A new concept of multilevel DVR based on Mixed Multi-cell Cascaded topology

A. Ajami, Mehdi Armaghan
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引用次数: 8

Abstract

This paper presents the dynamic voltage restorer based on 13-level Mixed Multi-cell Cascaded Multilevel Inverter. This inverter is based on a new cell obtained from the mixture of the two most popular Multi-cell topologies, Flying Capacitor and Cascaded Multi-cell inverter. The new cell provides a high number of output levels, high modularity, low number of components and low losses. The proposed medium voltage dynamic voltage restorer, with high voltage power semiconductor modules and series booster transformer, is designed to protect loads at power distribution systems. A control technique based on in-phase voltage compensation is used for dynamic voltage restorer. Simulation carried out by using MATLAB/SIMULINK software. Simulation results show the performance of the proposed dynamic voltage restorer and prove the validity of the proposed topology. It is concluded that the proposed dynamic voltage restorer works well both in balance and unbalance conditions of voltages.
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基于混合多单元级联拓扑的多电平DVR新概念
提出了一种基于13电平混合多单元级联多电平逆变器的动态电压恢复器。该逆变器是基于两种最流行的多电池拓扑结构,飞行电容器和级联多电池逆变器混合而成的新电池。新的电池提供了高数量的输出电平,高模块化,低数量的组件和低损耗。提出了一种采用高压功率半导体模块和串联升压变压器的中压动态电压恢复器,以保护配电系统中的负载。动态电压恢复器采用了一种基于同相电压补偿的控制技术。采用MATLAB/SIMULINK软件进行仿真。仿真结果表明了所提动态电压恢复器的性能,证明了所提拓扑的有效性。结果表明,该动态电压恢复器在电压平衡和不平衡状态下均能很好地工作。
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