a) Draw a schematic diagram of a per-phase synchronous electrical, generator.
b) Define the components in the armature (stator) side of the diagram
c) Define the generators torque components.
d) Define the enerators power components
A 3-phase, 600 WA synchronous generator has a rated line voltage of 3300 V. The stator winding is star connected and has a resistance of 0.37 Ω/phase Its synchronous impedance is 4.3 Ω/phase.
e) Draw the synchronous generator's per phase voltage and current phasor diagram.
f) Calculate the per phase output voltage.
g) Determine the voltage dropped across the synchronous impedance.
Calculate the synchronous generator's voltage regulation and output power for full loads having power factors of:
h) Unity.
I) 0.8 lagging.