Electronic Control Of Switched Reluctance Machines (Newnes Power Engineering Series)

Electronic Control of Switched Reluctance Machines (Newnes Power Engineering Series)

Review"Electronic control of switched reluctance machines provides a comprehensive review and analysis of all aspects of the system. Each chapter, written by engineers expert in that particular area, addresses a different aspect of the SR machine. Each chapter can be read independently, but collectivly they provide an excellent reference for the newcomer and expert alike." --Dr M Mueller University of Durham, Power engineering Journal, Aug 2002Switched reluctance motors have steadily increased in commercial importance since their introduction in the early 1980's, while their technology - especially of their electronic control - has made great progress. Their unique characteristics introduce a delicate balance, in which the copper and iron are diminished in quantity, complexity and cost, in favour of a greater reliance on sophistication in the controller. Thus mastery of the control is the key challenge in the application of these machines.This book is intended for engineer's in industry and in the large research community in electrical machines and drives. It introduces the techniques for controlling switched reluctance machines, starting from first principles and building up to the most advanced forms of sensorless control. It covers the recent advances in electronic control and includes aspects of motion control, automation, acoustic noise reduction and energy efficiency.From the PublisherThis book is intended for engineer's in industry and in the large research community in electrical machines and drives. It introduces the techniques for controlling switched reluctance machines, starting from first principles and building up to the most advanced forms of sensorless control. It covers the recent advances in electronic control and includes aspects of motion control, automation, acoustic noise reduction and energy efficiency.About the AuthorSpeed Laboratory, University of Glasgow, UK