一种基于对称分量合成的D-FACTS控制器单相同步方法

Ming Li, Yue Wang, Xiong Fang, Wanjun Wang Ke Lei, Zhaoan Wang, Jinjun Liu, Liu Jinjun
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引用次数: 3

摘要

基于电力电子(PE)变换器的应用越来越出名。从成本、复杂性和可靠性的角度来看,分布式解决方案更容易被接受。在新型的D-FACTS中,单相同步在分布式控制器中起着重要的作用。提出了一种不以正交信号产生为中心的新型ddpark锁相环。将单相输入信号视为三相信号,其两相连续置零。将正序和负序PARK变换的概念推广到单相信号分析中。采用自解耦代替交叉解耦,简化了结构。稳态仿真/实验结果均验证了该方法。瞬态仿真和实验结果表明了该锁相环的鲁棒性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel single phase synchronization method for D-FACTS controller based on symmetrical components synthesis
Power Electronics (PE) converter based applications are becoming famous. For the cost, complexity and reliability points of view, distribution solutions are more easily acceptable. In the novel D-FACTS, single phase synchronization plays an important role in the distributed controller. A novel DDPARK-PLL is proposed which doesn't focus on orthogonal signal generation. The single phase input signal is considered as a three-phase signal whose two phases are set to zero constantly. The concept of positive sequence and negative sequence PARK transformation is promoted into single phase signal analysis. Self-decoupling is utilized instead of cross-decoupling in order to simplify the structure. Steady-state simulation/experimental results all verified the method. Transient simulation/experimental results show the robust of the proposed PLL.
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