(c) core-to-core capacit I0 (d) core-to-earth capacitance of the cable The L/C ratio for 132 KV and 400 KV lines are typically 160x10° and 62.5×10° respectívely. The natural 3-phase loading for the...

(c) core-to-core capacit<br>I0<br>(d) core-to-earth capacitance of the cable<br>The L/C ratio for 132 KV and 400 KV lines are<br>typically 160x10° and 62.5×10° respectívely. The<br>natural 3-phase loading for the two lines will be<br>respectively<br>2.<br>(a) 108.9 MW and 2560 MW<br>(b) 44 MW and 2560 MW<br>(c) 44 MW and 640 MW<br>(d) 640 MW and 44 MW<br>Different terminal conditions at the receiving<br>end of a loss-less overhead transmission line<br>3.<br>having surge impedance Z are sketched in List-<br>I. The incidont<br>

Extracted text: (c) core-to-core capacit I0 (d) core-to-earth capacitance of the cable The L/C ratio for 132 KV and 400 KV lines are typically 160x10° and 62.5×10° respectívely. The natural 3-phase loading for the two lines will be respectively 2. (a) 108.9 MW and 2560 MW (b) 44 MW and 2560 MW (c) 44 MW and 640 MW (d) 640 MW and 44 MW Different terminal conditions at the receiving end of a loss-less overhead transmission line 3. having surge impedance Z are sketched in List- I. The incidont

Jun 10, 2022

SOLUTION.PDF

(c) core-to-core capacit I0 (d) core-to-earth capacitance of the cable The L/C ratio for 132 KV and 400 KV lines are typically 160x10° and 62.5×10° respectívely. The natural 3-phase loading for the...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment