Example 3.1 A 60 Hz short transmission line, having R = 16.8 ohms per phase and L = 326 mH per phase, supplies a three- phase, wye – connected 150 MVA load of 0.85 lagging power factor at 210 kV line –to - line voltage. a) Calculate the sending end voltage per phase. b) Find the voltage regulation c) Determine the efficiency of transmission line d) Drawthe phasor diagram

Introductory Circuit Analysis (13th Edition)
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Example 3.1 A 60 Hz short transmission line, having R= 16.8 ohms per phase
and L = 326 mH per phase, supplies a three - phase, wye – connected 150 MVA
load of 0.85 lagging power factor at 210 kV line –to – line voltage.
a) Calculate the sending end voltage per phase.
b) Find the voltage regulation
c) Determine the efficiency of transmission line
d) Draw the phasor diagram
%3D
|
Transcribed Image Text:Example 3.1 A 60 Hz short transmission line, having R= 16.8 ohms per phase and L = 326 mH per phase, supplies a three - phase, wye – connected 150 MVA load of 0.85 lagging power factor at 210 kV line –to – line voltage. a) Calculate the sending end voltage per phase. b) Find the voltage regulation c) Determine the efficiency of transmission line d) Draw the phasor diagram %3D |
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