Power System Analysis Problem Soru-6) The single line diagram of the 3-phase system is given below. The reactance values of line 1 and line 2 are 48.4 and 65.43 ohms, respectively. By selecting the base values of the generator as 100 MVA and 22 kV, the unit value of the power system a) b) busbar number 1, c) Draw the single line diagram. The engine works at 10.45 kV with a 0.8 power factor (forward). Accordingly, the voltage of Calculate the internal emfvalues of the generator and engine. T G: 90 MVA X = 18 % 22/220 kV X = 10 % 220/11 kV X = 6.0 % 22/110 kV X = 6.4 % 1 10/11 kV X = 8.0 % 22 kV Line ! T: 50 MVA T2: 40 MVA Тз: 40 MVA T4: 40 MVA M: 66.5 MVA 10.45 kV 220 kV G M 73 Line 2 Load X = 18.5 % %3D 110KV

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Power System Analysis Problem
Soru-6) The single line diagram of the 3-phase system is given below. The reactance values of line 1
and line 2 are 48.4 and 65.43 ohms, respectively. By selecting the base values of the generator as 100
MVA and 22 kV, the unit value of the power system
a)
b)
busbar number 1,
c)
Draw the single line diagram.
The engine works at 10.45 kV with a 0.8 power factor (forward). Accordingly, the voltage of
www
Calculate the internal emf values of the generator and engine.
T
T2
G: 90 MVA
22 kV
X = 18 %
22/220 kV X = 10 %
220/11 kV X = 6.0 %
Line !
T: 50 MVA
T2: 40 MVA
T3: 40 MVA
T: 40 MVA
M: 66.5 MVA 10.45 kV
220 kV
%3D
G
M
22/110 kV X = 6.4 %
%3D
T3
5
1 10/11 kV X = 8.0 %
Line 2
Load
X = 18.5 %
110 kV
Transcribed Image Text:Power System Analysis Problem Soru-6) The single line diagram of the 3-phase system is given below. The reactance values of line 1 and line 2 are 48.4 and 65.43 ohms, respectively. By selecting the base values of the generator as 100 MVA and 22 kV, the unit value of the power system a) b) busbar number 1, c) Draw the single line diagram. The engine works at 10.45 kV with a 0.8 power factor (forward). Accordingly, the voltage of www Calculate the internal emf values of the generator and engine. T T2 G: 90 MVA 22 kV X = 18 % 22/220 kV X = 10 % 220/11 kV X = 6.0 % Line ! T: 50 MVA T2: 40 MVA T3: 40 MVA T: 40 MVA M: 66.5 MVA 10.45 kV 220 kV %3D G M 22/110 kV X = 6.4 % %3D T3 5 1 10/11 kV X = 8.0 % Line 2 Load X = 18.5 % 110 kV
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