The conductor configuration of a completely transposed transmission line with bundled phase conductors is shown below....

 

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The conductor configuration of a completely transposed transmission line with bundled phase conductors is shown below. Each individual conductor has a radius of 0.74cm (r). GMD = √DAB DBC DACI GMR = √r'd = √0.7788rd, GMRC = √rd (a) Determine the inductance per phase in H/m; (b) Find the inductive line reactance per phase in 22/m at 60 Hz; (c) Calculate the capacitance-to-neutral in F/m; (d) The total line length is 100km with R=0 92, draw the appropriate equivalent circuit model with the associated parameter values noted in ohms; (e) Using 345 kV as the line-line voltage base and 100 MVA as the power base, convert the line series impedance and shunt susceptance to per unit values; -30 cm 6m B 30 cm 6 m 30 cm The conductor configuration of a completely transposed transmission line with bundled phase conductors is shown below. Each individual conductor has a radius of 0.74cm (r). GMD = √DAB DBC DACI GMR = √r'd = √0.7788rd, GMRC = √rd (a) Determine the inductance per phase in H/m; (b) Find the inductive line reactance per phase in 22/m at 60 Hz; (c) Calculate the capacitance-to-neutral in F/m; (d) The total line length is 100km with R=0 92, draw the appropriate equivalent circuit model with the associated parameter values noted in ohms; (e) Using 345 kV as the line-line voltage base and 100 MVA as the power base, convert the line series impedance and shunt susceptance to per unit values; -30 cm 6m B 30 cm 6 m 30 cm

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