Electrical Machines, Drives, and Power Systems by Theodore Wildi (2005)

Introduces the basic principles of electromechanical energy conversion, emphasizing the dynamic performance of machines and the analysis of associated power systems.

Explains the fundamentals of power electronics and motor control, including the role of the power electronic controllers in modern adjustable speed drives.

Examines the operation of electric machines under steady-state and transient conditions, including the effects of harmonics, unbalanced voltages and frequencies, and other power quality issues.

Addresses the fundamentals of power system analysis, including the study of load flow, short-circuit analysis, transient stability, and harmonic problems.

Examines the design and application of adjustable speed drives, as well as their operating characteristics and performance.

Describes the principles of magnetic materials and their applications in electric machines and power systems.

Introduces the principles of electric power distribution and utilization, including the components of a distribution system, the design of power-factor correction systems, and the protection of distribution systems.

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