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//Electric Power Generation, Transmission and Distribution by S.N.Singh
//Publisher:PHI Learning Private Limited
//Year: 2012 ; Edition - 2
//Example 17.7
//Scilab Version : 6.0.0 ; OS : Windows
clc;
clear;
Vs=220; //Supply voltage in Volt
r=1; //Resistance in Ohm/km
D_aC=5; //Voltage drop in section aC in Volt
D_C1E1=1; //Voltage drop in section C1E1 in Volt
D_PE1=0.5; //Voltage drop in section pE1 in Volt
D_CB=3; //Voltage drop in section CB in Volt
D_B1D1=1; //Voltage drop in section B1D1 in Volt
D_D1C1=0; //Voltage drop in section D1C1 in Volt
D_Eb=3; //Voltage drop in section Eb in Volt
D_BA=1.5; //Voltage drop in section BA in Volt
D_A1D=2; //Voltage drop in section A1D in Volt
D_DE=3; //Voltage drop in section DE in Volt
CC1=Vs-D_aC-D_C1E1+D_PE1; //Voltage across section CC1 in Volt
BB1=CC1-D_CB-D_B1D1-D_D1C1; //Voltage across section BB1 in Volt
E1E=Vs-D_PE1-D_Eb; //Voltage across section E1E in Volt
D1D=E1E+D_C1E1+D_D1C1-D_DE; //Voltage across section D1D in Volt
AA1=2*Vs-D_aC-D_CB-D_BA-D_A1D-D_DE-D_Eb; //Voltage across section AA1 in Volt
printf("\nThe voltage across load points are %.1f volt and %.1f volt and %.1f volt and %.1f volt and %.1f volt",CC1,BB1,E1E,D1D,AA1);
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