Transformer substation flood prevention device

Abstract

The invention provides a transformer substation flood prevention device which comprises an electrical cabinet with a power supply, a drainage pump connected with the electrical cabinet through a cable, and a drainage pipeline connected with an outlet of the drainage pump. The transformer substation flood prevention device further comprises a push support provided with traveling wheels at the bottom end. The electrical cabinet and the water drainage pump are both arranged on the push support. The push support is provided with a through hole used for enabling the drainage pump to be placed in a drainage pit. When the transformer substation flood prevention device is used, the push support is pushed to enable the traveling wheels to drive the push support and the electrical cabinet, the drainage pump and the drainage pipeline on the electrical cabinet to travel to the discharge place. Only manual push force needs applying on the push support in the whole conveying process, so that labor intensity of operators is reduced. Meanwhile, the transformer substation flood prevention device can convey all flood prevention tools used for drainage to the discharge place at one time, so that the conveying time of the flood prevention device is shortened, and flood prevention working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of substation flood control, and more specifically relates to a substation flood control device. Background technique [0002] In order to ensure the safe and stable operation of substation equipment, and then ensure the reliability of power supply for power facilities, substations need to do a good job in flood control and drain the substations. [0003] In general, when the rainfall is small, the natural drainage method is often used for drainage, but when the rain is heavy, the drainage speed of the natural drainage is slow, and there is a phenomenon of accumulated water at the lowest point. Poor drainage and stagnant water are not conducive to the maintenance and repair of power facilities, and affect the life of the facilities, but also often breed mosquitoes and flies, emit odors, and affect the environment. In order to avoid equipment liability accidents caused by water-soaked cable equipment in the ...

AI Technical Summary

Problems solved by technology

However, the flood control and drainage work of each substation has been carried by hand or shoulder to carry the drainage pump to the discharge site; the staff also need to manually carry out the flood control tools used with the drainage pump, such as the cable that drives the drainage pump. and the support for installing the drainage pump are transported to the discharge site. This method is labor-intensive for operators, and the delivery time of the flood control device is long, which affects the work efficiency of flood control.

[0004] In addition, after the above-mentioned flood control equipment is transported to the discharge site, at least two people are required to cooperate to install the drainage pump at the drainage pit, and at the same time, the drainage pump is artificially driven to transport to the bottom of the sump. The adjustment time of the drainage pump is long and the drainage efficiency is low.

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