智能变电站模型组态与校核关键技术研究

Haidong Zhang, A. Chen, Min NiYi, Jie Ding
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引用次数: 7

摘要

目前,智能变电站是研究的热点。本文主要研究了基于IEC 61850的智能变电站模型配置与校核的关键技术,解决了变电站一次、二次设备模型配置与校核的迫切问题。本文首先简单介绍了智能变电站的特点,分析了智能变电站一次、二次设备的机型配置。通过比较智能变电站与数字化变电站在配置要求,特别是一次设备型号配置要求及其拓扑结构方面的异同。其次,提出了基于IEC 61850的智能变电站一次设备配置语法和语义原理,在国内首创,对智能变电站和智能电网的建设具有重要的指导作用。通过编辑界面上的图标获得一次设备模型,方便与二次设备模型关联。最后,在配置原则方面,提出了相应的一次设备校核原则和校核工具。本文解决了模型配置和校核的关键技术,在大大方便模型配置的同时,提高了模型配置的精度,对智能变电站和智能电网的建设具有重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the key technology of smart substation model configuration and check
Currently, smart substation is the hot research. This paper mainly studies the key technology of IEC 61850-based smart substation model configuration and check, solving the urgent problems of primary and secondary equipment model configuration and model check about substation. Firstly, this paper simply presents the characteristics of smart substation, analyzing the primary and secondary equipment model configuration. By comparing the similarities and differences of configuration requirements, especially the primary equipment model configuration requirements and their topology, between the smart substation and digital substation. Second, IEC 61850-based primary equipment configuration syntax and semantics principle about smart substation are presented, which is the first domestic creation and plays an important role in guiding the construction of the smart substation and smart grid. Primary equipment model is obtained by editing icon on the interface, which is easily associated with the secondary equipment model. At last, in the term of configuration principle, the responding primary equipment check principle and check tool are presented. This paper solves the key technology of model configuration and check, which could greatly facilitate the model configuration at the same time improve accuracy, and play an important role in building smart substation and grid.
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