Chapter 5: Q10MCQ (page 295)
The equivalent circuit is identical in structure to the nominalcircuit.
(a) True
(b) False
Short Answer
Therefore, the correct option is (a) True.
Chapter 5: Q10MCQ (page 295)
The equivalent circuit 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 freeWhich HVDC technology can independently control both active (real) power flow and reactive power flow to and from the interconnected ac system?
The power flow at any point on a transmission line can be calculated in terms of the ABCDparameters. By lettingand , the complex power at the receiving end can be shown to be
(a) Draw a phasor diagram corresponding to the above equation. Let it be represented by a triangle O’OA with O’ as the origin and OA representing .
(b) By shifting the origin from O’ to O, turn the result of part (a) into a power diagram, redrawing the phasor diagram. For a given fixed value of and a set of values for , draw the loci of point A , thereby showing the so-called receiving-end circles.
(c) From the result of part (b) for a given load with a lagging power factor angle , determine the amount of reactive power that must be supplied to the receiving end to maintain a constant receiving-end voltage if the sending-end voltage magnitude decreases from to .
Can the voltage regulation, which is proportional to, be negative?
(a) Yes
(b) No
The propagation constant, which is a complex quantity in general, hasunits of ______, and the characteristic impedance has units of ______.
For short lines less than 25 kmlong, loadability is limited by the thermal rating of the conductors or by terminal equipment ratings, not by voltage drop or stability considerations.
(a) True
(b) False
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