Research on Self-Healing Mode of Communication Channel of Regional Power Grid Stability Control System

Author:

Li Guohao,Peng Zhigang,Yu Bin

Abstract

Abstract Under the new situation of large power grids, security and stability control systems and their communication channels are facing new changes and new requirements. The article proposes a smart grid dispatching control system multi-channel information intelligent comparison method, through the network monitoring method to obtain the main plant station information interactive communication message, using the intelligent comparison algorithm to compare remote signalling, telemetry, sequence of events (SOE), Communication protocol parameters such as remote control and remote adjustment are compared, and alarm events are output in time according to the comparison results. By combining the principle of the stability control device and the principle of communication self-healing, the influence of the stability control channel communication self-healing ability on the operation of the stability control device is analysed, and the influence of whether self-healing is adopted in operation is analysed. Based on the comparison, it is concluded that the communication channel of the regional network stability control system should use self-healing method.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference7 articles.

1. Enabling digital grid for industrial revolution: self-healing cyber resilient platform;Al-Rubaye;IEEE Network,2018

2. issues and opportunities for the development of smart grid;Salkuti;International Journal of Electrical and Computer Engineering (IJECE),2020

3. Smart Grid Communication Protocols;Sangam;International Journal of Trend in Scientific Research and Development,2019

4. Performance measurements of communication access technologies and improved cognitive radio model for smart grid communication;Ogbodo;Transactions on emerging telecommunications technologies,2019

5. Consensus-based operational framework for self-healing in multi-microgrid systems;Moghateli;IET Generation, Transmission & Distribution,2020

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