if with drawing Obtain the line currents:1+j2QA100/0° VBZ = 12 + j12 N100 /120° V100 Z120° V1+j2Q1+j2 Q4. In a balanced three-phase Y-Y system, the source is an abc sequence of voltages and VAN =100220 Vrms. The line impedance per phase is 0.6 + j1.2 Q, while the per phase impedance ofthe load is 10 + j140. Calculate the line currents and the load voltages.

Given: VAN=100∠20°Line impedance per phase, ZLine=0.6+j1.2ΩLoad impedance per phase, ZLoad=10+j14Ω

4. In a balanced three-phase Y-Y system, the source is an abc sequence of voltages and VAN = 100220 Vms. The line impedance per phase is 0.6 + j1.2 N, while the per phase impedance of the load is 10 + j14N. Calculate the line currents and the load voltages.

4. In a balanced three-phase Y-Y system, the source is an abc sequence of voltages and VAN = 100220 Vms. The line impedance per phase is 0.6 + j1.2 N, while the per phase impedance of the load is 10 + j14N. Calculate the line currents and the load voltages.

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 2.31MCQ: One advantage of balanced three-phase systems over separate singlephase systems is reduced capital...

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if with drawing

Obtain the line currents:
1+j2Q
A
100/0° V
B
Z = 12 + j12 N
100 /120° V
100 Z120° V
1+j2Q
1+j2 Q
4. In a balanced three-phase Y-Y system, the source is an abc sequence of voltages and VAN =
100220 Vrms. The line impedance per phase is 0.6 + j1.2 Q, while the per phase impedance of
the load is 10 + j140. Calculate the line currents and the load voltages.

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