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plz make report for Lab 5 by computer with change numbers in question not same
Lab 5 Symmetrical component 1) If Va= 1 L 0°, Vb=lL-30°, Ve=1 L 60° (all values are in pu) Write program to transform the actual values of voltage to symmetrical components Val, Va2, Vao 2) If Va=1L0°, Vb=0.5L-120°, Vc=1.5L-240° (all values are in pu) Write program to transform the actual values of voltage to symmetrical components Val, Va2, Vao 3) If Va= 1.5L09, Vb=1L -30°, Ve=2L 60° Write program to transform the actual values of voltage to symmetrical components Val, Va2, Vao 4) Comment on the results obtained الصفحة 12 PS1 lab by: Elemary, Yousef, Alhabri % Lab 5 %This program compute symmetrical components zero, %+ve and -ve from actual value of voltage tha=0.; %angle of phase a thb=-30.; %angle of phase b thc=60.; %angle of of phase c vabc=[111] %magnitude of phase voltages a, b, and c va=vabc(1)*(cos((tha*pi)/180.)+i* sin(tha*pi)/180.)); vb=vabc(2)*(cos((thb*pi)/180.)+itsin((thb*pi)/180.)); vc=vabc(3)*(cos((thc*pi)/180.)+i* sin((thc *pi)/180.)); %calculation of transformation matrix t al=cos((120*pi)/180.)+i*sin((120*pi)/180.); a2=cos((240*pi)/180.)+i* sin((240*pi)/180.); t=[1 1 1;1 a2 al;l al a2] tt=inv(t) vabct=[va;vb;vc] v012=tt*vabct