For the four bus system as shown in Fig. Determine the fault current when the fault takes place at bus no.2 with fault impedance Zr =0 p.u. The Subtransient reactance of the generators and positive sequence reactance of other elements are given. Assume prefault Votage Eth=1Z0° pu Generator X = j0.12p.u; Transmission line X = j0.26p.u; Transformer X = %3D j0.43p.u À Yz Y= Zn in pu Fault current Ir in p.u 625FC6C7-5514JPES 46 (Mc_1850jpg
For the four bus system as shown in Fig. Determine the fault current when the fault takes place at bus no.2 with fault impedance Zr =0 p.u. The Subtransient reactance of the generators and positive sequence reactance of other elements are given. Assume prefault Votage Eth=1Z0° pu Generator X = j0.12p.u; Transmission line X = j0.26p.u; Transformer X = %3D j0.43p.u À Yz Y= Zn in pu Fault current Ir in p.u 625FC6C7-5514JPES 46 (Mc_1850jpg
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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Transcribed Image Text:For the four bus system as shown in Fig. Determine the fault current when the fault takes place at bus no.2
with fault imnpedance Zr -0 p.u. The Subtransient reactance of the generators and positive sequence reactance
of other elements are given. Assume prefault Votage En= 120* p.u
Generator X = j0.12p.u ; Transmission line X = j0.26p.u; Transformer X =
j0 43p.u
A Y=
Y글 스
Zin in p.u
Fault current k in p.u.
461
625FC6C7-5514JPEG
(MG,1856jpg|
00000-
000
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