A 300 k m , 500 k V , 60 H z 300 k m , 500 k V , 60 H z three phase uncompensated line has a positive sequence series reactance x 0 34 k m x 0 34 k m and a positive sequence shunt admittance y j 4 5 y j 4 5 10 6 S k m 10 6 S k m Neglecting losses, calculate (a) Z c Z c , (b) ( ( l ) ( l ) ), (c) th...

To calculate the requested parameters a Zc is the characteristic impedance of the line given by Zc s ...

A 300 k m , 500 k V , 60 H z 300

Question:

A $300 - k m, 500 - k V, 60 - H z$ three-phase uncompensated line has a positive-sequence series reactance $x = 0.34 Ω / k m$ and a positive-sequence shunt admittance $y = j 4.5 \times$ $10^{- 6} S / k m$ . Neglecting losses, calculate: (a) $Z_{c}$ , (b) ( $(l)$ ), (c) the $A B C D$ parameters, (d) the wavelength $λ$ of the line, in kilometers, and (e) the surge impedance loading in MW.