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Multicarrier-SPWM Based Novel 7-Level Inverter Topology with Photovoltaic System

机译:基于多载波-SPWM的光伏系统新型七电平逆变器拓扑

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In this paper a novel 5 switch seven level DC-AC inverter is being proposed. The proposed multilevel inverter uses reduced number of switches as compared to the switches used in the conventional multilevel inverter. The inverter has been designed to generate a 7 level AC output using 5 switches. The voltage stress on each of the switches as well as the switching losses is found to be less, minimized common mode voltage (CMV) level and reduced total harmonic distortion. The proposed 7-level inverter topology has four dc sources, which is energized through the PV system. Proposed inverter is controlled with help of multicarrier sinusoidal pulse width modulation (MCSPWM).The simulation and hardware results were verified using matlab simulink and dspic microcontroller respectively.
机译:本文提出了一种新颖的五开关七电平DC-AC逆变器。与常规多电平逆变器中使用的开关相比,所提出的多电平逆变器使用的开关数量减少了。逆变器设计为使用5个开关产生7级交流输出。发现每个开关上的电压应力以及开关损耗都较小,共模电压(CMV)电平降至最低,总谐波失真降低。拟议的7级逆变器拓扑具有四个直流电源,这些直流电源通过PV系统供电。所建议的逆变器借助多载波正弦脉冲宽度调制(MCSPWM)进行控制。分别使用matlab simulink和dspic微控制器对仿真和硬件结果进行了验证。

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