Chapter 5: 10MCQ (page 295)
The equivalentcircuit is identical in structure to the nominalcircuit.
(a) True
(b) False
Short Answer
Therefore, the correct option is (a) True.
Chapter 5: 10MCQ (page 295)
The equivalentcircuit is identical in structure to the nominalcircuit.
(a) True
(b) False
Therefore, the correct option is (a) True.
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Get started for freeThe three-phase line in Problems 4.18 and 4.39 deliversat to the receiving end at full load. Using the nominalcircuit, calculate the ABCDparameters, sending-end voltage, and percent voltage regulation when the receiving-end power factor is (a) lagging, (b) unity, and (c)leading. Assume aconductor temperature to determine the resistance of this line.
A 60-Hz, 230-mile, three-phase overhead transmission line has a series impedance and a shunt admittance .The load at the receiving end is 125 MW at unity power factor and at 215 kV. Determine the voltage, current, and both real and reactive power at the sending end and the percent voltage regulation of the line. Also find the wavelength and velocity of propagation of the line.
The per-phase impedance of a short three-phase transmission line is. The three-phase load at the receiving end is1200 kWat0.8p.f. lagging. If the line-to-line sending-end voltage is 3.3kV, determine (a) the receiving-end line-to-line voltage inand (b) the line current. Draw the phasor diagram with the line current l, as reference.
The line in Problem 5.14 has three ACSR conductors per phase. Calculate the theoretical maximum real power that this line can deliver and compare with the thermal limit of the line. Assume per unit and unity power factor at the receiving end.
Identical series capacitors are installed at both ends of the line in Problem 5.14, providing total series compensation. Determine the equivalent ABCDparameters of this compensated line. Also calculate the impedance of each series capacitor.
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