五电平电感耦合逆变器拓扑的分析评价

Nagarjuna Reddy Jonnagiri, D. Lenine, M. Kumar
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引用次数: 0

摘要

阻抗源逆变器是一种既具有升压能力又具有降压能力的特殊变换器。目前,尽管z源逆变器具有一般特性,但其局限性在于要求在较高的电压增益下实现较低的调制指数,从而获得较高的直流链路电压,但会导致半导体开关中的高电压应力和启动时谐振引起的高启动浪涌电流。为了减少这些影响,对磁偶电感进行了分析,以提高增益和调制比,同时减少所需半导体开关的数量。本文利用Matlab / Simulink对不同的五电平磁耦合阻抗源逆变器拓扑结构进行性能分析,采用简单升压pwm技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analytical evaluation of five level inductor coupled inverter topologies
Impedance source inverter has be en proposed peculiar converter with both Voltages boost and buck capability. Now withstanding the general property, the Z-source inverters have the limitations of requirement for lower modulation index at higher voltage gain which gives high dc link voltage but results high voltage stress in semiconductor switch, high starting inrush currents due to resonance at starting. To diminish these impacts, magnetic couple inductors are analyzed to boosted gain, modulation ratio concurrently, while diminishing the number of semiconductor switches required. This ρ aper presents performance analysis of different five level magnetic coupled impedance source inverter topologies using simple boost pwm technique using Matlab / Simulink.
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