Question

2. A 13.2kV single phase generator supplies power to a load through a transmission line. The load's impedance is $Z_{load} = 500 \angle 36.87^\circ \Omega$ and the transmission line's impedance is $Z_{line} = 60 \angle 53.1^\circ \Omega$. $60 \angle 53.1^\circ \Omega$ $Z_{line}$ 1:10 10:1 $500 \angle 36.87^\circ \Omega$ $V_G = 13.2 \angle 0^\circ kV$ $Z_{load}$ $T_1$ $T_2$ a. Calculate the load current, line current and source current. (without using per unit system) b. Draw the per unit system by considering $S_{base} = 100kVA$ and $V_{base} = 132kV$ in the transmission line section. c. By using the per unit system, find the quantities mentioned in part 'a' and compare them with the results of that part.

          2. A 13.2kV single phase generator supplies power to a load through a transmission line.
The load's impedance is $Z_{load} = 500 \angle 36.87^\circ \Omega$ and the transmission line's impedance
is $Z_{line} = 60 \angle 53.1^\circ \Omega$.
$60 \angle 53.1^\circ \Omega$
$Z_{line}$
1:10
10:1
$500 \angle 36.87^\circ \Omega$
$V_G = 13.2 \angle 0^\circ kV$
$Z_{load}$
$T_1$
$T_2$
a. Calculate the load current, line current and source current. (without using per unit
system)
b. Draw the per unit system by considering $S_{base} = 100kVA$ and $V_{base} = 132kV$ in the
transmission line section.
c. By using the per unit system, find the quantities mentioned in part 'a' and compare them
with the results of that part.

2. A 13.2kV single phase generator supplies power to a load through a transmission line.
The load's impedance is Zload = 500 ∠ 36.87^∘Ω and the transmission line's impedance
is Zline = 60 ∠ 53.1^∘Ω.
60 ∠ 53.1^∘Ω
Zline
1:10
10:1
500 ∠ 36.87^∘Ω
VG = 13.2 ∠ 0^∘ kV
Zload
T1
T2
a. Calculate the load current, line current and source current. (without using per unit
system)
b. Draw the per unit system by considering Sbase = 100kVA and Vbase = 132kV in the
transmission line section.
c. By using the per unit system, find the quantities mentioned in part 'a' and compare them
with the results of that part.

Added by Craig W.

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