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the horizontal arrangement of the conductors for 3-phase double circuit line is shown in fig. if the radius of each conductor is 4.5 cm, find the inductance and capacitance per phase per metre of the line.
the horizontal arrangement of the conductors for 3-phase double circuit line is shown in fig. if the radius of each conductor is 4.5 cm, find the inductance and capacitance per phase per metre of the line.

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7 months 2 Answers 33 views Beginner

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shows the conductor configuration of a bundled single phase overhead transmission line. The line is operating at 132 KV, 50 Hz. Radius of each subconductor is 0.67 cm. Find the capacitance between the lines. Given: h=0.0866 m, d= 0.1 m, D= 6 m
shows the conductor configuration of a bundled single phase overhead transmission line. The line is operating at 132 KV, 50 Hz. Radius of each subconductor is 0.67 cm. Find the capacitance between the lines. Given: h=0.0866 m, d= 0.1 m, ...

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A three-phase double-circuit line is shown in Fig. P-3.2. The diameter of each conductor is 2.0 cm. The line is transposed and carries balanced load. Find the capacitance per phase to neutral of the line.
A three-phase double-circuit line is shown in Fig. P-3.2. The diameter of each conductor is 2.0 cm. The line is transposed and carries balanced load. Find the capacitance per phase to neutral of the line.

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A three-phase double-circuit line is shown in Fig. P-3.2. The diameter of each conductor is 2.0 cm. The line is transposed and carries balanced load. Find the capacitance per phase to neutral of the line.

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Anonymous 7 months 0 Answers 9 views