Part I: FUNDAMENTALS.  1. Units.  2. Fundamentals of Electricity, Magnetism and Circuits.  3. Fundamentals of Mechanics and Heat. Part II: ELECTRICAL MACHINES AND TRANSFORMERS.  4. Direct-Current Generators.  5. Direct-Current Motors.  6. Efficiency and Heating of Electrical Machines.   7. Active, Reactive, and Apparent Power.  8. Three-Phase Circuits.  9. The Ideal Transformer. 10. Practical Transformers. 11. Special Transformers. 12. Three-Phase Transformers. 13. Three-Phase Induction Motors. 14. Selection and Application of Three-Phase Induction Machines. 15. Equivalent Circuit of the Induction Motor. 16. Synchronous Generators. 17. Synchronous Motors. 18. Single-Phase Motors. 19. Stepper Motors. Part III: ELECTRICAL AND ELECTRONIC DRIVES. 20. Basics of Industrial Motor Control. 21. Fundamental Elements of Power Electronics. 22. Electronic Control of Direct-Current Motors. 23. Electronic Control of Alternating Current Motors. Part IV: ELECTRIC UTILITY POWER SYSTEMS. 24. Generation of Electrical Energy. 25. Transmission of Electrical Energy. 26. Distribution of Electrical Energy. 27. The Cost of Electricity. 28. Direct-Current Transmission. 29. Transmission and Distribution Solid-State Controllers. 30. Harmonics. References. Appendix A: Conversion Charts. Appendix B: Properties of Insulating Materials. Appendix C: Properties of Conductors and Insulators. Appendix D: Properties of Round Copper Conductors. Answers to Problems. Answers to Industrial Application Problems. Problems. Index.

NEW–Doubly-fed induction machine properties and behavior—For use as a wind turbine generator to produce electricity. NEW–Pulse-width modulation (PWM) modifications. NEW—Direct Torque Control (DTC) coverage. NEW–Wind power and the use of turbines. NEW—The HVDC LightTM method of transmitting electric power.