Q2. Consider the single-phase transformer circuit shown below. Transformer ratings and reactances are: : 200 kVA , 250 / 750 V , X= 0.10 p.u. : 100 kVA , 900 / 300 V Transformer A Transformer B X— 0.15 р.u. The transmission line can be represented as a series impedance Zine = 0.4 + j 0.6 N. Choose a base of 200 kVA, 250 V in the voltage source ( Vs ) circuit. (a) Draw the impedance diagram for this circuit, with all impedances in per unit. (b) Find the load voltage in per unit and in volts when the source voltage is V,=1Z0° pu. (c) Find the transmission line current (IL) in amperes. transmission line A (Zine-0.4 + j0.6 N) В + Zz=0.5 + j0.2 N Leee Leele

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q2. Consider the single-phase transformer circuit shown below. Transformer ratings and reactances are:
: 200 kVA , 250 / 750 V , X= 0.10 p.u.
: 100 kVA , 900 / 300 V
Transformer A
Transformer B
X- 0.15 р.u.
The transmission line can be represented as a series impedance Ziine = 0.4 + j 0.6 Q.
Choose a base of 200 kVA, 250 V in the voltage source ( V, ) circuit.
unit.
(a) Draw the impedance diagram for this circuit, with all impedances in per
(b) Find the load voltage in per unit and in volts when the source voltage is V=1Z0° pu.
(c) Find the transmission line current (IL) in amperes.
transmission line
A
(Zline-0.4 + j0.6 Q)
B
+
IL
V,
Z,-0.5 + j0.2 Q
Leele
Leele
Transcribed Image Text:Q2. Consider the single-phase transformer circuit shown below. Transformer ratings and reactances are: : 200 kVA , 250 / 750 V , X= 0.10 p.u. : 100 kVA , 900 / 300 V Transformer A Transformer B X- 0.15 р.u. The transmission line can be represented as a series impedance Ziine = 0.4 + j 0.6 Q. Choose a base of 200 kVA, 250 V in the voltage source ( V, ) circuit. unit. (a) Draw the impedance diagram for this circuit, with all impedances in per (b) Find the load voltage in per unit and in volts when the source voltage is V=1Z0° pu. (c) Find the transmission line current (IL) in amperes. transmission line A (Zline-0.4 + j0.6 Q) B + IL V, Z,-0.5 + j0.2 Q Leele Leele
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