3. A single phase, 60Hz, 200-km medium nominal-T transmission line receives 700 MW at 0.95 lagging pf at 327.8 kV from the generator. Using circuit analysis, determine: a. Sending-end current, Is b. Receiving-end voltage, Vr c. Receiving-end current, Ir d. Receiving-end Real, Reactive, and Apparent Power e. Power loss (real component) in the transmission r 3.6 M j30 0 j0.00084 S 2.80 j40 Ω M (0) ZVR

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3. A single phase, 60Hz, 200-km medium nominal-T transmission line receives 700 MW at 0.95 lagging pf at 327.8 kV from the
generator. Using circuit analysis, determine:
a. Sending-end current, Is
b. Receiving-end voltage, Vr
c. Receiving-end current, Ir
d. Receiving-end Real, Reactive, and Apparent Power
e. Power loss (real component) in the transmission
+
3.6
M
j30 n
j0.00084 S
2.8 Ω
M
j40 Ω
(04)
Z VR
Transcribed Image Text:3. A single phase, 60Hz, 200-km medium nominal-T transmission line receives 700 MW at 0.95 lagging pf at 327.8 kV from the generator. Using circuit analysis, determine: a. Sending-end current, Is b. Receiving-end voltage, Vr c. Receiving-end current, Ir d. Receiving-end Real, Reactive, and Apparent Power e. Power loss (real component) in the transmission + 3.6 M j30 n j0.00084 S 2.8 Ω M j40 Ω (04) Z VR
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