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HVDC fault tolerant converter for renewable energy source grid

机译:用于可再生能源电网的HVDC容错变频器

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Renewable energy source network need HVDC transmission system since it has an ability to transmit large power over a long distance with less loss and without any need of synchronization. This paper deals with the operation of hybrid multilevel VSC with AC side cascaded H-bridge cells which will have ability to tolerate faults, current limiting capability during DC fault, large real and reactive power control capability and black start capability in an HVDC bipolar network. The paper also analyses the performance of the system under network alterations such as AC and DC faults using a Fuzzy controller along with PI controllers. The simulation was done using MATLAB/ SIMULINK.
机译:可再生能源网络需要HVDC传输系统,因为它具有能够在远距离传输大功率,损耗少且无需同步的能力。本文研究了具有交流侧级联H桥单元的混合多电平VSC的操作,该单元将具有容错能力,直流故障期间的限流能力,大型有功和无功功率控制能力以及HVDC双极网络中的黑启动能力。本文还使用模糊控制器和PI控制器分析了网络变化(例如交流和直流故障)下系统的性能。仿真是使用MATLAB / SIMULINK完成的。

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