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This book offers an essential compendium on the analysis and design
of synchronous motors for variable-speed applications. Focusing on
synchronous reluctance and ferrite permanent-magnet (PM)
synchronous reluctance machines, it provides a broad perspective on
three-phase machines for variable speed applications, a field
currently dominated by asynchronous machines and rare-earth PM
synchronous machines. It also describes synchronous reluctance
machines and PM machines without rare-earth materials, comparing
them to state-of-the-art solutions. The book provides readers with
extensive information on and finite element models of PM
synchronous machines, including all relevant equations and with an
emphasis on synchronous-reluctance and PM-assisted
synchronous-reluctance machines. It covers ferrite-assisted
machines, modeled as a subcase of PM-assistance, fractional slot
combinations solutions, and a quantitative, normalized comparison
of torque capability with benchmark PM machines. The book discusses
a wealth of techniques for identifying machine parameters, with an
emphasis on self-commissioning algorithms, and presents methods for
automated machine design and optimization, including a software
tool developed for this purpose. Addressing an important gap in the
field of PM-less and less-PM electrical machines, it is intended as
a self-contained reference guide for both graduate students and
professional machine designers, and as a useful text for university
courses on automated and/or optimized design of electrical machines
and drives.
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