The full load at the receiving end is 2500 mva at a lagging, Electrical Engineering

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The full load at the receiving end is 2500 mva at a lagging

A 650-km, 765-kV, 60 Hz three phase transmission line has a series impedance z = 0.0185 +j0.3170 Ω/km and a shunt admittancey =j 4.875×10^-6 S/km. The full load at the receiving end is 2500 MVA at a lagging power factor of 0.85 and at 95% rated voltage. Determine:

A. The ABCD parameters of the line using exact long line hyperbolic expressions.

B. The sending end voltage, current, and power factor.

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Electrical Engineering: The full load at the receiving end is 2500 mva at a lagging

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Electrical Engineering: The full load at the receiving end is 2500 mva at a lagging

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