Q2/ In Radial Distribution System (11kv) as shown in fig and table: FIND1-Voltage drop of each branch2-Active power of each branch3-Reactive power of each branch4-Apparent power of each branch5-Total current of each branch6-Size of cable must be used in low voltage size of all branch7-Size of transformer must be used in all branchR1; Xa1(1R12; X12R23 ; X23P1; Q,1P12; Q12Pza: Q23P Q,P2; Q2P3; QsQ3(kV AR)P1Q1(kV AR)P2Q2(kV AR)P3Cose(kw)(kw)100(kw)1502030100100.9R=R=R2=R3=0.2XL-XLI=XL2-XL3-0.3

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Q2/ In Radial Distribution System (11kv) as shown in fig and table: FIND 1-Voltage drop of each branch 2-Active power of each branch 3-Reactive power of each branch

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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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

Q2/ In Radial Distribution System (11kv) as shown in fig and table: FIND
1-Voltage drop of each branch
2-Active power of each branch
3-Reactive power of each branch
4-Apparent power of each branch
5-Total current of each branch
6-Size of cable must be used in low voltage size of all branch
7-Size of transformer must be used in all branch
R1; Xa1
(1
R12; X12
R23 ; X23
P1; Q,1
P12; Q12
Pza: Q23
P Q,
P2; Q2
P3; Qs
Q3
(kV AR)
P1
Q1
(kV AR)
P2
Q2
(kV AR)
P3
Cose
(kw)
(kw)
100
(kw)
150
20
30
100
10
0.9
R=R=R2=R3=0.2
XL-XLI=XL2-XL3-0.3

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