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Full Description
Next-Generation Microgrids: Components, Control Algorithms, and Design guides engineers or students through the design, control, and operation of microgrids, integrating cutting-edge techniques and technologies with pragmatic implementation advice. This book begins by breaking down the fundamental principles of microgrid technology, before detailed discussions on microgrid design and the integration of distributed energy resources. Subsequent chapters investigate optimization, energy storage systems, advanced power electronics, and critical power quality enhancement strategies. Using a multidisciplinary approach that includes practical questions such as regulatory guidance and communication and networking technology, the book provides everything a reader needs to maximise the sustainability impact of microgrids. Bridging the gap between fundamental concepts and advanced practical applications, Next-Generation Microgrids: Components, Control Algorithms, and Design is an essential resource for the students, researchers, and industry professionals responsible for developing and implementing this technology in the grids of the future.
Contents
1. Introduction to Microgrids
2. Microgrid Design and Architecture
3. Distributed Energy Resource Integration
4. Optimization Techniques for Microgrid Operation
5. Energy Storage Systems for Microgrids
6. Microgrid Control and Management Strategies
7. Advanced Power Electronics for Microgrids
8. Microgrid Stability and Power Quality Enhancement
9. Microgrid Resiliency and Reliability Enhancement
10. Communication and Networking Technologies for Microgrids
11. Multi-disciplinary Perspectives on Sustainability of Microgrids
