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Voltage security in AC microgrids: a power flow-based approach considering droop-controlled inverters

机译:交流微电网的电压安全性:一种基于功率流的方法,考虑了下垂控制的逆变器

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摘要

This study deals with the problem of voltage security in microgrids. In general, voltage security is an issue for power systems, where the lack of reactive power is a concern. For microgrids a complexity is imposed, since frequency and voltage level deviations may take place by the operation of droop-controlled inverters. This study incorporates the load margin calculation into a microgrid structure. For this purpose, a special power flow program is developed in order to consider the effects of the droop-controlled inverters. Simulation results are obtained with the help of an islanded distribution system with only generators coupled by droop-controlled inverters, so the proposed methodology may be tested and discussed.
机译:这项研究解决了微电网中的电压安全性问题。通常,电压安全性是电力系统的问题,在电力系统中,无功功率的缺乏是一个问题。对于微电网,由于频率和电压电平的偏差可能会通过下垂控制的逆变器的运行而发生,因此带来了复杂性。这项研究将负荷裕度计算纳入了微电网结构。为此,开发了一种特殊的潮流程序,以考虑下垂控制的逆变器的影响。借助于孤岛式配电系统获得了仿真结果,该孤岛式配电系统仅发电机由下垂控制的逆变器耦合,因此可以测试和讨论所提出的方法。

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