Centralized-distributed power alarm control system

Abstract

The invention discloses a centralized-distributed power alarm control system. The system is implemented as follows: S100, a plurality of detection units are installed in rooms where different power transformation devices are located in a transformer substation; S200, the detection units are connected with a transformer substation monitoring platform that is connected with an area monitoring center; S300, a one-to-one correspondence graph between an IP address of each detection unit and the location of the detection unit is stored; S400, real-time data of detection of the detection units are received and the received real-time data are compared with historical security monitoring data; and S500, with the detected real-time data, comparison and analyses are carried out on the power load efficiency of each component in a grid. Therefore, the power supply quality can be improved.

Description

technical field [0001] The invention belongs to the field of electric power, in particular to a distributed electric power alarm control system. Background technique [0002] With the continuous improvement of people's living standards, people's demand for electricity is not only satisfied with electricity, but good power supply quality and service level have become an important part of society's requirements for power supply enterprises. In order to improve the quality of power supply and service level, power companies need to have a complete set of power management methods on the power consumption side to monitor the operating status of the low-voltage power grid directly related to users in real time, to grasp the operation of the low-voltage distribution network in a timely manner, and to timely respond to power supply needs. The growth of the grid adjusts the load of the power grid, detects and locates grid faults in time, finds abnormal power supply and abnormal line l...

AI Technical Summary

Problems solved by technology

The main problems existing in the current distributed electric power alarm control system are: 1) The network management is scattered and there are many types

For some smart devices, although there are monitoring terminals, the monitoring of each device is in a decentralized state; 2) The work efficiency is low. For a long time, the operation and maintenance management of most power grid equipment mainly adopts the method of regular inspection. For a substation, it is necessary to arrange operators to conduct regular patrol inspections, which cannot realize real-time alarm reporting, and accident discovery and handling cannot meet the requirements for safe operation of the power grid.

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