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Impact of model complexity on mixed AC/DC transient stability analysis

机译:模型复杂度对交流/直流混合瞬态稳定性分析的影响

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Model complexity may have a significant impact on transient stability results of mixed AC/DC systems. The dynamics of various mixed AC/DC models with a focus on different generator orders and multi-level modular converter (MMC) VSCHVDC model types is investigated within this paper. MMC VSC-HVDC converter models are based on average value model (AVM) and simplified AVM, while 2, 3 and 6 order generator models are formulated within the research. The paper also considers the impact of inner current control bandwidth. Based on the simulation result, substantial change over the transient stability result is seen with respect to different types of modelling complexity used within the research.
机译:模型复杂度可能会对混合AC / DC系统的暂态稳定性结果产生重大影响。本文重点研究了各种混合AC / DC模型的动力学特性,重点关注不同的发电机阶数和多级模块化转换器(MMC)VSCHVDC模型类型。 MMC VSC-HVDC转换器模型基于平均值模型(AVM)和简化的AVM,同时在研究中制定了2、3和6阶发电机模型。本文还考虑了内部电流控制带宽的影响。根据仿真结果,对于研究中使用的不同类型的建模复杂性,可以看到瞬态稳定性结果发生了实质性变化。

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