Split-Capacitor Five-Level Transformerless Grid Connected Single Phase PV System using Level Shifted PWM Technique

P. Manikandan, P. Maruthupandi
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Abstract

This paper proposes Level shifted Pulse Width Modulation (PWM) methods for single phase transformerless Multi Level Inverter (MLI). Many of the existing topologies have high variations in Common Mode Voltage (CMV) and high leakage current. The proposed topology with level shifted PWM technique for five level single phase MLI, reduces the variations in CMV, minimizes the leakage current according to VDE0126-1-1 standard and the reduced number of switches makes the losses less than the conventional topologies. This topology reduces the current THD. Finally, simulations are carried in MATLAB/Simulink for different inverter topologies.
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采用移电平PWM技术的分容五电平无变压器并网单相光伏系统
提出了一种用于单相无变压器多电平逆变器的移电平脉宽调制(PWM)方法。现有的许多拓扑结构具有高共模电压(CMV)变化和高漏电流。采用移电平PWM技术的五电平单相MLI拓扑减小了CMV的变化,使漏电流符合VDE0126-1-1标准,减少了开关数量,使损耗小于传统拓扑。这种拓扑结构降低了当前的THD。最后,在MATLAB/Simulink中对不同的逆变器拓扑结构进行了仿真。
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