A Y -connected generator supplies a A-connected load through a transmission line. The generator line voltage is 480V. The load impedance (in each phase) is 30224° N. The line impedance is 0.01 + j 0.07 N. (a) Calculate the load impedance for the equivalent single-phase circuit for the above system. (b) Calculate both phase and line voltages at the load (complex voltage). (c) Calculate the total three-phase real and reactive power consumption for the load.
A Y -connected generator supplies a A-connected load through a transmission line. The generator line voltage is 480V. The load impedance (in each phase) is 30224° N. The line impedance is 0.01 + j 0.07 N. (a) Calculate the load impedance for the equivalent single-phase circuit for the above system. (b) Calculate both phase and line voltages at the load (complex voltage). (c) Calculate the total three-phase real and reactive power consumption for the load.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:AY-connected generator supplies a A-connected load through a transmission line. The
generator line voltage is 480V. The load impedance (in each phase) is 30224° N. The line
impedance is 0.01 + j 0.07 N.
(a) Calculate the load impedance for the equivalent single-phase circuit for the above
system.
(b) Calculate both phase and line voltages at the load (complex voltage).
(c) Calculate the total three-phase real and reactive power consumption for the load.
(d) Calculate the total three-phase real and reactive power consumption for the
transmission line.
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