As the world moves toward renewable energy sources to combat environmental and power distribution issues, there has been a resurgence of interest in induction generators, particularly in their use in wind and hydropower generation systems. Induction machines operating as generators are rugged and cost effective, and with recent advances in control and optimization, the control design aspects are now moving from the laboratory to the desks of practicing engineers.

Renewable Energy Systems: Design and Analysis with Induction Generators presents the first comprehensive exposition of induction machines used for power generation. Focusing on renewable energy applications, the authors address virtually all aspects of the design, operation, and analysis of these systems, from the very basics to the latest technologies, including:

New methods of characteristics testing, aimed at reduced test time, precision, and automation

Reactive compensation techniques

Control, including scalar control, vector control, and optimization techniques for peak power tracking control

Interconnecting induction generators to the main grid

Behavior in the presence of switched and controlled electronic converters

Using PSPICE, MATLAB, PSIM, C, Pascal and Excel for modeling and simulation

Robust, economical, and low maintenance, induction generators hold outstanding potential for helping to fulfill the world's energy needs. This book provides the background and the tools you need to begin developing power plants and become expert in the applications and deployment of induction generator systems.

Until the 1960s, abundant fossil fuels seemed to make the induction generator unnecessary. However, the need for distributed generation and renewable energy have brought it back. Sim<~o>es and Farret describe the basics of renewable energy and electric generation, the steady state and transient models of the induction generator, and the self-excited induction generator. They explain construction features, power electronics for interfacing induction generators, scalar, vector, and optimized controls, simulation tools, and the economics of induction generation-based renewable systems. Appendices include an introduction to fuzzy logic and statements in C and Pascal for a simulation of a self-excited induction generator.
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Renewable Energy Systems: Design and Analysis with Induction Generators focuses on renewable energy applications with emphasis on modeling, driving, and use of induction generators for power generation. It covers all topics related to design, operation, and overall analysis of such systems as well as everything from the fundamental principles to the latest technologies for association, controls, automation, and power electronics. The use of simulation techniques is integrated throughout the book.

With its focus on renewable energy applications and an emphasis on the modeling, driving, and use of induction generators for power generation, this resource covers all topics related to design, operation, and overall analysis of such systems as well as the latest technologies.