Method for realizing plug-and-play of power distribution and utilization intelligent equipment

Abstract

The invention relates to the technical field of plug-and-play of intelligent equipment in a low-voltage transformer area of a distribution network, in particular to a method for realizing plug-and-play of power distribution and utilization intelligent equipment. The method comprises the steps of executing plug-and-play of a power distribution main station and intelligent equipment and executing plug-and-play of the intelligent equipment and a tail end node. The invention aims to overcome the defects in the prior art, and provides a plug-and-play method for power distribution and utilization intelligent equipment which does not have a recognizable MAC address or IP address, in particular to intelligent equipment in a low-voltage transformer area of a power distribution network.

Description

technical field [0001] The invention relates to the technical field of plug-and-play of intelligent equipment in a low-voltage station area of ​​a distribution network, and more specifically, relates to a method for realizing plug-and-play of an intelligent equipment for power distribution and utilization. Background technique [0002] With the continuous improvement of systems such as power distribution information collection and distribution automation, and the deep integration of power distribution systems and Internet of Things technologies, a large number of smart devices from different manufacturers will be connected to the distribution network. Not one, different ports, through the communication network at all levels of power distribution and power distribution and power distribution master station, sub-station and each other for data interaction. At present, the distribution automation system communication network mainly uses telecontrol communication protocols such ...

AI Technical Summary

Problems solved by technology

[0003]1) There is no unified modeling of the entire distribution network data, the data is classified and transmitted, and there is a lack of correlation between the data

[0004]2) Each system in the distribution network has its own data collection system, each system is isolated and independent from each other, and a large amount of data is redundant, resulting in a large waste of resources

[0005]3) It is necessary to manually check the data point table between the distribution network intelligent equipment and the main station, and the workload of equipment configuration, debugging and maintenance is huge

[0006]4) A large number of distribution network intelligent equipment cannot be effectively connected to the main and sub-stations of the distribution network, which cannot meet the development needs of the future distribution network

[0007] Chinese patent CN103679567A discloses a smart grid plug-and-play system and its implementation method, but it is aimed at the realization of plug-and-play for smart devices with unique Mac addresses Ready-to-use, for devices that do not have a specific identifiable address, such as smart devices in the low-voltage station area, the plug-and-play function cannot be realized

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