A three-phase overhead transmission line operating at 50 Hz consists of ACSR Drake conductors. The conductor configuration is in the form of an isosceles triangle with sides 20, 20, and 40 ft. (a) Find the capacitance-to-neutral and capacitive reactance-to-neutral for each 1-mile length of line (b) For a line length of 180 mi and a normal operating voltage of 220 kV, determine the capacitive reactance- to-neutral for the entire line length as well as the charging current per mile and total three-phase reactive power supplied by the line capacitance.

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A three-phase overhead transmission line operating at 50 Hz consists of ACSR Drake conductors. The
conductor configuration is in the form of an isosceles triangle with sides 20, 20, and 40 ft.
(a) Find the capacitance-to-neutral and capacitive reactance-to-neutral for each 1-mile length of line
(b) For a line length of 180 mi and a normal operating voltage of 220 kV, determine the capacitive reactance-
to-neutral for the entire line length as well as the charging current per mile and total three-phase reactive
power supplied by the line capacitance.
Transcribed Image Text:A three-phase overhead transmission line operating at 50 Hz consists of ACSR Drake conductors. The conductor configuration is in the form of an isosceles triangle with sides 20, 20, and 40 ft. (a) Find the capacitance-to-neutral and capacitive reactance-to-neutral for each 1-mile length of line (b) For a line length of 180 mi and a normal operating voltage of 220 kV, determine the capacitive reactance- to-neutral for the entire line length as well as the charging current per mile and total three-phase reactive power supplied by the line capacitance.
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