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首页> 外文期刊>Electric power systems research >Towards self-healing in distribution networks operation: Bipartite graph modelling for automated switching
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Towards self-healing in distribution networks operation: Bipartite graph modelling for automated switching

机译:在配电网络中实现自我修复:自动切换的二部图建模

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摘要

The concept of self-healing has been recently introduced in power systems. The general self-healing framework is complex and includes several aspects of networks' operation. This paper deals with automated switching in the context of autonomous operation of distribution networks. The paper presents a new network data model that allows effective reconfiguration algorithms to be designed. The model is based on bipartite graph representation of switching possibilities. The model properties and capabilities are illustrated for simple self-healing algorithms and a small real world medium voltage distribution network.
机译:自愈的概念最近已在电力系统中引入。通用的自我修复框架很复杂,包括网络运行的几个方面。本文讨论了配电网自主运行情况下的自动交换。本文提出了一种新的网络数据模型,该模型允许设计有效的重新配置算法。该模型基于切换可能性的二部图表示。针对简单的自愈算法和小型的现实世界中压配电网络,说明了模型的属性和功能。

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