- 3 Effective Resistance Per Unit Length Of A Three Phase 150 Km Long Power Transmission Line 0 10 Km Inductance 1 1 1 (41.14 KiB) Viewed 16 times
3) Effective resistance per unit length of a three-phase, 150 km long power transmission line =0.10/km, inductance = 1.1
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3) Effective resistance per unit length of a three-phase, 150 km long power transmission line =0.10/km, inductance = 1.1
3) Effective resistance per unit length of a three-phase, 150 km long power transmission line =0.10/km, inductance = 1.1 mH/km and capacitance = 0.02 μF/km. 345 kV phases from the end of the line 180-MW active power with inductive properties and 87.1779-MVAr reactive power are drawn under voltage between According to this business situation; a) Calculate the line head voltage using the equivalent circuit model and find the phasor of the circuit draw the diagram. b) Find the characteristic impedance and natural apparent power of the line. c) According to the T equivalent circuit model, the values of the line parameters A, B, C and D of the transmission line calculate