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The study on selective grounding fault protection of networks with floating neutral based on fuzzy principle

机译:基于模糊原理的浮动中性网选择性接地故障保护研究

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A new scheme of multi-criterion for earth fault diagnosis in power networks with a floating neutral based on a fuzzy principle is proposed in this paper. The fuzzy model is set up for the individual corresponding criterion; then the membership function can be calculated. An adaptive and dynamic multicriterion can be synthesized according to the configuration of network and the real-time data of earth faults. The final result of line selecting will be obtained through fuzzy synthetic decision. The multi-criterion proposed in this paper has been validated by MATLAB; the simulation results indicate that this scheme can overcome the disadvantages of each individual criterion efficiently, which can select the fault line accurately independent of the configuration and operating mode of the power distribution.
机译:提出了一种基于模糊原理的电网中性线接地故障多准则诊断新方案。为各个相应的标准建立了模糊模型;然后可以计算隶属度函数。可以根据网络的配置和接地故障的实时数据来合成自适应和动态的多准则。选线的最终结果将通过模糊综合决策获得。本文提出的多准则已通过MATLAB进行了验证。仿真结果表明,该方案可以有效地克服各个准则的弊端,可以独立于配电的配置和运行方式准确地选择故障线路。

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