QUESTION 1 A 100 km, 400 kV transmission line is subject to an “a" phase to earth fault at 80 km. If the fault path resistance is 10 2, calculate the fault current. Data:- For generation: Za1 = Za2 = 1 + j16 N and Zao = 0.5 + j8 N For the line: ZLI = ZL2 = 1.8 + j31 N and ZLo= 10 + j88 N

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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O O 73
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WearAMask M|..
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50
University of Botswana
Faculty of Engineering and Technology
Department of Electrical Engineering
EEB 465 - Analysis of Power Systems
and
EEB 525 - Power Systems Analysis
Due Date: 2nd May 2022
Assignment 2
QUESTION 1
A 100 km, 400 kV transmission line is subject to an "a" phase to earth fault
at 80 km. If the fault path resistance is 10 2, calculate the fault current.
Data:-
For generation:
Zs1 = Zs2 = 1 + j16 N and Zs0 = 0.5 + j8 N
For the line:
ZLI = ZL2 = 1.8 + j31 2 and ZLO = 10 + j88 2
QUESTION 2
What are the fundamental differences between primary and back-up
protection?
EEB 465 - EEB 525
By: Prof. E. Matlotse
Page 1
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Transcribed Image Text:StaySafe Orangel. 36 O O 73 11:50 WearAMask M|.. Edit 88 50 University of Botswana Faculty of Engineering and Technology Department of Electrical Engineering EEB 465 - Analysis of Power Systems and EEB 525 - Power Systems Analysis Due Date: 2nd May 2022 Assignment 2 QUESTION 1 A 100 km, 400 kV transmission line is subject to an "a" phase to earth fault at 80 km. If the fault path resistance is 10 2, calculate the fault current. Data:- For generation: Zs1 = Zs2 = 1 + j16 N and Zs0 = 0.5 + j8 N For the line: ZLI = ZL2 = 1.8 + j31 2 and ZLO = 10 + j88 2 QUESTION 2 What are the fundamental differences between primary and back-up protection? EEB 465 - EEB 525 By: Prof. E. Matlotse Page 1 DO DO W Tools Mobile View Share PDF to DOC
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