QUESTION TWOConsider the figure below which shows the single-line diagram of a small part of a powersystem.G₁200 MVA18kVXG1 = 0.1201toT₁250 MVA220/18kVΧτι = 10 ΩRefered to thehv side2OHL200 kmx₁=0.04 02/km4tojoT₂180 MVA220/11kVΧτz = 20 ΩRefered to thehv side3G₂150 MVA11kVXG1 = 0.080(a) Calculate the impedance of each component in per-unit using the component's ratedparameters are base values.(b) Calculate the impedance of each component at a common base power of 250 MVA.(c) Sketch the impedance diagram of the given power system.

Given the single line diagram of power system,

Consider the figure below which shows the single-line diagram of a small part of a power system. 1 10/0 G₁ 200 MVA 18kV XG1 = 0.120 250 MVA 220/18kV XT1 = 100 Refered to the hv side OHL 200 km x₁=0.04 02/km 3 @ T₂ 180 MVA 220/11kV XT2 = 2002 Refered to the hv side G₂ 150 MVA 11kV XG1 = 0.080 (a) Calculate the impedance of each component in per-unit using the component's rated parameters are base values. (b) Calculate the impedance of each component at a common base power of 250 MVA. (c) Sketch the impedance diagram of the given power system.

Consider the figure below which shows the single-line diagram of a small part of a power system. 1 10/0 G₁ 200 MVA 18kV XG1 = 0.120 250 MVA 220/18kV XT1 = 100 Refered to the hv side OHL 200 km x₁=0.04 02/km 3 @ T₂ 180 MVA 220/11kV XT2 = 2002 Refered to the hv side G₂ 150 MVA 11kV XG1 = 0.080 (a) Calculate the impedance of each component in per-unit using the component's rated parameters are base values. (b) Calculate the impedance of each component at a common base power of 250 MVA. (c) Sketch the impedance diagram of the given power system.

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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