Environment-friendly gas insulated switchgear

Abstract

The invention discloses an environment-friendly gas insulated switchgear. The environment-friendly gas insulated switchgear comprises a switchgear body, the upper portion of the switchgear body comprises a cabinet C, a cabinet F and a gas tank, and upper ends of the cabinet C and the cabinet F are provided with a cabinet C operating mechanism and a cabinet F operating mechanism. A fuse is arranged below the cabinet F operating mechanism and connected with a fuse wire component below the fuse. A front door of the switchgear body comprises an upper door and a lower door, the outer side of the upper door is covered with an upper aluminum panel and a lower aluminum panel sequentially from top to bottom, and an electrified display is inlaid in the upper aluminum panel. A rear partition plate is transversely arranged in the middle of the lower portion of the switchgear body and partitions a lower space of the switchgear body into front and rear cavities, a spacing plate is longitudinally arranged in the middle of the front side of the rear partition plate, and cable fixing plates are parallelly arranged on the front side of the rear partition plate. Compared with an existing ring main unit, the environment-friendly gas insulated switchgear which adopts dry compressed air as an insulating medium has advantages of environmental friendliness and freeness of greenhouse effect. In addition, the environment-friendly gas insulated switchgear is small in size, compact in structure, energy efficient and convenient to use.

Description

technical field [0001] The invention relates to an inflatable cabinet, in particular to an environment-friendly inflatable cabinet. Background technique [0002] With the rapid development of the market economy and the continuous emergence of urban high-rise buildings and large public buildings, urban functions are becoming more and more perfect and complex, and the requirements for the reliability of power supply are also getting higher and higher. Many users require two or two The power supply above the road, especially the increase in population and urban building density in coastal open cities, brings difficulties to line laying and complicates the power grid, making it difficult to quickly find and eliminate faults. Therefore, the improvement of the traditional power distribution system becomes inevitable. By establishing a power distribution network based on the ring network structure, the reliability of power supply can be effectively improved, the continuity of powe...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the market economy and the continuous emergence of urban high-rise buildings and large public buildings, urban functions are becoming more and more perfect and complex, and the requirements for the reliability of power supply are also getting higher and higher. Many users require two or two The power supply above the road, especially the increase in the population of open coastal cities and the increase in urban building density, brings difficulties to line laying and complicates the power grid, making it difficult to quickly find and eliminate faults

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