Research on Smart Distributed Self-healing Control Based On the Peer-to-peer Communication Net

Zhiyu Chen, LongQuan Zheng, ShaoJuan Lv, Weiwei Han
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Abstract

Based on the analysis of the structure and function of the intelligent distribution unit, the goal of distribution network self-sealing and the processing procedure of the distribution self-healing, smart distributed self-healing control system which is based on the peer-to-peer communication nets is proposed in this paper. To solve the problem of the poor information interaction between terminals caused by the intelligent power distribution terminal and leapfrog trip when faults occurring, the system makes some references to the IEC61850's layering architecture pattern andoriented-object GOOSE model. By building the computing model intelligent distributed terminal unit and FA logic algorithm, the system could achieve the target of faultmonitoring, faultpositioning, fault isolation and the recovery of the non-fault area. Thepeer-to-peer communication model could guarantees the packets transmission's real-time and flexibility.By the use of the model and experiment of the distribution automation system,the distributed self-healing control achieves the effective control of the multi-point to multi-point connection between the smart distributed terminal unit, and also guarantees the veracity and reliability of fault location, fault isolation and fault recovery.
基于点对点通信网的智能分布式自愈控制研究
本文在分析智能配电单元的结构和功能、配电网自密封目标和配电自修复处理流程的基础上,提出了基于点对点通信网络的智能分布式自修复控制系统。为解决智能配电终端之间信息交互差,发生故障时跳跃式跳闸的问题,系统借鉴了IEC61850的分层架构模式和面向对象的GOOSE模型。通过构建计算模型、智能分布式终端单元和FA逻辑算法,实现了故障监测、故障定位、故障隔离和非故障恢复的目标。点对点通信模式保证了数据包传输的实时性和灵活性。利用配电自动化系统的模型和实验,分布式自愈控制实现了智能分布式终端单元之间多点对多点连接的有效控制,也保证了故障定位、故障隔离和故障恢复的准确性和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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