B For the star-star three phase system in Figure 10.3: VAN = 400/0° V rms C A elele N ellee elele VCN=400/120° V rms Ic LA VBN=400/-120° V rms B B Figure 10.3 4Ω Determine the complex power delivered to the three-phase load. VA 10 Ω 892 40 52 VB 60 Ω b

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
Chapter7: Symmetrical Faults
Section: Chapter Questions
Problem 7.3MCQ: The amplitude of the sinusoidal symmetrical ac component of the three-phase short-circuit current of...
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B
For the star-star three phase system in Figure 10.3:
VAN = 400/0° V rms
C
ellle
A
N
ellee
IN
VBN = 400/-120° V rms
B
ellee
JA
VCN=400/120° V rms
Ic
/B
Figure 10.3
42
Determine the complex power delivered to the three-phase load.
a
1
VA
1852
8Ω
1000
Vc
ele
40 Ω
moo
VB
60 Ω
b
Transcribed Image Text:B For the star-star three phase system in Figure 10.3: VAN = 400/0° V rms C ellle A N ellee IN VBN = 400/-120° V rms B ellee JA VCN=400/120° V rms Ic /B Figure 10.3 42 Determine the complex power delivered to the three-phase load. a 1 VA 1852 8Ω 1000 Vc ele 40 Ω moo VB 60 Ω b
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