20 kVA 2400 V Z = j0.1pu M 30 kVA 60 kVA 25 kVA 4 kV 2400 V 60 kVA 9600/2400 V Z = j0.2 pu 2400/9600 V Z = j0.1 pu Z = j

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answerhappygod
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20 kVA 2400 V Z = j0.1pu M 30 kVA 60 kVA 25 kVA 4 kV 2400 V 60 kVA 9600/2400 V Z = j0.2 pu 2400/9600 V Z = j0.1 pu Z = j

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20 Kva 2400 V Z J0 1pu M 30 Kva 60 Kva 25 Kva 4 Kv 2400 V 60 Kva 9600 2400 V Z J0 2 Pu 2400 9600 V Z J0 1 Pu Z J 1
20 Kva 2400 V Z J0 1pu M 30 Kva 60 Kva 25 Kva 4 Kv 2400 V 60 Kva 9600 2400 V Z J0 2 Pu 2400 9600 V Z J0 1 Pu Z J 1 (45.13 KiB) Viewed 34 times
20 kVA 2400 V Z = j0.1pu M 30 kVA 60 kVA 25 kVA 4 kV 2400 V 60 kVA 9600/2400 V Z = j0.2 pu 2400/9600 V Z = j0.1 pu Z = j0.3 pu For the system as shown in the following figure, draw the per phase equivalent circuit diagram in per unit, by choosing 150 kVA as the base KVA and 2400 V as the base voltage. G1 G2 Transmission line Z = 50+ j200 2
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