A three-phase synchronous generator with a nominal pole voltage of 3300 V, nominal apparent power of 1200 kVA, and an operating frequency of 50Hz is given. The drum's ohmic resistance is negligible. During nominal operation, the generator supplies a load with a power factor (P.F.) of 0.8 inductive.Calculate the real power absorbed by the load during nominal operation.
A three-phase synchronous generator with a nominal pole voltage of 3300 V, nominal apparent power of 1200 kVA, and an operating frequency of 50Hz is given. The drum's ohmic resistance is negligible. During nominal operation, the generator supplies a load with a power factor (P.F.) of 0.8 inductive.Calculate the real power absorbed by the load during nominal operation.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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A three-phase synchronous generator with a nominal pole voltage of 3300 V, nominal apparent power of 1200 kVA, and an operating frequency of 50Hz is given. The drum's ohmic resistance is negligible. During nominal operation, the generator supplies a load with a power factor (P.F.) of 0.8 inductive.Calculate the real power absorbed by the load during nominal operation.
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