage lines, in particular to a high-voltage line deicing platform. Background technique [0002] The medium for the long-distance transmission of electricity in the transmission grid generally adopts high-voltage lines to improve the efficiency of power transmission. However, when the temperature reaches below zero, the freezing of water will cause damage to the lines, iron towers, and iron tower foundations, causing serious damage to people's lives and work. Bring great inconvenience, also cause huge loss for regional economic development. Due to the particularity of the high-voltage line, the traditional manual deicing method at this time will not only reduce the deicing efficiency, but also easily cause casualties. [0003] In the prior art, one solution for deicing high-voltage lines is to "put on" a layer of super-hydrophobic coating "coat" for high-voltage lines when building a power transmission gri...

AI Technical Summary

Problems solved by technology

Although this method achieves a certain effect of preventing icing, due to the limited ability of anti-icing and icing, and the super-hydrophobic coating is applied to the entire high-voltage line, the economic cost is very high

[0004] In the prior art, there are still some deicing control schemes for line patrol robots for high-voltage lines. However, due to the excessive equipment and complex structure of the transmission grid, the environment where high-voltage lines are generally relatively harsh, and the structural design of the robot itself is unreasonable. The existing robotic deicing solutions are difficult to apply in large quantities and can only stay in the laboratory stage; at the same time, the lack of on-site electronic ice layer measurement equipment makes the deicing effect fail to meet the requirements of the power supply management department

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