A balanced, positive-sequence, Y-connected voltage source with Eab=480/0° volts is applied to a balanced- A load with Z₁ = 30/40°. The line impedance between the source and load is Z₁ = 1/85°, for each phase. Calculate the line currents, the A-load currents, and the voltages at the load terminals.

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EGRT246 Electric Power System
Chapter-2 Example problems
ch2_textbook_example_problems_1352142173
Example 2.4 Balanced- A and-Y Loads
A balanced, positive-sequence, Y-connected voltage source with Eab=480/0° volts is
applied to a balanced- A load with Z₁ = 30/40°. The line impedance between the
source and load is Z₁ = 1/85°, for each phase. Calculate the line currents, the A-load
currents, and the voltages at the load terminals.
. ...| 21% |
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Transcribed Image Text:9:24 O EGRT246 Electric Power System Chapter-2 Example problems ch2_textbook_example_problems_1352142173 Example 2.4 Balanced- A and-Y Loads A balanced, positive-sequence, Y-connected voltage source with Eab=480/0° volts is applied to a balanced- A load with Z₁ = 30/40°. The line impedance between the source and load is Z₁ = 1/85°, for each phase. Calculate the line currents, the A-load currents, and the voltages at the load terminals. . ...| 21% | O :
Expert Solution
Step 1

Given a balanced positive sequence, Y connected voltage source with Vab=4800° V is applied to a balanced  load with Z=3040° Ω

The line impedance between the source and load is ZL=185°Ω for each phase.

To calculate the line currents, the load currents and the voltage at the load terminals.

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