Example 3: Obtain the power angle relationship and the generator internal emf for (i)classical model (ii) salient pole model with following data: xa = 1.0 pu: xq = 0.6 pu: V₁=1.0 pu: I₁=1.0 pu at upfSolution:(i) Classical model: The phasor diagram is shown in Fig P3.IndIVEIaFig.P3 Example 3, case(i)

Assuming that the generator's rated power is 100 MVA, frequency is 60 Hz, and Xd =Xq =1.0Pu, the…

Example 3: Obtain the power angle relationship and the generator internal emf for (i) classical model (ii) salient pole model with following data: x=1.0 pu: xq = 0.6 pu: V₁ =1.0 pu: 1,=1.0 pu at upf

Example 3: Obtain the power angle relationship and the generator internal emf for (i) classical model (ii) salient pole model with following data: x=1.0 pu: xq = 0.6 pu: V₁ =1.0 pu: 1,=1.0 pu at upf

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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Question

Example 3: Obtain the power angle relationship and the generator internal emf for (i)
classical model (ii) salient pole model with following data: xa = 1.0 pu: xq = 0.6 pu: V₁
=1.0 pu: I₁=1.0 pu at upf
Solution:
(i) Classical model: The phasor diagram is shown in Fig P3.
Ind
IVE
Ia
Fig.P3 Example 3, case(i)

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