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DETERMINATION OF ADMITTANCE AND IMPEDANCE BUS MATRICES USING LINEAR ALGEBRA AND MATLAB TM IN ELECTRIC POWER SYSTEMS

机译:在电力系统中使用线性代数和MATLAB TM测定导纳和阻抗总线矩阵

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In electrical engineering, specifically in Electric Power Systems linear algebra is used widely throughout the curriculum. More specifically in electric power systems, short circuit analysis requires the determination of impedance bus matrices Z{sub}(bus). Admittance bus matrices, Y{sub}(bus), are used in load flow analysis amongst other applications. The classic manipulation of these matrices has been done using high-level programs such as FORTAN and C. With the introduction of mathematical packages such as MATLAB and MATHCAD we have reduced the time being consumed in the solution of such matrices and focus more in the techniques and analysis of the results. This paper will attempt to demonstrate the usage of MATLAB in the solution of linear algebra problems in the analysis of electric power systems specifically in the use of the "building algorithm" and Kron's reduction.
机译:在电气工程中,特别是在电力系统中,线性代数在整个课程中广泛使用。更具体地,在电力系统中,短路分析需要确定阻抗总线矩阵Z {子}(总线)。入场总线矩阵,Y {Sub}(总线)用于其他应用程序中的负载流分析。这些矩阵的经典操纵已经使用诸如Fortan和C的高级节目进行了完成。随着Matlab和Mathcad等数学封装的引入,我们已经减少了在这种矩阵的解决方案中消耗的时间,并且更多地关注技术并分析结果。本文将试图展示MATLAB在线性代数在电力系统分析中的解决方案中的用法,具体在使用“建筑算法”和kron的减少中。

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