Intelligent high-low voltage pre-installed outdoor transformer station

Abstract

The invention discloses an intelligent high-low voltage pre-installed outdoor transformer station. A top cover of a box body is of a sloping roof structure with an eave, and the interior of the box body is divided into an upper space, a central space and a lower space, wherein the upper space, the central space and the lower space are communicated with each other. A high-voltage power distribution chamber, a transformer chamber and a low-voltage power distribution chamber of the central space are respectively used for installing a low-voltage power distribution device, a transformer and a high-voltage power distribution device. A monitoring device and the wireless connection device are installed in the upper space, and the upper space is provided with a water pump and a water immersing sensor. A water pumping pipe of the water pump and a probe of the water immersing sensor respectively stretch into the lower space, and the water pump and the water immersing sensor are connected with the monitoring device. The transformer station provided by the invention can meet the demands of outdoor installation and application under varied weather conditions, is good in heat dissipation, is resistant to moisture and water, can monitor the operation parameters of the transformer station in real time through a client, and achieves the intelligent monitoring.

Description

technical field [0001] The invention relates to the technical field of substations, in particular to an intelligent high and low voltage prefabricated outdoor substation. Background technique [0002] High and low voltage prefabricated substations are commonly used in urban public power distribution, high-rise buildings, residential quarters, industrial and mining enterprises, construction sites and other places. It has many advantages such as safe and reliable operation and convenient installation, so it is widely used. Existing ordinary high and low voltage prefabricated substations cannot automatically report to the police for repairs when a fault occurs in the substation box. The user needs to call the repair call after discovering the fault, and the maintenance personnel can go to the scene to find the fault point and eliminate the fault. Real-time monitoring and operation of substations. At the same time, extreme cases of urban waterlogging occur from time to time, s...

AI Technical Summary

Problems solved by technology

Existing ordinary high and low voltage prefabricated substations cannot automatically report to the police for repairs when a fault occurs in the substation box. The user needs to call the repair call after discovering the fault, and the maintenance personnel can go to the scene to find the fault point and eliminate the fault. Real-time monitoring and operation of substations

At the same time, extreme cases of urban waterlogging occur from time to time, seriously threatening the safety of electricity consumption in places such as urban public power distribution and construction sites. The timely and automatic processing of substations has caused frequent accidents where rainwater soaked substations and threatened the safety of electricity consumption.

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