A short line having an impedance of (2 + j3) ohm interconnects two power stations A and B both operating at 11kV equal in magnitude and phase. To transfer 25 MW at 0.8 power factor lagging from A to B determine the voltage drop must be compensated by the booster so that the voltages are maintain the same at both ends.

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A short line having an impedance of (2 + j3) ohm interconnects two power stations A and B both operating at 11kV equal in magnitude and phase. To transfer 25 MW at 0.8 power factor lagging from A to B determine the voltage drop must be compensated by the booster so that the voltages are maintain the same at both ends.
B) A short line having an impedance of (2 + j3) ohm interconnects two power
stations A and B both operating at 11kV equal in magnitude and phase. To transfer
25 MW at 0.8 power factor lagging from A to B determine the voltage drop must be
compensated by the booster so that the voltages are maintain the same at both ends.
Transcribed Image Text:B) A short line having an impedance of (2 + j3) ohm interconnects two power stations A and B both operating at 11kV equal in magnitude and phase. To transfer 25 MW at 0.8 power factor lagging from A to B determine the voltage drop must be compensated by the booster so that the voltages are maintain the same at both ends.
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