Hybrid AC/DC Microgrids: Optimization, Energy Management, and Protection is a practical and holistic guide to the opportunities and challenges of this essential energy system technology. The book builds from fundamental concepts of design and operation management to recent advances and specific, practical scenarios. Combining both power management and quality control with real-world risk assessments, the book's chapters cover power generation options, including wind, solar, and hydrogen. Modeling techniques, fault detection, and protection via both physical and AI methods are included and demonstrated, along with clearly formatted case studies, objectives, and worked problems to support reader understanding.
Including guidance for protection and resilience in both normal and abnormal conditions, this book prepares students, researchers, and industry engineers to design and maintain energy grids that will weather climate change and support a clean energy future.
1. Chapter 1: Introduction - p. 1 2. Chapter 2: Comprehensive analysis of scenarios, decarbonization strategies, and methodological framework for sustainable power sector transformation - p. 23 3. Chapter 3: Small-signal modeling and analysis of hybrid AC/DC microgrids - p. 57 4. Chapter 4: Adaptive energy management strategies of hybrid AC/DC microgrids during normal conditions - p. 117 5. Chapter 5: Assessment of lightning strikes effects on hybrid AC/DC microgrids - p. 163 6. Chapter 6: Fault detection and location in hybrid AC/DC microgrids via grounding system and artificial intelligence methods - p. 253 7. Appendix A: Linearized model of the AC system - p. 363 8. Appendix B: Combined WT and AC system small-signal model - p. 365 9. Appendix C: DC-link small-signal model - p. 367 10. Appendix D: Modeling of GSPC controllers - p. 369 11. Appendix E: RS-VSC controller state equations - p. 371 12. Appendix F: Complete small-signal model of the proposed DC link with its control system - p. 373 13. Appendix G: Final blade pitch angle control system state equations - p. 375 14. Appendix H: GFC dq controllers state-space model - p. 377 15. Index - p. 381
Hybrid AC/DC Microgrids: Optimization, Energy Management, and Protection is a practical and holistic guide to the opportunities and challenges of this essential energy system technology. The book builds from fundamental concepts of design and operation management to recent advances and specific, practical scenarios. Combining both power management and quality control with real-world risk assessments, the book's chapters cover power generation options, including wind, solar, and hydrogen. Modeling techniques, fault detection, and protection via both physical and AI methods are included and demonstrated, along with clearly formatted case studies, objectives, and worked problems to support reader understanding.
Including guidance for protection and resilience in both normal and abnormal conditions, this book prepares students, researchers, and industry engineers to design and maintain energy grids that will weather climate change and support a clean energy future.
1. Chapter 1: Introduction - p. 1 2. Chapter 2: Comprehensive analysis of scenarios, decarbonization strategies, and methodological framework for sustainable power sector transformation - p. 23 3. Chapter 3: Small-signal modeling and analysis of hybrid AC/DC microgrids - p. 57 4. Chapter 4: Adaptive energy management strategies of hybrid AC/DC microgrids during normal conditions - p. 117 5. Chapter 5: Assessment of lightning strikes effects on hybrid AC/DC microgrids - p. 163 6. Chapter 6: Fault detection and location in hybrid AC/DC microgrids via grounding system and artificial intelligence methods - p. 253 7. Appendix A: Linearized model of the AC system - p. 363 8. Appendix B: Combined WT and AC system small-signal model - p. 365 9. Appendix C: DC-link small-signal model - p. 367 10. Appendix D: Modeling of GSPC controllers - p. 369 11. Appendix E: RS-VSC controller state equations - p. 371 12. Appendix F: Complete small-signal model of the proposed DC link with its control system - p. 373 13. Appendix G: Final blade pitch angle control system state equations - p. 375 14. Appendix H: GFC dq controllers state-space model - p. 377 15. Index - p. 381
