The open circuit line voltage and short circuit line current of a 150 kVA, 480-VL, 50 Hz, delta- connected synchronous generator were measured to be 520 V and 250 A, respectively at the rated field...


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The open circuit line voltage and short circuit line current of a 150 kVA, 480-VL, 50 Hz, delta-<br>connected synchronous generator were measured to be 520 V and 250 A, respectively at the<br>rated field current of 5 A. A DC current of 32 A was measured when a DC voltage of 9 V was<br>applied to the terminals of the generator.<br>a. Calculate the value of the armature resistance.<br>CONFIDENTIAL<br>b. Determine the value of the synchronous reactance and synchronous impedance.<br>[CLO3-PLO2:C4]<br>c. Illustrate the phasor diagram and estimate the terminal voltage if the generator delivers<br>total power of 120 kVA to a 3-phase balanced delta connected inductive load with<br>impedance of 5 2 per phase and lagging power factor of 0.83.<br>

Extracted text: The open circuit line voltage and short circuit line current of a 150 kVA, 480-VL, 50 Hz, delta- connected synchronous generator were measured to be 520 V and 250 A, respectively at the rated field current of 5 A. A DC current of 32 A was measured when a DC voltage of 9 V was applied to the terminals of the generator. a. Calculate the value of the armature resistance. CONFIDENTIAL b. Determine the value of the synchronous reactance and synchronous impedance. [CLO3-PLO2:C4] c. Illustrate the phasor diagram and estimate the terminal voltage if the generator delivers total power of 120 kVA to a 3-phase balanced delta connected inductive load with impedance of 5 2 per phase and lagging power factor of 0.83.

Jun 11, 2022
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