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Synchronization of different frequency power grids by back-to-back modular multilevel converter with CSMC-SPWM algorithm

机译:具有CSMC-SPWM算法的背对压模块化多电平转换器的不同频率电网的同步

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This paper presents a control process and the functioning of Back-to-Back Modular Multilevel Converter (MMC) in connecting asynchronous grids of high-voltage DC transmission system. CSMC-SPWM algorithm is used to generate gate pulses of the switching devices of back-to-back MMC for running, shifting the system from higher to any other lower level of operation and connecting of two different frequencies power grids. In this research two power grids having different frequencies of 50Hz and 60Hz are connected. The simulation results shows that the MMC operates well and synchronized properly with asynchronous grids and power can transmitted in both direction. A tap changing transformer is used to step up the output voltage of the converter during reduced number of level operation.
机译:本文介绍了在连接高压直流传输系统的异步网格时反向模块化多电平转换器(MMC)的控制过程和功能。 CSMC-SPWM算法用于生成背对背MMC的开关装置的栅极脉冲,用于运行,将系统从更高移位到任何其他较低级别的操作和两个不同频率电网的连接。 在本研究中,连接了两个具有50Hz和60Hz的频率的两个电网。 仿真结果表明,MMC运行良好并与异步网格正确同步,电源可以在两个方向上传输。 抽头更换变压器用于在减少级别操作期间加上转换器的输出电压。

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