[20%] Question 2: Using a 100 MVA base, each of the three transmission lines have an impedance of j0.1 p.u. There is a s

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[20%] Question 2: Using a 100 MVA base, each of the three transmission lines have an impedance of j0.1 p.u. There is a s

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20 Question 2 Using A 100 Mva Base Each Of The Three Transmission Lines Have An Impedance Of J0 1 P U There Is A S 1
20 Question 2 Using A 100 Mva Base Each Of The Three Transmission Lines Have An Impedance Of J0 1 P U There Is A S 1 (42.72 KiB) Viewed 17 times
20 Question 2 Using A 100 Mva Base Each Of The Three Transmission Lines Have An Impedance Of J0 1 P U There Is A S 2
20 Question 2 Using A 100 Mva Base Each Of The Three Transmission Lines Have An Impedance Of J0 1 P U There Is A S 2 (77.66 KiB) Viewed 17 times
[20%] Question 2: Using a 100 MVA base, each of the three transmission lines have an impedance of j0.1 p.u. There is a single 180 MW load at bus 3, while bus 2 is a PQ bus with generation of 80 MW and 50 Mvar. Bus 1 is the system slack with a voltage setpoint of 1.0 p.u. Solve this case using the Newton-Raphson approach with 1 iteration and flat start. Show all your work and the final mismatches of active and reactive powers. Bus 2 CAN Bus 3 113 Bus 1
1 1 1 Initialize (0) X Calculate J(1) Calculate f(1) Calculate X (¹) Calculate mismatch
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