Power Systems: Fundamental Concepts and the Transition to Sustainability

Fresh perspective on power systems, dealing with uncertainty, power electronics, and electricity markets

Power Systems is a highly accessible textbook on the subject that helps students understand how power systems work and the fundamental constraints that guide its operation and design. Less relevant material is excluded, fundamentals are reinforced at every turn, and the book studiously avoids getting sidetracked into lengthy discussions of non-essential topics. In such a rapidly developing field, this unique approach of explaining not only the "what" and the "how" but also the "why" equips readers to understand why things might be done in a certain way so they can help develop new solutions to modern problems.

To aid in reader comprehension, the text contains examples that reinforce the understanding of the fundamental concepts, informative and attractive illustrations, and problems of increasing levels of difficulty.

An accompanying website includes a complete solution manual, teaching slides, and open-source simulation tools and a variety of examples, exercises, and projects of various levels of difficulty.

Written by a leading figure in the power system community with a strong track record of writing for the student reader, Power Systems covers some important classical topics, such as the modeling of components, power flow, fault calculations, and stability. In addition, it includes:

• A detailed discussion of the demand for electricity and how it affects the operation of power systems.
• An overview of the various forms of conventional and renewable energy conversion.
• A primer on modern power electronic power conversion.
• A careful analysis of the technical and economic issues involved in load generation balancing.
• An introduction to electricity markets.

With its up-to-date, accessible, and highly comprehensive coverage of the subject, Power Systems is an ideal textbook for various courses on power systems, such as Power Systems Design and Operation, Introduction to Electric Power Systems, Power System Analysis, and Power System Operation and Economics.