Comparative analysis of three phase, five phase and six phase symmetrical components with MATLAB

S. Kulkarni, Ajinkya B. Parit, V. B. Pulavarthi, Sagar S. Patil
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引用次数: 3

Abstract

The polyphase systems plays vital role in electrical systems due to its various advantages in power transmission and drives. In balanced polyphase system, due to the disturbances unbalances may occur which may depend on construction of winding and type of load. Therefore it is very essential to analyze the system components like voltages and currents. To carry out this analysis in phase components is tedious. Sequence components analysis is widely used in power sector to analyze the unbalanced systems and faults. This paper presents mathematical analysis of three phase, five phase and six phase symmetrical components and to simplify the understanding of sequence components comparative performance is analyzed using MATLAB script.
用MATLAB对三相、五相、六相对称分量进行对比分析
多相系统由于其在电力传输和驱动方面的种种优点,在电力系统中起着至关重要的作用。在平衡多相系统中,由于干扰的存在,可能会产生不平衡,这取决于绕组的结构和负载的类型。因此,对电压、电流等元器件进行分析是十分必要的。在相位分量中进行这种分析是繁琐的。序列分量分析在电力系统中广泛应用于不平衡系统和故障的分析。本文对三相、五相和六相对称分量进行了数学分析,并利用MATLAB脚本对序列分量的性能进行了比较分析,简化了对序列分量的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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