An Alternator having three-phase, 3-wire ABC system supplying an effective line voltage of 120 V, has an a three-impedances of 50 / 45 ohms in Delta connection. Assume that Vbc is the reference vector. In problem above, assuming that it is Wye connected load and VAN is the reference vector. Determine the total true power, reactive power, apparent power of the connected load.
An Alternator having three-phase, 3-wire ABC system supplying an effective line voltage of 120 V, has an a three-impedances of 50 / 45 ohms in Delta connection. Assume that Vbc is the reference vector. In problem above, assuming that it is Wye connected load and VAN is the reference vector. Determine the total true power, reactive power, apparent power of the connected load.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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An Alternator having three-phase, 3-wire ABC system supplying an effective line voltage of 120 V,
has an a three-impedances of 50 / 45 ohms in Delta connection. Assume that Vbc is the reference
vector.
In problem above, assuming that it is Wye connected load and VAN is the reference
vector. Determine the total true power, reactive power, apparent power of the
connected load. What is the capacity in Kva of synchronous generator if the
connected load is 85%
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