Integrated monitoring and managing system for middle and low voltage distribution network

Abstract

The invention discloses an integrated monitoring and managing system for a middle and low voltage distribution network. The integrated monitoring and managing system comprises an intelligent data collection terminal, a data transmission module, a data processing module, a service module and a display module, wherein the intelligent data collection terminal transmits initial data to the data processing module through the data transmission module; the data processing module carries out real-time processing on the obtained data, generates cooked data capable of being recognized by the system andstores the cooked data into a real-time database; the service module provides the cooked data to the outside world and generates a real-time state of the distribution network and a real-time alarm oran event record according to the cooked data; and the display module displays the cooked data in a form of an image or a video and provides a user with human-computer interaction with a managing function. The management level and the service quality of a middle and low voltage distribution network system can be improved, complaints from the user are reduced, informationalized, automated and interactive development of related business of the middle and low voltage distribution network is achieved and a foundation is laid for construction of a smart power grid.

Description

technical field [0001] The invention relates to the technical field of medium and low voltage distribution networks, in particular to an integrated monitoring and management system for medium and low voltage distribution networks. Background technique [0002] With the continuous development of society and economy, power users have higher and higher requirements for power supply reliability and power quality. Although many power supply companies have installed and operated various real-time or quasi-real-time systems such as meter reading and The monitoring of the power grid has basically reached the practical level, but because each system belongs to different departments, there are information islands for the use of system data, and to a certain extent, it has caused waste. The power company did not know the fault occurred until the repair call from the power outage user, and dispatched operation and maintenance personnel to deal with it. Because it was difficult to integr...

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Problems solved by technology

[0002] With the continuous development of society and economy, power users have higher and higher requirements for power supply reliability and power quality. Although many power supply companies have installed and operated various real-time or quasi-real-time systems such as meter reading and The monitoring of the power grid has basically reached the practical level, but because each system belongs to different departments, there are information islands for the use of system data, and to a certain extent, it has caused waste. The power supply company did not know the fault occurred until the repair call from the power outage user, and dispatched operation and maintenance personnel to deal with it. Because it was difficult to integrate the data collected by the system, it was impossible to achieve unified analysis and processing, so the system management level and service quality were greatly reduced, and user complaints followed. increase

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