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The single-line diagram of a three-phase system is given in Figure 3. The three-phase generator is rated 4160 kVA, 2.4 kV, and 1000 A. The three-phase transformer T1 is rated 6000 kVA, 2.4Y/24Y kV, with leakage reactance of 0.04 pu. Transformer T2 is made up of three single-phase transformers and is rated 4000 kVA, 24Y/12Y kV, with leakage reactance of 0.04 pu. The load draws 2000KVA with 0.8 PF leading at 12kV. Assume that the line length between the two transformers is negligible. Select a base power value and base voltages DIFFERENT than the ratings of the equipment. Determine the following for all three circuits, 2.4-, 24-, and 12-kV circuits: (a) Base impedance values (b) Base current values (c) Per-unit and actual current values (neglect magnetizing currents in transformers and charging currents in lines) (d) Per-unit and actual voltage values at buses 1, 2, and 4 (e) Per-unit and actual apparent power values at buses 1, 2, and 4 1 2 3 4 24 kV N N2 2.4 kV 24 kV 12 kV N2 N1 G Load T1 T2 Figure 3

The single-line diagram of a three-phase system is given in Figure 3. The three-phase generator is rated 4160 kVA, 2.4 kV, and 1000 A. The three-phase transformer T1 is rated 6000 kVA, 2.4Y/24Y kV, with leakage reactance of 0.04 pu. Transformer T2 is made up of three single-phase transformers and is rated 4000 kVA, 24Y/12Y kV, with leakage reactance of 0.04 pu. The load draws 2000KVA with 0.8 PF leading at 12kV. Assume that the line length between the two transformers is negligible. Select a base power value and base voltages DIFFERENT than the ratings of the equipment. Determine the following for all three circuits, 2.4-, 24-, and 12-kV circuits: (a) Base impedance values (b) Base current values (c) Per-unit and actual current values (neglect magnetizing currents in transformers and charging currents in lines) (d) Per-unit and actual voltage values at buses 1, 2, and 4 (e) Per-unit and actual apparent power values at buses 1, 2, and 4 1 2 3 4 24 kV N N2 2.4 kV 24 kV 12 kV N2 N1 G Load T1 T2 Figure 3

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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I did not know that I need to ask them in different question, sorry for that.

I have a and b parts there is 3 subparts left  (c,d,e,) of question .  Answer as much as you can in 1 question, please let me ask the remaining questions separately.

3) The single-line diagram of a three-phase system is given in Figure 3. The three-phase generator is rated 4160 kVA, 2.4 kV, and 1000 A. The three-phase transformer T1 is rated 6000 kVA, 2.4Y/24Y kV, with leakage reactance of 0.04 pu. Transformer T2 is made up of three single-phase transformers and is rated 4000 kVA, 24Y/12Y kV, with leakage reactance of 0.04 pu. The load draws 2000KVA with 0.8 PF leading at 12kV. Assume that the line length between the two transformers is negligible. Select a base power value and base voltages DIFFERENT than the ratings of the equipment. Determine the following for all three circuits, 2.4-, 24-, and 12-kV circuits: (a) Base impedance values (b) Base current values (c) Per-unit and actual current values (neglect magnetizing currents in transformers and charging currents in lines) (d) Per-unit and actual voltage values at buses 1, 2, and 4 (e) Per-unit and actual apparent power values at buses 1, 2, and 4 24 kV N1 N2 2.4 kV 24 kV 12 kV N2 N1 Load T1 T2 Figure 3
Transcribed Image Text:3) The single-line diagram of a three-phase system is given in Figure 3. The three-phase generator is rated 4160 kVA, 2.4 kV, and 1000 A. The three-phase transformer T1 is rated 6000 kVA, 2.4Y/24Y kV, with leakage reactance of 0.04 pu. Transformer T2 is made up of three single-phase transformers and is rated 4000 kVA, 24Y/12Y kV, with leakage reactance of 0.04 pu. The load draws 2000KVA with 0.8 PF leading at 12kV. Assume that the line length between the two transformers is negligible. Select a base power value and base voltages DIFFERENT than the ratings of the equipment. Determine the following for all three circuits, 2.4-, 24-, and 12-kV circuits: (a) Base impedance values (b) Base current values (c) Per-unit and actual current values (neglect magnetizing currents in transformers and charging currents in lines) (d) Per-unit and actual voltage values at buses 1, 2, and 4 (e) Per-unit and actual apparent power values at buses 1, 2, and 4 24 kV N1 N2 2.4 kV 24 kV 12 kV N2 N1 Load T1 T2 Figure 3
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