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Research on the Control Mechanism of DC Capacitor Voltage of SSSC Based on Multi-pulse VSC

机译:基于多脉冲VSC的SSSC DC电容器电压控制机理研究

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The characteristics of Static Synchronous Series Compensator (SSSC) based on six-pulse Voltage Source Converter (VSC), which is inserted in series into a three phase inductive system, are analyzed and calculated in detail in its inductive and capacitive operation modes, including the AC, DC current and DC capacitor voltage in one period. And the expressions for them are derived in order to assess the compensator performance. The SSSC based on six-pulse VSC is specially studied because it gives an insight into the study of the more complex configurations. On the basis of calculations and simulations in PSCAD/EMTDC, the impact of current on DC capacitor charge and discharge is analyzed thoroughly. A methodology for the capacitor voltage control of SSSC is obtained. Meanwhile, a basis for choosing semiconductor devices of SSSC is presented in the paper.
机译:基于六脉冲电压源转换器(VSC)的静态同步串联补偿器(SSC)的特性,其在其感应和电容式操作模式下详细分析并详细地分析和计算,包括AC,DC电流和直流电容电压在一个时段内。派生它们的表达式以评估补偿器性能。基于六脉冲VSC的SSSC专门研究,因为它介绍了对更复杂的配置的研究。在PSCAD / EMTDC中的计算和仿真的基础上,彻底分析了电流对直流电容器充电和放电的影响。获得了SSC的电容器电压控制的方法。同时,纸张中提出了选择SSC的半导体器件的基础。

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