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Autonomous Operation of Hybrid Microgrid With AC and DC Subgrids

机译:交直流子电网混合微电网的自主运行

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This paper investigates on power-sharing issues of an autonomous hybrid microgrid. Unlike existing microgrids which are purely ac, the hybrid microgrid studied here comprises dc and ac subgrids interconnected by power electronic interfaces. The main challenge here is to manage power flows among all sources distributed throughout the two types of subgrids, which is certainly tougher than previous efforts developed for only ac or dc microgrid. This wider scope of control has not yet been investigated, and would certainly rely on the coordinated operation of dc sources, ac sources, and interlinking converters. Suitable control and normalization schemes are now developed for controlling them with the overall hybrid microgrid performance already verified in simulation and experiment.
机译:本文研究了自主混合微电网的功率共享问题。与现有的纯微电网不同,这里研究的混合微电网包括通过电力电子接口互连的直流和交流子电网。这里的主要挑战是管理分布在两种类型的子电网中的所有电源之间的功率流,这肯定比以前仅针对交流或直流微电网开发的努力要困难。尚未对此更广泛的控制范围进行研究,并且肯定会依赖于直流电源,交流电源和互连转换器的协同操作。现在已经开发了合适​​的控制和规范化方案,以控制它们,并且在仿真和实验中已经验证了整个混合微电网的性能。

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