Substation insulator dry ice cleaning vehicle

Abstract

The invention discloses a transformer substation insulator dry ice cleaning vehicle which comprises a telescopic cantilever device, a dry ice cleaning device and a walking-type mobile platform. A supporting stand column is arranged on the walking-type mobile platform, the telescopic cantilever device is movably connected with the supporting stand column, the telescopic cantilever device comprises a connecting end portion and the connecting end portion is movably connected with the dry ice cleaning device; two or more sleeves are connected in a sleeved mode to form the supporting stand column which is an insulating telescopic rod. The transformer substation insulator dry ice cleaning vehicle is safe, efficient and capable of conducting live cleaning on a transformer substation.

Description

technical field [0001] The invention relates to the technical field of substation dry ice cleaning, in particular to a dry ice cleaning vehicle for substation insulators. Background technique [0002] The electrical equipment of substations in some areas is greatly affected by the surrounding climate and environmental conditions of the substation, and the bushings of the main transformers put into operation will be polluted to varying degrees. Economic loss, so after the main transformer bushing is polluted, it is easy to cause the continuous accumulation of dirt because the power-off cleaning cannot be performed at any time, which may cause pollution flashover of the bushing. However, in the existing charged water flushing, the splashing of water droplets will affect the safe operation of the surrounding electrical equipment during the flushing process, and flashover accidents often occur due to charged water flushing. Contents of the invention [0003] Based on this, it...

AI Technical Summary

Problems solved by technology

[0002] The electrical equipment of substations in some areas is greatly affected by the surrounding climate and environmental conditions of the substation, and the bushings of the main transformers put into operation will be polluted to varying degrees. Economic loss, so after the main transformer bushing is polluted, it is easy to cause the continuous accumulation of dirt because it cannot be cleaned at any time, which may lead to pollution flashover of the bushing

However, in the existing charged water flushing, the splashing of water droplets will affect the safe operation of the surrounding electrical equipment during the flushing process, and flashover accidents often occur due to charged water flushing.

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