A 33-kV, interconnected generator-reactor system shown in Figure AZ4 has equipment information as below. Generator G1...

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A 33-kV, interconnected generator-reactor system shown in Figure AZ4 has equipment information as below. Generator G1 25 MVA X = 15% Generator G2 50 MVA X = 20% Generator G3 50 MVA X = 20% Reactor X1 25 MVA X=8% Reactor X2 20 MVA, X=6% G₁ X₁ m G2 2 X2 G3 Figure AZ4. The goal of this assignment is to find the fault current at points A and B and fault levels at buses 1 and 3, using a systematic method that employs the bus impedance matrix. A 33-kV, interconnected generator-reactor system shown in Figure AZ4 has equipment information as below. Generator G1 25 MVA X = 15% Generator G2 50 MVA X = 20% Generator G3 50 MVA X = 20% Reactor X1 25 MVA X=8% Reactor X2 20 MVA, X=6% G₁ X₁ m G2 2 X2 G3 Figure AZ4. The goal of this assignment is to find the fault current at points A and B and fault levels at buses 1 and 3, using a systematic method that employs the bus impedance matrix.

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To find the fault current at points A and B and fault levels at buses 1 and 3 in the 33KV Interconnected generatorreactor system shown in Figure AZ4 u... View the full answer