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In the system shown below, the generator is ideal (Xs = 0) and the magnitude of the load bus voltage, V is to be held at 110 kV. Working on a system base of 100 MVA and a base voltage of 115 kV in the load circuit: %3D a) draw the single-phase equivalent pu reactance diagram, and b) determine the necessary generator terminal voltage VG (kV). Transformer 1 200 MVA 25 kV: 600 kV X = 5% Transformer 2 150 MVA 500 kV: 115 kV X 6% Line X 60 Load S = 120 MVA pf = 0.85 lag VG VT1 VT2 VL

In the system shown below, the generator is ideal (Xs = 0) and the magnitude of the load bus voltage, V is to be held at 110 kV. Working on a system base of 100 MVA and a base voltage of 115 kV in the load circuit: %3D a) draw the single-phase equivalent pu reactance diagram, and b) determine the necessary generator terminal voltage VG (kV). Transformer 1 200 MVA 25 kV: 600 kV X = 5% Transformer 2 150 MVA 500 kV: 115 kV X 6% Line X 60 Load S = 120 MVA pf = 0.85 lag VG VT1 VT2 VL

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Here is a power system, help me with please, I really need it
In the system shown below, the generator is ideal (Xs 0) and the magnitude of the load bus voltage, VL is to be held at 110 kV. Working on a system base of 100 MVA and a base voltage of 115 kV in the load circuit: draw the single-phase equivalent pu reactance diagram, and a) b) determine the necessary generator terminal voltage Vg (kV). Transformer 1 200 MVA 25 kV : 600 kV X = 5% Transformer 2 150 MVA 500 kV: 115 kV X = 6% Line X 60 2 Load S 120 MVA pf = 0.85 lag VG VT1 VT2 VL
Transcribed Image Text:In the system shown below, the generator is ideal (Xs 0) and the magnitude of the load bus voltage, VL is to be held at 110 kV. Working on a system base of 100 MVA and a base voltage of 115 kV in the load circuit: draw the single-phase equivalent pu reactance diagram, and a) b) determine the necessary generator terminal voltage Vg (kV). Transformer 1 200 MVA 25 kV : 600 kV X = 5% Transformer 2 150 MVA 500 kV: 115 kV X = 6% Line X 60 2 Load S 120 MVA pf = 0.85 lag VG VT1 VT2 VL
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