(a) Determine the transmission line inductance per phase in H/km. (b) Determine the transmission line capacitance per phase in F/km

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A 3-phase, transmission line is to be built using Falcon ACSR conductor with a manugfacture data given in the
attached table. Bundeling is to be used, with three conductors per phase spaced symetrically 30cm apart and a
horizontal tower configuration is used, with a distance of 5m between adjacent phases as shown below.
30cm
-5m
-5m
Assuming that the line is uniformly transposed.
(a) Determine the transmission line inductance per phase in H/km.
(b) Determine the transmission line capacitance per phase in F/km
(c) What is the thermal rating (maximum current carrying capcity) of this transmission line?
(d) What is the difference between the parametrs of overhead line and underground cables?
Given: µ0=4x10-7 H/m, ɛ0=8.854x10-12 F/m, 1 mile=1.607km, 1 meter=3.28 feet, 1 feet=12 inches
Transcribed Image Text:A 3-phase, transmission line is to be built using Falcon ACSR conductor with a manugfacture data given in the attached table. Bundeling is to be used, with three conductors per phase spaced symetrically 30cm apart and a horizontal tower configuration is used, with a distance of 5m between adjacent phases as shown below. 30cm -5m -5m Assuming that the line is uniformly transposed. (a) Determine the transmission line inductance per phase in H/km. (b) Determine the transmission line capacitance per phase in F/km (c) What is the thermal rating (maximum current carrying capcity) of this transmission line? (d) What is the difference between the parametrs of overhead line and underground cables? Given: µ0=4x10-7 H/m, ɛ0=8.854x10-12 F/m, 1 mile=1.607km, 1 meter=3.28 feet, 1 feet=12 inches
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