1In the 2-Bus power system network shown in Fig. 3, the line impedance in Ohms isz= 0.02 + j0.45 The loads are shown on the figure:(i) Find the Y-BUS matrix.KAKO$5,(ii) Write the equations to solve for the voltages.5₂(0.3+0.5)(iii) Using Gauss iteration starting with V₂0)=1/0, compute the Voltage on bus 2. Do only 1 iteration.πFig.32

2 bus system Z=0.02+ j 0.45 ohm S2=0.3+ j 0.5 We need to determine i) Y bus ii) Equations to solve…

In the 2-Bus power system network shown in Fig. 3, the line impedance in Ohms is z= 0.02 + j0.45 The loads are shown on the figure: (i) Find the Y-BUS matrix. (ii) Write the equations to solve for the voltages. (iii) Using Gauss iteration starting with V₂0)=1/0, compute the Voltage on bus 2. Do only 1 iteration. KAKO ₂π Fig.3 (2) 52(0.3+0.5)

In the 2-Bus power system network shown in Fig. 3, the line impedance in Ohms is z= 0.02 + j0.45 The loads are shown on the figure: (i) Find the Y-BUS matrix. (ii) Write the equations to solve for the voltages. (iii) Using Gauss iteration starting with V₂0)=1/0, compute the Voltage on bus 2. Do only 1 iteration. KAKO ₂π Fig.3 (2) 52(0.3+0.5)

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter12: Power System Controls

Section: Chapter Questions

Problem 12.18P

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