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//Electric Power Generation, Transmission and Distribution by S.N.Singh
//Publisher:PHI Learning Private Limited
//Year: 2012 ; Edition - 2
//Example 4.1
//Scilab Version : 6.0.0 ; OS : Windows
clc;
clear;
Z=[400,380,350,300,350,500,700,750,900,1200,1350,1200,1000,950,1250,1300,1400,1300,1500,1800,2000,1950,1000,800];
Totalenergy = 0; //Initial Total energy
for i=1:length(Z)
Totalenergy=Z(i)+Totalenergy;
end
Averagedemand=Totalenergy/24; //Average demand of the feeder in kW
Maximumdemand=2000; //Maximum demand of the feeder in kW
Loadfactor=Averagedemand/Maximumdemand; //Load factor of the feeder
Lossfactor=0.14; //Loss factor of the feeder
Peakloadpowerloss=108; //Peakload power loss of the feeder in kW
Averagepowerloss=Lossfactor*Peakloadpowerloss; //Average power loss of the feeder in kW
Annualpowerloss=Averagepowerloss*365; //Annual power loss of the feeder in kW
Connecteddemand=2500; //Connected demand of the feeder in kW
Demandfactor=Maximumdemand/Connecteddemand; //Demand factor of the feeder
printf("\nThe average powerloss of the feeder %.2f kW",Averagepowerloss);
printf("\nThe annual powerloss of the feeder %.1f kW",Annualpowerloss);
printf("\nThe demand factor of the feeder %.2f",Demandfactor);
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