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Fundamental of Electrical Power Engineering

031. Electrical Engineering: Contextualization and Applicability

1.1 Introduction 1.2 The Foundation of Electromagnetism: Maxwell Equations 1.3 Kirchhoff's Laws and Their Connection to Maxwell's Equations 1.4 Constitution of Copper 1.5 Conductive and Insulating Materials 1.6 Electricity Generation 1.7 Electrical Resistance 1.8 Summary References

042. Electrotechnics

2.1 Introduction and Objectives 2.2 Ohm's Law 2.3 Grouping Resistances 2.4 DC Generator: Definition 2.5 Connection of Voltage Sources 2.6 Electric Receiver 2.7 Simulating Circuits with LTspice 2.8 Summary References

053. Capacitance and Inductance: Behavior in DC Circuits

3.1 Introduction. Dimensions and Operation 3.2 Capacitors 3.3 Function of a Capacitor 3.4 Grouping Capacitors 3.5 Capacitor Behavior 3.6 Energy Stored by a Capacitor 3.7 Inductances 3.8 Grouping Inductances 3.9 Inductance Behavior 3.10 Summary References

064. Behavior of Passive Elements in AC Circuits

4.1 Introduction. Ohm's Law in Steady State. Sinusoidal 4.2 Purely Resistive Circuit 4.3 Purely Capacitive Circuit 4.4 Purely Inductive Circuit 4.5 Faraday's Law 4.6 Sinusoidal RL Circuit 4.7 Sinusoidal RC Series Circuit 4.8 RLC Series Circuit 4.9 Summary References

075. Alternating Current Power and Measurement

5.1 Introduction. What Is Power?5.2 Power in a Purely Resistive Circuit 5.3 Power in Circuits with Coil 5.4 Power in a Purely Capacitive Circuit 5.5 Power in RL Series Circuit 5.6 Summary

086. Basic Principles of Electrical Machines

6.1 Classification of Electrical Machines 6.2 Static Machines: Types 6.3 Static Machines: Active Elements 6.4 Rotating Machines: Active Elements 6.5 Constituent Elements of Rotating Machines 6.6 Energy Conversion in Electrical Machines 6.7 Generation of Magnetic Fields 6.8 Elements of Electrical Machines 6.9 Magnetic Quantities and Units 6.10 An Application Example of Fundamental Laws: The Barlow Wheel 6.11 Electrical Circuit of Electrical Machines 6.12 Values of Sinusoidal Alternating Current 6.13 Summary

097. Power Transformers

7.1 Introduction 7.2 Parts of a Power Transformer 7.3 Losses in Power Transformers 7.4 Ideal Single-Phase Power Transformer 7.5 Ratings 7.6 Transformer Efficiency 7.7 Operation of the Transformer at a Frequency Different from the Rated Frequency 7.8 Operation of the Transformer at a Voltage Different from the Rated Voltage 7.9 Types of Three-Phase Transformers 7.10 Type of Primary and Secondary Connections 7.11 Single-Phase Equivalent Circuit 7.12 Connection of Generators and Receivers 7.13 Summary

108. Connection of the Receivers

8.1 Introduction 8.2 Star-Balanced Load 8.3 Delta-Balanced Load 8.4 Electric Motor Efficiency 8.5 Summary

119. Asynchronous Machines

9.1 Introduction 9.2 The Electric Power System. Concepts 9.3 Classification of Asynchronous Machines 9.4 Constituent Parts and Their Function 9.5 Operating Modes 9.6 Rotating Field in Asynchronous Machines 9.7 Three-Phase Motor Operation 9.8 Asynchronous Motor Operation 9.9 Comparison Between Motor and Transformer 9.10 Power and Torque in Three-Phase Asynchronous Motor 9.11 Torque Study 9.12 Asynchronous Motor Operating Zones 9.13 Three-Phase Asynchronous Motor Starting 9.14 Summary

1210. The Synchronous Machine

10.1 Introduction 10.2 Constituent Elements of the Synchronous Machine 10.3 Elementary Synchronous Generator 10.4 Real Synchronous Generator 10.5 No-load Synchronous Generator 10.6 Synchronous Generator Under Load 10.7 Power Factor Correction 10.8 Summary

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