配电网网络物理系统混合仿真平台设计与故障仿真验证

Jiaqi Liu, Tianyuan Kang, Cheng Xie, Xueshun Ye, Xiang Sun, Jinhui Zhou
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引用次数: 1

摘要

随着自动化和信息化的发展,配电网逐渐成为一种典型的网络物理系统(CPS)。针对通信与电力物理系统的深度集成系统,提出了一种基于信息控制层、通信层和物理层相结合的配电网CPS混合仿真体系结构,搭建了配电网CPS数字模拟混合仿真平台。同时,根据实际配电网数据,设计了62节点CPS测试算例。通过配电网CPS并发故障场景验证了配电网CPS数模混合仿真平台的性能,并通过混合仿真平台评估了62节点CPS测试例的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Fault Simulation Verification of Hybrid Simulation Platform of Distribution Network Cyber Physical System
With the development of automatization and informationization, distribution network has gradually become into a typical Cyber Physical System (CPS). For the deep integration system of communication and power physical system, this paper proposes a hybrid simulation architecture of distribution network CPS based on the combination of information control layer, communication layer and physical layer, and a digital analog hybrid simulation platform of distribution network CPS is bulit. At the same time, based on the data of actual distribution network, a 62 node CPS test example is designed. The performance of digital analog hybrid simulation platform of distribution network CPS is verified through the CPS concurrent fault scenario, and the feasibility of 62 node CPS test example is evaluated through the hybrid simulation platform.
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