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n recent years, electrical energy storage (EES) became the most important technology in isolated power systems (IPS), electrical power quality, distributed energy resources, and sustainable mobility. Electric Energy Storage Systems explains the modeling, planning, and implementation methodologies of EES systems. The book’s first chapter presents an overview of the technical and regulatory boundaries on the evolution of electric power systems to future smart grids, including concepts such as power to gas and power to heat. Distribution networks need storage due to volatile, low duty-cycle renewable energy sources (RES), such as solar and wind, to increase green energy penetration, while maintaining power quality and energy resilience. Chapters 2-8 cover some of the following topics: EES modeling in power systems; development trends; the need for EES and applications for its use; EES technologies; mobile energy storage systems; and the economics of EES. This is a timely book, highlighting methods of energy storage implementation in generation, transmission, and distribution, heading to 100% green energy power systems with enhanced flexibility and reliability. The book is a valuable tool for academics, power engineers, researchers, practicing engineers, and advanced students.
J. Fernando Silva (Sat,) studied this question.
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