Download Induction Machines Handbook Transients, Control Principles, Design and Testing Third Edition by Ion Boldea PDF
Induction Machines Handbook Transients, Control Principles, Design and Testing Third Edition Download PDF
Picture Of The Book;
Induction Machines Handbook Transients, Control Principles, Design and Testing Third Edition
About Of The Book;
Sudden short circuits, at the terminals of large induction motors, lead to very large peak transient currents and torques. On the other hand, more and more induction motors are used in variable speed drives with fast electromagnetic and mechanical transients. So, modelling transients is required for power-grid-fed (constant voltage and frequency) and pulse width modulation (PWM) converter-fed IM drives control.
The 2010–2020 decade has seen notable progress in induction machine (IM) technology such as
• Extension of analytical and finite element modelling (FEM) for better precision and
performance
• Advanced FEM-assisted optimal design methodologies with multi-physics character
• Introduction of upgraded premium efficiency IM international standards
• Development and fabrication of copper cage rotor IMs drives for traction on electric vehicles.
• Extension of wound rotor induction generators (WRIGs) or doubly fed induction genera-
tors (DFIGs) with partial ratings A.C.–D.C.–A.C. converters in wind energy conversion
and to pump storage reversible power plants (up to 400 MVA/unit).
• Extension of cage-rotor induction generators with full-power PWM converters for wind
energy conversion (up to 5 MVA/unit)
• Development of cage (or nested cage)-rotor dual stator winding induction generators/
motors with partial ratings power electronics for wind energy and vehicular technologies
(autonomous operation)
• Development of line-start premium efficiency IMs with cage rotor, provided with PMs and
(or) magnetic saliency for self-synchronization and operation at synchronism (three phase
and single phase), for residential applications, etc.
• Introduction of multiphase (m > 3) IMs for higher torque density and more fault-tolerant
electric drives.
All the above, reflected in a strong increase of line-start IMs and variable-speed IM motor and
generator drives markets, have prompted us to prepare a new (third) edition of this book.
Short DeScription
As a way to mediate between not discomforting the readers/users of second edition, but still bring/
add, wherever thought, proper, recent/representative knowledge, the titles of chapters from the
second edition in this volume have been kept almost the same but reordered/corrected/improved
and enhanced also with recent “knowledge pills” as new sections such as
Although efforts have been made to make all chapters rather self-sufficient within volume II, there
is still a notable quantity of knowledge – expressions of parameters especially – from volume I, to
reduce the text length.
Finally, the large number of numerical examples and representative graphic results from litera-
ture, processed and quoted exhaustively, should offer the reader solid understanding of phenomena
with quantitative back-up as well as inspiration for follow-up work.
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Content Of The Book;
Chapter 1 Induction Machine Transients
Chapter 2 Single-Phase IM Transients
Chapter 3 Super-High-Frequency Models and Behaviour of IMs
Chapter 4 Motor Specifications and Design Principles
Chapter 5 IM Design below 100 KW and Constant V and f (Size Your Own IM)
Chapter 6 Induction Motor Design above 100 KW and Constant V and f (Size Your Own IM)
Chapter 7 Induction Machine Design for Variable Speed
Chapter 8 Optimization Design Issues
Chapter 9 Single-Phase IM Design
Chapter 10 Three-Phase Induction Generators
Chapter 11 Single-Phase Induction Generators
Chapter 12 Linear Induction Motors
Chapter 13 Testing of Three-Phase IMs
Chapter 14 Single-Phase IM Testing
Information Of The Book;
Title ; Induction Machines Handbook Transients, Control Principles, Design and Testing Third Edition
Book Format : PDF
Laguage : English
Size : 14.07 MB