6.11. In the two-bus system shown in Figure 6.24, bus 1 is a slack bus with V₁ = 1.020° pu. A load of 100 MW and 50 Mvar is taken from bus 2. The line impedance is z12 = 0.12 + j0.16 pu on a base of 100 MVA. Using Newton- Raphson method, obtain the voltage magnitude and phase angle of bus 2. Start with an initial estimate of |V₂|(0) = 1.0 pu and 52 (0) two iterations. = 0°. Perform 2 Note z12 = 0 12 + j0.16 100 MW |- 50 Mvar Perform.com Second iteration I have problem Y while solving it o V₁ = 1.040° FIGURE 6.24 One-line diagram for Problem 6.11.. m vi
6.11. In the two-bus system shown in Figure 6.24, bus 1 is a slack bus with V₁ = 1.020° pu. A load of 100 MW and 50 Mvar is taken from bus 2. The line impedance is z12 = 0.12 + j0.16 pu on a base of 100 MVA. Using Newton- Raphson method, obtain the voltage magnitude and phase angle of bus 2. Start with an initial estimate of |V₂|(0) = 1.0 pu and 52 (0) two iterations. = 0°. Perform 2 Note z12 = 0 12 + j0.16 100 MW |- 50 Mvar Perform.com Second iteration I have problem Y while solving it o V₁ = 1.040° FIGURE 6.24 One-line diagram for Problem 6.11.. m vi
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:6.11. In the two-bus system shown in Figure 6.24, bus 1 is a slack bus with V₁ =
1.020° pu. A load of 100 MW and 50 Mvar is taken from bus 2. The line
impedance is 212 0.12 + j0.16 pu on a base of 100 MVA. Using Newton-
Raphson method, obtain the voltage magnitude and phase angle of bus 2.
Start with an initial estimate of |V₂|(0)
1.0 pu and 5₂ (0)
two iterations.
0°. Perform
Note
212 0.12 + 30.16
+100 MW
nghiệm 50 Mvar
Perform
Second iteration
I have problem
Y, while solving
it
어
V₁ = 1.040°
FIGURE 6.24
One-line diagram for Problem 6.11.
V(i)
= 0.8 Pu
62") = -1.0 radion
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