A1 GW synchronous generator is connected to an infinite bus through a transmission line. The infinite...

  

  

Transcribed Image Text:

A1 GW synchronous generator is connected to an infinite bus through a transmission line. The infinite bus voltage (per phase) is 100 kV (reference voltage), the inductive reactance of the transmission line is 5 2, the synchronous reactance of the generator is X, = 82. If the generator delivers its rated power at unity power factor to the infinite bus, compute the following: d) The generator capacity (i.e., apparent power) e) If a capacitor with capacitive reactance of 5 is connected in series with the transmission line, what is the new capacity of the system? f) If a second transmission line with X inez = 5 2 is connected in parallel with the original transmission line, what is the new system capacity? A1 GW synchronous generator is connected to an infinite bus through a transmission line. The infinite bus voltage (per phase) is 100 kV (reference voltage), the inductive reactance of the transmission line is 5 2, the synchronous reactance of the generator is X, = 82. If the generator delivers its rated power at unity power factor to the infinite bus, compute the following: d) The generator capacity (i.e., apparent power) e) If a capacitor with capacitive reactance of 5 is connected in series with the transmission line, what is the new capacity of the system? f) If a second transmission line with X inez = 5 2 is connected in parallel with the original transmission line, what is the new system capacity?