Multifunctional inflatable experiment device for innocuous treatment of metal particles

Abstract

The invention discloses a multifunctional inflatable experiment device for innocuous treatment of metal particles in the field of high-voltage power transmission line testing equipment in an electric system. The multifunctional inflatable experiment device mainly comprises a cylindrical metal cavity, an electrode module, an organic glass window, an inflating and deflating module and experiment function modules. The organic glass window is hermetically fixed by two ends of the cylindrical metal cavity through a flange, an electrode is fixed in the middle of front-end organic glass window to form a coaxial cylindrical electrode system, and a cylindrical body of the cavity is provided with an inflating and deflating hole which is connected with the inflating and deflating module. Experiment function module mounting positions are arranged on the inner wall of the cavity, so that rapid replacement of various function modules can be achieved. The multifunctional inflatable experiment device has the advantages of small electric field distortion, experiment function switching convenience and safety, simplicity and convenience in observation, can be used for experiment researches on alternating / direct-current voltage environments and metal particle innocuous treatment measures such as electrode film lamination, insulator properties and particle trap, and offers strategies for metal particle pollutant prevention and control under actual working conditions.

Description

technical field [0001] The invention belongs to the field of testing equipment for high-voltage transmission lines in power systems. In particular, it relates to a multifunctional inflatable metal particle harmless experimental device. Background technique [0002] in SF 6 or SF 6 / N 2 Gas-insulated metal transmission line (GIL) equipment with mixed gas as insulating gas has the advantages of large transmission capacity, low loss, environmental friendliness and low maintenance cost. application prospects. A certain amount of metal particles will inevitably be produced in the process of GIL equipment manufacturing and equipment operation, and the metal particles will move in the equipment or attach to the surface of the electrode or insulator under the action of the electric field force, resulting in a gap between the conductor and the shell. Breakdown of the air gap or flashover of the insulator along the surface, thereby reducing the insulation performance of the equip...

AI Technical Summary

Problems solved by technology

A certain amount of metal particles will inevitably be produced in the process of GIL equipment manufacturing and equipment operation, and the metal particles will move in the equipment or attach to the surface of the electrode or insulator under the action of the electric field force, resulting in a gap between the conductor and the shell. Breakdown of the air gap or surface flashover of the insulator, thereby reducing the insulation performance of the equipment

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