The provided one-line diagram illustrates an industrial distribution system consisting of a small 3-phase system operating at V₁ = 450 V. The impedance of the distribution lines can be considered negligible. Load #1 is connected in a A configuration with a phase impedance of 10 92 and a phase angle of (30°). Load #2 is connected in a Y configuration with an impedance of 5 2/phase and a phase angle of (-36.87°). Answer the following questions a) Determine the total power factor of the distribution system. b) Find the total line current supplied (IL.) to the distribution system. c) Draw the power triangle of load #1. d) Draw the power triangle of load #2. Bus APNOZA AGUNG no Tandomly Load #1 Load #2

The provided one-line diagram illustrates an industrial distribution system consisting of a small 3-phase system operating at V₁ = 450 V. The impedance of the distribution lines can be considered negligible. Load #1 is connected in a A configuration with a phase impedance of 10 92 and a phase angle of (30°). Load #2 is connected in a Y configuration with an impedance of 5 2/phase and a phase angle of (-36.87°). Answer the following questions a) Determine the total power factor of the distribution system. b) Find the total line current supplied (IL.) to the distribution system. c) Draw the power triangle of load #1. d) Draw the power triangle of load #2. Bus APNOZA AGUNG no Tandomly Load #1 Load #2

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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