ZPUC拓扑结构,单直流源单相和三相多电平变换器的配置

Saeed Arazm, K. Al-haddad
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引用次数: 2

摘要

本文提出了ZPUC拓扑的单模块,可以在单直流电源下工作。虽然ZPUC比同类的PUC变换器多了一个电容,但它在三相系统中只需要一个直流电源,而不是三个隔离的直流电源,这是一个很大的优势,可以降低系统的成本和体积。与最流行的多电平转换器相比,它还减少了转换器的总组件计数。采用相移脉冲宽度调制(PS-PWM)的有源电压平衡策略来平衡三个飞行电容器的电压。在Matlab-Simulink中对基于5-L逆变器的ZPUC拓扑进行了研究,验证了ZPUC拓扑单模块的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Z Packed U-cell (ZPUC) topology, configuration of single DC Source single-phase and three-phase Multilevel Converter
Single module of ZPUC topology is presented in this paper which can be operated with single DC source. Although ZPUC has one more capacitor compared to its counterpart PUC converter, it requires single DC source instead of three isolated DC sources in three-phase system which is a great advantages to reduce the cost and bulkiness of the system. It also reduces the total components counts of the converters in comparison to the most popular types of multilevel converters. Active voltage balancing through Phase shift pulsed width modulation (PS-PWM) strategy has been used to balance the voltages of three flying capacitors. ZPUC topology based on the 5-L inverter is investigated in Matlab-Simulink to validate the performance of the single module of ZPUC topology.
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