The length of the 220 kV 3-phase transmission line is 40 km. The ohmic resistance of the line per phase is 0.15 Ω/km and its inductance is 1.3263 mH/km. The capacitance of the line is neglected. a) (pi) equivalent circuit model b) Obtain the T equivalent circuit model.
Sir,How to use calculator to convert to resistance+ reactance form to impedance as well as polar form. Incase line to ground fault how to draw reactance diagram and fault current calculation of above system.
The length of the 220 kV 3-phase transmission line is 40 km. The ohmic resistance of the line per phase is 0.15 Ω/km and its inductance is 1.3263 mH/km. The capacitance of the line is neglected.
a) (pi) equivalent circuit model
b) Obtain the T equivalent circuit model.
Very good. Thanks 🙏🙏🙏🙏🙏
Is this for 2019 batch ktu?
Sir,How to use calculator to convert to resistance+ reactance form to impedance as well as polar form. Incase line to ground fault how to draw reactance diagram and fault current calculation of above system.
The basic voltage should be 6.9kv not 6.6kv
thanks sir ❤