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Experimental Evaluation of Boost and Flyback based Resistor Emulators for Ferroresonance Damping in Isolated Neutral MV Distribution Grids

机译:基于Boost和Flyback的电阻模拟器在中性隔离MV配电网铁磁谐振阻尼上的实验评估。

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This manuscript evaluates two different power electronics-based ferroresonance damping devices in isolated neutral MV distribution electrical grids. The evaluated devices are based on the Boost and Flyback topologies operated in continuous conduction mode (CCM) and critical conduction mode (CrCM) respectively to achieve near resistor emulator at the input. The experimental tests show the performance of both converters in controlling the extraction of the ferrorresonance energy and therefore damping subharmonic and fundamental ferroresonances.
机译:该手稿评估了隔离的中压中压配电网中两个基于电力电子的铁磁谐振阻尼装置。评估的器件基于分别在连续传导模式(CCM)和临界传导模式(CrCM)下工作的Boost和Flyback拓扑,以在输入端实现近电阻仿真器。实验测试表明,这两个转换器在控制铁磁谐振能量的提取,从而抑制次谐波和基本铁磁谐振方面均具有良好的性能。

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