VR Line impedance Mi M1 Transformer Vs VT M3, M: M2 Line impedance neutral Line impedance M3 Figure 2: Distribution lines equivalent circuit. Figure 1: Low voltage lines exiting the distribution transformer center. In the given circuit, low voltage lines are seen coming out of a distribution transformer whose Low Voltage side is star connected. R (@R = 0) phase for M1 line, S (µS = 120) phase for M2 line andT (øT = -120) phase is used for M3 line. The impedances of the loads at the end ofthe lines are (100 + j25) N and the impedances of the lines (1 + j) N. • Find the capacitor power required for compensation to be made at cos 4= 0.984 (4 = 10) at the end of the line. • Find line currents after compensation

Introductory Circuit Analysis (13th Edition)
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Line impedance
Mi
M1
Transformer
Vs
VT
M3
M2
Line impedance
пеutral
Line impedance
M3
Figure 2: Distribution lines equivalent circuit.
Figure 1: Low voltage lines exiting the distribution
transformer center.
In the given circuit, low voltage lines are seen coming out of a distribution transformer
whose Low Voltage side is star connected. R (QR = 0) phase for M1 line, S (@S = 120)
phase for M2 line andT (oT = -120) phase is used for M3 line. The impedances of the
loads at the end of the lines are (100 + j25) N and the impedances of the lines (1 + j) N.
• Find the capacitor power required for compensation to be made at cos p= 0.984 (p = 10) at the end of the line.
• Find line currents after compensation
Transcribed Image Text:Line impedance Mi M1 Transformer Vs VT M3 M2 Line impedance пеutral Line impedance M3 Figure 2: Distribution lines equivalent circuit. Figure 1: Low voltage lines exiting the distribution transformer center. In the given circuit, low voltage lines are seen coming out of a distribution transformer whose Low Voltage side is star connected. R (QR = 0) phase for M1 line, S (@S = 120) phase for M2 line andT (oT = -120) phase is used for M3 line. The impedances of the loads at the end of the lines are (100 + j25) N and the impedances of the lines (1 + j) N. • Find the capacitor power required for compensation to be made at cos p= 0.984 (p = 10) at the end of the line. • Find line currents after compensation
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