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n Fig. P-2.11 which depicts two three-phase circuits on a steel tower there is symmetry about both the horizontal and vertical centre lines. Let each three-phase circuit be transposed by replacing a by b and then by c, so that the reactances of the three-phases are equal and the GMD method of reactance calculations can be used. Each circuit remains on its own side of the tower. Let the self GMD of a single conductor be 1 cm. Conductors a and a’ and other corresponding phase conductors are connected in parallel. Find the reactance per phase of the system.
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In Fig. P-2.11 which depicts two three-phase circuits on a steel tower there is symmetry about both the horizontal and vertical centre lines. Let each three-phase circuit be transposed by replacing a by b and then by c, so that the reactances of the three-phases are equal and the GMD method of reactance calculations can be used. Each circuit remains on its own side of the tower. Let the self GMD of a single conductor be 1 cm. Conductors a and a’ and other corresponding phase conductors are connected in parallel. Find the reactance per phase of the system.
In Fig. P-2.11 which depicts two three-phase circuits on a steel tower there is symmetry about both the horizontal and vertical centre lines. Let each three-phase circuit be transposed by replacing a by b and then by c, so that ...

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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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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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A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs on one of the sections of bus bars. If the reactors were not present what would be the fault KVA
A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs ...

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A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs on one of the sections of bus bars. If the reactors were not present what would be the fault KVA
A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs ...

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7 months 1 Answer 6 views Beginner