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Intentional islanding of microgrid

机译:微电网的有意孤岛

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摘要

Reliability and sustainability of power supply between already existing power network and Microgrid (MG) having DGs is ensured by both the grid connected and islanded mode of operations. The selection of mode of operation of a MG is based on technical and economic factors. The intentional islanding of the MG depends on the prevailing operating condition of grid and MG. These conditions are sensed at point of common coupling (PCC) and accordingly the switching to the mode is performed. This paper presents the detection and evaluation of operating conditions of the network at PCC, and switching to Islanded mode on the need. The conditions have been categorized for the decision of intentional Islanding. The cases under each category have been simulated on Real Time Digital Simulator (RTDS®). The results have also been analyzed.
机译:通过电网连接和孤岛运行模式,可以确保现有电网与具有DG的微电网(MG)之间的供电可靠性和可持续性。 MG的操作模式的选择基于技术和经济因素。 MG的有意孤岛取决于电网和MG的现行运行条件。在公共耦合点(PCC)感测到这些条件,并因此执行到模式的切换。本文介绍了PCC上网络运行状况的检测和评估,并根据需要切换到孤岛模式。条件已归类为有意离岛的决定。每个类别下的案例均已在实时数字模拟器(RTDS®)上进行了模拟。还对结果进行了分析。

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