Can you explain regarding shunt reactor and shunt capacitor? Source Voltage = 14.98 kVFeeder Impedance = 1+ j2 OhmsPower into Feeder at Source8.42 MW4.84 Mvar9.71 MVA13.80 kVFeeder Losses = 0.420 MW8.0MW4.0Mvar0.840 Mvarshunt0.0수MvarVeactorSource Voltage = 15.13 kvFeeder Impedance = 1+ j2 OhmsPower into Feeder at Source8.47 MW5.93 Mvar10.34 MVA13.80 kVFeeder Losses = 0.467 MW8. OFMW4.0HMvar0.934 Mvar-1.0수MvarSource Voltage = 15.27 kVFeeder Impedance = 1 + j2 OhmsPower into Feeder at Source8.52 MW7.05 Mvar11.06 MVA13.80 kVFeeder Losses = 0.525 MW8.OMW4.0 Mvar1.050 Mvar-2.0습Mvarle Source Voltage = 14.98 kVFeeder Impedance = 1+ j2 OhmsPower into Feeder at Source8.42 MW4.84 Mvar9.71 MVA13.80 kVFeeder Losses = 0.420 MW8.0 MW4.OMvar0.840 Mvar0.0MvarshuntcapacitorSource Voltage = 14.84 kVFeeder Impedance = 1+ j2 OhmsPower into Feeder at Source8.38 MW3.77 Mvar9.19 MVA13.80 kVFeeder Losses = 0.383 MW8.0MW4.0Mvar0.766 Mvar1.0수MvarSource Voltage = 14.70 kVFeeder Impedance = 1 + j2 OhmsPower into Feeder at Source8.36 MW2.71 Mvar8.79 MVA13.80 kVFeeder Losses = 0.357 MW8.0주MN4.0(Mvar0.714 Mvar2.0수Mvar

Shunt Inductive reactor Inductive reactor absorbs lagging VAR and supplies leading VAR. The…

Answered: Can you explain regarding shunt reactor…

Engineering

Electrical Engineering

Can you explain regarding shunt reactor and shunt capacitor?

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

Can you explain regarding shunt reactor and shunt capacitor?

Source Voltage = 14.98 kV
Feeder Impedance = 1+ j2 Ohms
Power into Feeder at Source
8.42 MW
4.84 Mvar
9.71 MVA
13.80 kV
Feeder Losses = 0.420 MW
8.0MW
4.0Mvar
0.840 Mvar
shunt
0.0수Mvar
Veactor
Source Voltage = 15.13 kv
Feeder Impedance = 1+ j2 Ohms
Power into Feeder at Source
8.47 MW
5.93 Mvar
10.34 MVA
13.80 kV
Feeder Losses = 0.467 MW
8. OFMW
4.0HMvar
0.934 Mvar
-1.0수Mvar
Source Voltage = 15.27 kV
Feeder Impedance = 1 + j2 Ohms
Power into Feeder at Source
8.52 MW
7.05 Mvar
11.06 MVA
13.80 kV
Feeder Losses = 0.525 MW
8.OMW
4.0 Mvar
1.050 Mvar
-2.0습Mvar
le

Source Voltage = 14.98 kV
Feeder Impedance = 1+ j2 Ohms
Power into Feeder at Source
8.42 MW
4.84 Mvar
9.71 MVA
13.80 kV
Feeder Losses = 0.420 MW
8.0 MW
4.OMvar
0.840 Mvar
0.0Mvar
shunt
capacitor
Source Voltage = 14.84 kV
Feeder Impedance = 1+ j2 Ohms
Power into Feeder at Source
8.38 MW
3.77 Mvar
9.19 MVA
13.80 kV
Feeder Losses = 0.383 MW
8.0MW
4.0Mvar
0.766 Mvar
1.0수Mvar
Source Voltage = 14.70 kV
Feeder Impedance = 1 + j2 Ohms
Power into Feeder at Source
8.36 MW
2.71 Mvar
8.79 MVA
13.80 kV
Feeder Losses = 0.357 MW
8.0주MN
4.0(Mvar
0.714 Mvar
2.0수Mvar

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