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#4 (20 pts): The 3-phase power system shown to the left. Base values are 100 MVA and 3000 V. 1. Calculate all impedances in per unit 2. Draw the impedance diagram and show related impedances
GI 80 KVA X=j0.3 pu BUS-1 ΤΙ Δ w 60 KVA X=0.15 pu w BUS-2 Transmission Line I Z= 47+j160 BUS-3 w mm Y T2 70 KVA X=0.2 pu
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GI 80 KVA X=j0.3 pu BUS-1 ΤΙ Δ w 60 KVA X=0.15 pu w BUS-2 Transmission Line I Z= 47+j160 BUS-3 w mm Y T2 70 KVA X=0.2 pu
GI 80 KVA X=j0.3 pu BUS-1 ΤΙ Δ w 60 KVA X=0.15 pu w BUS-2 Transmission Line I Z= 47+j160 BUS-3 w mm Y T2 70 KVA X=0.2 pu BUS-4
#4 (20 pts): The 3-phase power system shown to the left. Base values are 100 MVA and 3000 V. 1. Calculate all impedances in per unit 2. Draw the impedance diagram and show related impedances
#4 (20 pts): The 3-phase power system shown to the left. Base values are 100 MVA and 3000 V. 1. Calculate all impedances in per unit 2. Draw the impedance diagram and show related impedances
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