In the power system whose single line diagram is shown below, the line cross section is 95 mm2, the intrinsic conductivity coefficient is 34 m/ohm.mm2 and the inductive reactance of the line is given as 0.4 ohm/km. According to these values; a) Calculate the active, reactive and visible components of the currents passing through each line segment. b) Find the location and value of the largest voltage drop.
In the power system whose single line diagram is shown below, the line cross section is 95 mm2, the intrinsic conductivity coefficient is 34 m/ohm.mm2 and the inductive reactance of the line is given as 0.4 ohm/km. According to these values; a) Calculate the active, reactive and visible components of the currents passing through each line segment. b) Find the location and value of the largest voltage drop.
Chapter1: General Information For Electrical Installations
Section: Chapter Questions
Problem 14R
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In the power system whose single line diagram is shown below, the line cross section is 95 mm2, the intrinsic conductivity coefficient is 34
m/ohm.mm2 and the inductive reactance of the line is given as 0.4 ohm/km. According to these values;
a) Calculate the active, reactive and visible components of the currents passing through each line segment.
b) Find the location and value of the largest voltage drop.
Transcribed Image Text:50 kVA
25 kW
cos.= 0,6
700 m
cos = 0,8
400 m
B
400 m
U.=10 kV
1200m
C
100KVA
cog =0,75
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