High voltage transmission device

Abstract

The invention discloses a high-voltage electricity transmission device. The high-voltage electricity transmission device is characterized in that a base of the device is fixed through matching of a first inner cone hole in the middle and an outer conical surface at the lower end of a support column body, and the outer conical surface of the support column body is matched and fixed with the inner conical surface of a second inner cone hole of the support column body; the inner cone hole and the outer conical surface are matched and are fixed well and then automatically lock the well attached inner conical surface and outer conical surface through matching of locking slots in the outer conical surface as well as brake pins; each support column is connected with a plasma conductive light beam emitter and a support of a receiving conductive plate through a turntable. The high-voltage electricity transmission device is simple in structure and very convenient to manufacture, mount and use, an electricity transmission support frame does not require a tool in a mounting process; after the electricity transmission support frame and the plasma conductive light beam emitter are adopted, the construction time for a high-voltage electricity transmission line is shortened, and the construction cost for the high-voltage electricity line is reduced; when the electricity transmission line is required to be changed, disassembly and transportation are convenient, besides, the electricity transmission support frame and the plasma conductive light beam emitter can be recycled, and accordingly, production and use costs are reduced.

Description

technical field [0001] The invention relates to a high-voltage electric transmission device for electric grid transmission. Background technique [0002] The current and traditional high-voltage transmission is to use poles or iron towers to support high-voltage lines. The high-voltage lines have to change the position of the original three-way high-voltage lines on the poles or iron towers at intervals to stabilize delivered voltage. At the same time, the distance to install electric poles or iron towers is about 300m to 500m on one side, which occupies a large area of ​​land, requires a large amount of construction, takes a long time, and consumes a lot of high-voltage electric wires and electric poles or steel for building iron towers, causing great damage. waste. In the process of transmitting electricity, the high-voltage wires are affected by the cold temperature and shrink, causing damage to the circuit that transmits electricity and causing a power outage. Conten...

AI Technical Summary

Problems solved by technology

At the same time, the distance to install electric poles or iron towers is about 300m to 500m on one side, which occupies a large area of ​​land, requires a large amount of construction, takes a long time, and consumes a lot of high-voltage electric wires and electric poles or steel for building iron towers, causing great damage. waste

During the process of transmitting electricity, the high-voltage wires are affected by the cold temperature and shrink, causing damage to the transmission circuit and causing a power outage.

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