A 34, 25 kV, 500 MVA, 60 Hz alternator has a synchronous reactance Xs -1.875 2. The alternator is connected to an infini

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A 34, 25 kV, 500 MVA, 60 Hz alternator has a synchronous reactance Xs -1.875 2. The alternator is connected to an infini

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A 34 25 Kv 500 Mva 60 Hz Alternator Has A Synchronous Reactance Xs 1 875 2 The Alternator Is Connected To An Infini 1
A 34 25 Kv 500 Mva 60 Hz Alternator Has A Synchronous Reactance Xs 1 875 2 The Alternator Is Connected To An Infini 1 (21.35 KiB) Viewed 50 times
A 34, 25 kV, 500 MVA, 60 Hz alternator has a synchronous reactance Xs -1.875 2. The alternator is connected to an infinite bus (Vo) through a feeder of reactance Xe 0.3125 £2, as shown. in this Figure. The terminal voltage in 30 of the alternator ist maintained at 25 kV for any loading, by means of a voltage regulator that adjusts the field current. 3.1. Find the magnitude of the stator current. Draw the phasor diagram by using parameters given in this figure and calculate the power factor of the alternator (is it lagging or leading?) 3.2. Determine the excitation voltage and the power angle of the alternator. of V₁ Xe Voo
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