Q2) Calculate the resistance, the inductive reactance and capacitive reactances of the overhead line shown. Assume the line length is 620 miles and operates at 60 Hz. also calculate the charging current in ampere and volt ampere reactive (VAR) if the line to line voltage is 500 KV. 10 ft 18 20 in 20 in 30 ft # 20in conductor R: 0.1204 0/mile Ds: 1.228 cm Dia.: 3.038 cm ↓ r = 1-519 cu (1.519X10²) 86

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Q2) Calculate the resistance, the inductive reactance and capacitive reactances of the
overhead line shown. Assume the line length is 620 miles and operates at 60 Hz. also
calculate the charging current in ampere and volt ampere reactive (VAR) if the line to
line voltage is 500 KV.
20 in
#
10 ft
0
20 in
30 ft
#
20 in
1.09 4√√(1-519X16³) (50.8x10³²) ³
D² = 0.23025 m
conductor
R: 0.1204 0/mile
Ds: 1.228 cm
Dia.: 3.038 cm
↓
r = 1.519 cu
( 1.519X10²)
b = 20 in = 50.8cm
to (50-8x10²)
Good luck
Eng. Sadik Alkiesh
Transcribed Image Text:Q2) Calculate the resistance, the inductive reactance and capacitive reactances of the overhead line shown. Assume the line length is 620 miles and operates at 60 Hz. also calculate the charging current in ampere and volt ampere reactive (VAR) if the line to line voltage is 500 KV. 20 in # 10 ft 0 20 in 30 ft # 20 in 1.09 4√√(1-519X16³) (50.8x10³²) ³ D² = 0.23025 m conductor R: 0.1204 0/mile Ds: 1.228 cm Dia.: 3.038 cm ↓ r = 1.519 cu ( 1.519X10²) b = 20 in = 50.8cm to (50-8x10²) Good luck Eng. Sadik Alkiesh
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