Obtain the equivalent impedance diagram (at bus F-4) of the figure below. Assume Sbase of 100...

  

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Obtain the equivalent impedance diagram (at bus F-4) of the figure below. Assume Sbase of 100 MVA at a base voltage of 230 Volts located in the secondary side of the transformer. UTILITY 3Ph, SC LEVEL = 150MVA Distribution Transformer 3-333KVA, 1P, 13.8KV-0.23KV 52%2 Cm 50 m. Cu. Cable Three Sets Three-Conductor 250mm THW 0.0500 C1 25 m. Cu. Cable Three-Conductor 175mm THWN 0.0600 XF-2 PB-01 (99.820 KVA) 25 m. Cu. Cable Three-Conductor 250mm THWN 0.0500 XF-3 PB-02 (135.240KVA) 25 m. Cu. Cable Three-Conductor 200mm THWN 0.0560* XF-4 PB-03 (109.480KVA) C4 25 m. Cu. Cable Three-Conductor 200mm THWN 0.0560* XF-5 PB-04 (109.480KVA) Obtain the equivalent impedance diagram (at bus F-4) of the figure below. Assume Sbase of 100 MVA at a base voltage of 230 Volts located in the secondary side of the transformer. UTILITY 3Ph, SC LEVEL = 150MVA Distribution Transformer 3-333KVA, 1P, 13.8KV-0.23KV 52%2 Cm 50 m. Cu. Cable Three Sets Three-Conductor 250mm THW 0.0500 C1 25 m. Cu. Cable Three-Conductor 175mm THWN 0.0600 XF-2 PB-01 (99.820 KVA) 25 m. Cu. Cable Three-Conductor 250mm THWN 0.0500 XF-3 PB-02 (135.240KVA) 25 m. Cu. Cable Three-Conductor 200mm THWN 0.0560* XF-4 PB-03 (109.480KVA) C4 25 m. Cu. Cable Three-Conductor 200mm THWN 0.0560* XF-5 PB-04 (109.480KVA)