Switched Reluctance Motor Drives - Modeling, Simulation, Analysis, Design and Applications  (English, Hardcover, Krishnan R.)

The switched reluctance machine (SRM) is the least expensive electrical machine to produce, yet one of the most reliable. As such, research has blossomed during the last decade, and the SRM and variable drive systems using SRMs are receiving considerable attention from industry. Because they require a power electronic converter and controller to function, however, successful realization of an SRM variable drive system demands an understanding of the converter and controller subsystems and their integration with the machine.

Switched Reluctance Motor Drives provides that understanding. It presents a unified view of the machine and its drive system from all of its system and subsystem aspects. With a careful balance of theory and implementation, the author develops the analysis and design of SRMs from first principles, introduces a wide variety of power converters available for driving the SRM, and systematically presents both low- and high-performance controllers. The book includes an in-depth study of acoustic noise and its minimization along with application examples that include comparisons between ac and dc drives and SRM drive.

The result is the first book that provides a state-of-the-art knowledge of SRMs, power converters, and their use with both sensor-based and sensorless controllers. Switched Reluctance Motor Drives enables both students and engineers to learn all aspects of SRM drive systems and appreciate the interdependence of the various subsystems in performance optimization.

Salient Features

• An integrated view of the machine and its drive systems
• State-of-the-art information on SRMs, power converters, and sensorless controllers
• Step-by-step procedures to model and simulate the SRM drive system with all its subsystems
• Systematic procedure for the design of the machine, power electronic converter and controller and derivation of the design equations
• In-depth study of acoustic noise and its minimization
• Answers to key practical questions along with the essential theoretical background.