Using Matlab The simple power system with five busses and six transmission lines shown in Figure P1 The base apparent power of this power system is 100 MVA, The line data for the power system is given in Table 1 and the load and generation data in table 2 Taking Bus1 as Slack Bus obtain the load flow solution using 1 Gauss Seidel method 2 Newton Raphson method Construct a power flow diagram and show the direction of the line flows Load 2 Load 3 Yeti od Load 4 Load 5 G5 Impedance (pu) Table 1 Impedance and line Charging Admittance From To (bus bus) 1 2 1 4 0 0210 0 1250 0 0235 j0 0940 0 0250 0 1500 0 0180 0 0730 0 0220 j0 1100 0 0190 0 0800 Table Q 2 Scheduled Generation, Loads and Voltages Bus Number Bus voltage Generation MW Mvar 1 Slack 1

Question

Using Matlab  The simple power system with five busses and six transmission lines shown in Figure P1  The base apparent power of this power system is 100 MVA, The line data for the power system is given in Table 1 and the load and generation data in table 2  Taking Bus1 as Slack Bus obtain the load flow solution using  1  Gauss Seidel method 2  Newton Raphson method Construct a power flow diagram and show the direction of the line flows  Load 2 Load 3 Yeti od Load 4 Load 5 G5 Impedance (pu) Table 1   Impedance and line Charging Admittance From   To (bus bus) 1 2 1 4 0 0210   0 1250 0 0235   j0 0940 0 0250  0 1500 0 0180   0 0730 0 0220   j0 1100 0 0190   0 0800 Table Q 2  Scheduled Generation, Loads and Voltages Bus Number Bus voltage Generation MW Mvar 1 Slack 1

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Using Matlab: The simple power system with five busses and six transmission lines shown in Figure P1. The base apparent power of this power system

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