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Toolbox for power system fault analysis using MATLAB

机译:使用MATLAB的电力系统故障分析工具箱

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摘要

Power system fault analysis is the process of determining the bus voltages and line currents during the occurrence of various types of faults. Faults on power systems can be divided into three-phase balanced faults and unbalanced faults. Three types of unbalanced fault occurrence on power system transmission lines are single line to ground faults, line to line faults, and double line to ground faults. Fault studies are used to select and set the proper protective devices and switchgears. The determination of the bus voltages and line currents is very important in the fault analysis of power system. The process consists of various methods of mathematical calculation which is difficult to perform by hand. The calculation can be easily done by computer which is generated by a program developed using MATLAB. GUI (Graphical User Interface) will be provided with the programs as they are the components of the toolbox. This user friendly toolbox will assist user which among electrical engineering student or trainee engineer to perform the fault analysis of power system
机译:电力系统故障分析是确定各种类型的故障发生期间的母线电压和线路电流的过程。电力系统的故障可以分为三相平衡故障和不平衡故障。电力系统传输线上发生的三种不平衡故障类型是单线对地故障,线对线故障和双线对地故障。故障研究用于选择和设置适当的保护装置和开关设备。母线电压和线电流的确定在电力系统故障分析中非常重要。该过程包括各种难以手工完成的数学计算方法。该计算可以通过计算机轻松完成,该计算机由使用MATLAB开发的程序生成。程序将提供GUI(图形用户界面),因为它们是工具箱的组成部分。这个用户友好的工具箱将帮助电气工程专业的学生或实习工程师中的用户进行电力系统的故障分析

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  • 作者

    Ismail Mohd Fitry;

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  • 年度 2007
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