For the line in Test Bank Problems 5.5 and 5.11 , determine (a) the practical line loadability in MW, assuming $V_{S}=1.0$ per unit, $V_{R} \approx 0.95$ per unit, and $\delta_{\max }=35^{\circ}$; (b) the full-load current at 0.99 leading power factor, based on the above practical line loadability; (c) the exact receiving-end voltage for the full-load current in (b) above; and (d) the percent voltage regulation. For this line, is loadability determined by the thermal limit, the drop limit, or stead-state stability?

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The Answer of For the line in Test Bank Problems 5.5 and 5.11 , determine (a) the practical line loadability in MW, assuming $V_{S}=1.0$ per unit, $V_{R} \approx 0.95$ per unit, and $\delta_{\max }=35^{\circ}$; (b) the full-load current at 0.99 leading power factor, based on the above practical line loadability; (c) the exact receiving-end voltage for the full-load current in (b) above; and (d) the percent voltage regulation. For this line, is loadability determined by the thermal limit, the drop limit, or stead-state stability?

For the Line in Test Bank Problems 5 VS=1.0V_{S}=1.0VS​=1.0 Per Unit VR≈0.95V_{R} \approx 0.95VR​≈0.95

For the Line in Test Bank Problems 5 $V_{S}=1.0$ Per Unit $V_{R} \approx 0.95$