The three-phase power and line-line ratings of the electric power system shown in Figure-1 are given below: G,:(first and Last digit of SAP ID) MVA T:(G,rating-10) MVA T:(G,rating -10) MVA M:((T,rating-10)) MVA Line: 30 kV X=10% 30/300 kV X=11% 300/30 kV X=11% 25 kV X=9% 30 kV Z-First two digits of SAP ID + j (2x first two digits of SAP ID) T2 Vm Line 2 G M Figure 1 Apply the knowledge of per unit system on above network and draw an impedance diagram showing all impedances in per unit when S, = 100 MVA and V, = 30 kV

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SAP ID =8925
The three-phase power and line-line ratings of the electric power system shown in
Figure-1 are given below:
G,:(first and Last digit of SAP ID) MVA
T:(G,rating-10) MVA
T(G,rating-10) MVA
M:((T,rating-10)) MVA
30 kV
X=10%
30/300 kV
X=11%
300/30 kV
X=11%
25 kV
X=9%
Line:
30 kV
Z=First two digits of SAP ID + j (2× first two digits of SAP ID)
T1
T2
Vm
Line
2
G
M
Figure 1
• Apply the knowledge of per unit system on above network and draw an impedance
diagram showing all impedances in per unit when S, = 100 MVA and V, = 30 kV
Transcribed Image Text:The three-phase power and line-line ratings of the electric power system shown in Figure-1 are given below: G,:(first and Last digit of SAP ID) MVA T:(G,rating-10) MVA T(G,rating-10) MVA M:((T,rating-10)) MVA 30 kV X=10% 30/300 kV X=11% 300/30 kV X=11% 25 kV X=9% Line: 30 kV Z=First two digits of SAP ID + j (2× first two digits of SAP ID) T1 T2 Vm Line 2 G M Figure 1 • Apply the knowledge of per unit system on above network and draw an impedance diagram showing all impedances in per unit when S, = 100 MVA and V, = 30 kV
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