19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130. ZCA 30-130 2. Find: (a) the three phasor line currents; (b) the power de- livered to each phase of the load; (c) the power provided by each phase of the 'BC source.
19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130. ZCA 30-130 2. Find: (a) the three phasor line currents; (b) the power de- livered to each phase of the load; (c) the power provided by each phase of the 'BC source.
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter2: Fundamentals
Section: Chapter Questions
Problem 2.13MCQ
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![19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase
sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130,
ZCA 30 130 2. Find: (a) the three phasor line currents; (b) the power de-
livered to each phase of the load; (c) the power provided by each phase of the
'BC
source.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2f2b504f-5266-495b-9ca8-0a62198e0e92%2F8a5fb2ac-1f26-488a-bf09-bb1c692d01bd%2Fi5g7p47_processed.jpeg&w=3840&q=75)
Transcribed Image Text:19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase
sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130,
ZCA 30 130 2. Find: (a) the three phasor line currents; (b) the power de-
livered to each phase of the load; (c) the power provided by each phase of the
'BC
source.
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How do you get the value of Vab and Vac here? (YELLOW HIGHLIGHTED PART)
*problem inserted again for clearness
![Given
Van = 200/0° Vrms
Unbalanced delta cormected load
ZBC = 30+330
ZAB = 60+JO
(a) & df line cursents = ?
ab = √3 Van / +30°
Vab
= √3X200 (0+30°
34641+30 V
Vạc - 84641290 V
Vca = 346-41 -210°
Vab
ZAB
IBC = V₂c
ZBC
TAB =
)
ICA = Vea
ZCA
=
34641 490
30+J30
346-41 L-210
30-J30
3 phasor line currents
IA = IAB - ICA
IB = IBC-IAB
Ic =
/
Ic
=
ZCA = 30-53012
1-сл
ICA
fto
C
346-414-30° => AB = 3.7735/430° A
60
> IBC = 8.1649 -135 A
⇒ICA 8-1649 -165 A
LAB
ZBE
TA = 13-823/21-2° ATB = 13.923-141-2°A
ZAB
5.7735/30-81649-165° = 13-823/21-2
9-1649-135-5-7735/30° = 13-823/-141-2
ICA-IBC = 8-1649-165-8-1649 C-135 = 4.226/120*
IB
Ic= 4.226 120 A](https://content.bartleby.com/qna-images/question/2f2b504f-5266-495b-9ca8-0a62198e0e92/1c214492-ba51-4cdc-af1a-0c7d427d764a/g5wz8se_thumbnail.jpeg)
Transcribed Image Text:Given
Van = 200/0° Vrms
Unbalanced delta cormected load
ZBC = 30+330
ZAB = 60+JO
(a) & df line cursents = ?
ab = √3 Van / +30°
Vab
= √3X200 (0+30°
34641+30 V
Vạc - 84641290 V
Vca = 346-41 -210°
Vab
ZAB
IBC = V₂c
ZBC
TAB =
)
ICA = Vea
ZCA
=
34641 490
30+J30
346-41 L-210
30-J30
3 phasor line currents
IA = IAB - ICA
IB = IBC-IAB
Ic =
/
Ic
=
ZCA = 30-53012
1-сл
ICA
fto
C
346-414-30° => AB = 3.7735/430° A
60
> IBC = 8.1649 -135 A
⇒ICA 8-1649 -165 A
LAB
ZBE
TA = 13-823/21-2° ATB = 13.923-141-2°A
ZAB
5.7735/30-81649-165° = 13-823/21-2
9-1649-135-5-7735/30° = 13-823/-141-2
ICA-IBC = 8-1649-165-8-1649 C-135 = 4.226/120*
IB
Ic= 4.226 120 A
![19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase
sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130,
ZCA 30 130 2. Find: (a) the three phasor line currents; (b) the power de-
livered to each phase of the load; (c) the power provided by each phase of the
'BC
source.](https://content.bartleby.com/qna-images/question/2f2b504f-5266-495b-9ca8-0a62198e0e92/1c214492-ba51-4cdc-af1a-0c7d427d764a/32jpdf_thumbnail.jpeg)
Transcribed Image Text:19 A balanced three-phase voltage source, Van = 200/0° V rms, positive phase
sequence, is connected to an unbalanced A load: ZAB= 60 + 10, Zgc = 30 + 130,
ZCA 30 130 2. Find: (a) the three phasor line currents; (b) the power de-
livered to each phase of the load; (c) the power provided by each phase of the
'BC
source.
Solution
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