Auxiliary monitoring system for electricity transformation and distribution safety production and monitoring method of auxiliary monitoring system for electricity transformation and distribution safety production

Abstract

The invention relates to an auxiliary monitoring system for electricity transformation and distribution safety production and a monitoring method of the auxiliary monitoring system for electricity transformation and distribution safety production. The auxiliary monitoring system comprises a station terminal device and a concentrated monitoring center; the station terminal device comprises an Internet of Things intelligent host, a video server, an IPCAM and various sensing devices like a transformer core temperature controller, a winding temperature controller, an electricity distribution module, a fire control device, a security and protection control device, a temperature and humidity control device, an air-conditioner control device, a dehumidifier control device, a heater control device and other intelligent control devices. The concentrated monitoring center comprises a management server, a data communication server, an alarm processing server, an authentication server, a streaming media live telecast server, a streaming media demand server and a PC client terminal. By means of the system and the method, intelligentization of the monitoring system is achieved, and early warning and alarming of safety production in an electricity transformation and distribution site are achieved. By means of the auxiliary monitoring system, existing walkaround inspection is changed into automatic monitoring, and the scattered walkaround inspection is changed into concentrated monitoring, so that the labor cost is reduced, the labor intensity of an operator on duty is greatly reduced, and the social benefits of energy saving, emission reduction, staff downsizing and efficiency improving are achieved.

Description

[0001] technical field [0002] The invention relates to a remote monitoring system and method, in particular to an auxiliary monitoring system and a monitoring method for power transformation and distribution safety production. Background technique [0003] Transformation and distribution sites are the main link of the power system. Transformation and distribution sites are located in every corner of the city. They are large in number, widely distributed, changeable in geographical environment, wide in coverage, and have many users. They are easily affected by user capacity expansion and urban construction. In the current monitoring system, the intrusion alarm, environmental monitoring, equipment monitoring, and fire protection systems operate independently, and the linkage of the system cannot be realized. Not only does the system rely on manual monitoring, resulting in low security, but also increases the burden on the center management personnel and Working pressure, the...

AI Technical Summary

Problems solved by technology

In the current monitoring system, the intrusion alarm, environmental monitoring, equipment monitoring, and fire protection systems operate independently, and the linkage of the system cannot be realized. Not only does the system rely on manual monitoring, resulting in low security, but also increases the burden on the center management personnel and Due to the working pressure, the operation status and operating environment of the equipment in the power substation and distribution site are not uniformly tested, resulting in the inability to make early warning notifications for environmental abnormalities in the power substation and distribution site

In addition, the auxiliary monitoring equipment in the substation and distribution site is not linked with the video equipment during alarm and action, resulting in the failure to effectively record and capture the fault situation and upload the video of the fault situation to the monitoring center in real time.

Images