For the power system shown in the figure below:40 MVA30 MVA20KV20%33 kvG1M112%20+j40 n33/110 KV110/33 KV20 MVA50 MVAM2G240 MVA40 MVA20KV15%33 KV10%0.08 pu0.08 pu1. Complete the table below.Zone 1Zone 2Zone 3Base Power SB50 MVABase Voltage VBBase Current IBBase Impedance ZB2. Determine the per unit value of each quantity with respect to the system base.VGIZLineZGIVMIZMIZG2VM2ZTIZM2Z123. Draw the reactance diagram of the system indicating the per unit values of all elements.

Answered: Image /qna-images/answer/dd809c2d-80ff-4dc0-9dde-a5cdb21859f8.jpg

For the power system shown in the figure below: 40 MVA 30 MVA 20KV 33 kv 12% M1 20% 20+j40 A 33/110 KV 40 MVA 110/33 KV 50 MVA 33 KV 20 MVA 20KV 15% G2 40 MVA M2 10% 0.08 pu 0.08 pu 1. Complete the table below. Zone 1 Zone 2 Zone 3 Base Power SB Base Voltage VB Base Current In Base Impedance ZB 50 MVA 2. Determine the per unit value of each quantity with respect to the system base. Vai ZGI Va ZLine VMI ZMI VM2 ZTI ZM2 Z12 3. Draw the reactance diagram of the system indicating the per unit values of all elements.

For the power system shown in the figure below: 40 MVA 30 MVA 20KV 33 kv 12% M1 20% 20+j40 A 33/110 KV 40 MVA 110/33 KV 50 MVA 33 KV 20 MVA 20KV 15% G2 40 MVA M2 10% 0.08 pu 0.08 pu 1. Complete the table below. Zone 1 Zone 2 Zone 3 Base Power SB Base Voltage VB Base Current In Base Impedance ZB 50 MVA 2. Determine the per unit value of each quantity with respect to the system base. Vai ZGI Va ZLine VMI ZMI VM2 ZTI ZM2 Z12 3. Draw the reactance diagram of the system indicating the per unit values of all elements.

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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