Titlebook: Design and Management of Energy-Efficient Hybrid Electrical Energy Storage Systems; Younghyun Kim,Naehyuck Chang Book 2014 Springer Intern

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Younghyun Kim,Naehyuck ChangProvides system-level design optimization schemes to improve efficiency in hybrid energy storage systems.Discusses system architectures and optimization techniques.Includes technical details for imple

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思考

Introduction, lower quality forms of energy [6]. Transformity of energy, which is the amount of one type of energy required to produce a heat equivalent of another type of energy, is an important factor of the quality of energy.

背带

Background and Related Work,y, thermal energy, electrochemical energy, electrostatic energy, etc. Each of them has distinctive characteristics and applications. Among them, we focus on batteries and supercapacitors in this book. Those are the most widely deployed types of EES elements for various applications from small portable devices to grid-scale EES systems.

财政

Architectures for Energy Efficiency,array architecture. It enables dynamic changes of series and parallel configurations of an EES array so that power conversion efficiency can be maximized. The second architecture is a networked CTI architecture.

Eulogy

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Design and Management of Energy-Efficient Hybrid Electrical Energy Storage Systems978-3-319-07281-4

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