Generator 1: 20MVA, 13.8kv, x"- 0,2 per unit Generator 2: 30OMVA, 18kv, x"= 0.2 per unit Generator 3: 30OMVA, 20kv, x"= 0.2 per unit Transformer TI: 25MVA, 220 Y/13.8kv A, x-10% Transformer T2: single phase units each rated 10MVA, 127/18, x-10% Transformer T1: 35MVA, 220 Y/22kv Y, x-10% Draw the impedance diagram with all reactance marked per unit and with letters to indicate points corresponding to the one-line diagram. Choose a base of 50MVA, 13.8kv in the circuit of generator 1.

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7. The one-line loaded diagram of unloaded power system is shown below. Reactance of the
two sections of transmission line is shown on the diagram. The generators and
transformers are rated as follows:
Generator 1: 20MVA, 13.8kv, x"- 0,2 per unit
Generator 2: 30OMVA, 18kv, x"= 0.2 per unit
Generator 3: 30OMVA, 20kv, x"= 0.2 per unit
Transformer T1: 25MVA, 220 Y/13.8kv A, x-10%
Transformer T2: single phase units each rated 10MVA, 127/18, x-10%
Transformer T1: 35MVA, 220 Y/22kv Y, x-10%
Draw the impedance diagram with all reactance marked per unit and with letters to
indicate points corresponding to the one-line diagram. Choose a base of 50MVA, 13.8kv
in the circuit of generator 1.
j80 0
j100 Q
"కాతంణం
Transcribed Image Text:7. The one-line loaded diagram of unloaded power system is shown below. Reactance of the two sections of transmission line is shown on the diagram. The generators and transformers are rated as follows: Generator 1: 20MVA, 13.8kv, x"- 0,2 per unit Generator 2: 30OMVA, 18kv, x"= 0.2 per unit Generator 3: 30OMVA, 20kv, x"= 0.2 per unit Transformer T1: 25MVA, 220 Y/13.8kv A, x-10% Transformer T2: single phase units each rated 10MVA, 127/18, x-10% Transformer T1: 35MVA, 220 Y/22kv Y, x-10% Draw the impedance diagram with all reactance marked per unit and with letters to indicate points corresponding to the one-line diagram. Choose a base of 50MVA, 13.8kv in the circuit of generator 1. j80 0 j100 Q "కాతంణం
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