Smart Penetration of Electric Vehicles in Distribution Grids offers in-depth knowledge on how to optimize electric vehicle charging and grid integration in a range of novel and traditional distribution architectures. The book begins with a rigorous foundation in the mathematical modeling required and provides extensive analysis of regulatory standards, thus ensuring readers can maximize the practical potential of these technologies. Later chapters dig deeply into novel distribution architectures and the opportunities in nano- and microgrids, as well as peak load management and voltage stability enhancement and other aspects of optimization and control of EV charging demand in active power distribution grids.
Designed for students, researchers, and engineers, Smart Penetration of Electric Vehicles in Distribution Grids combines theoretical knowledge with practical case studies, regulatory guidance, and industry insight.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. General schemes and mathematical foundations - p. 21 3. Chapter 3. Industrial standards and infrastructure technologies - p. 69 4. Chapter 4. Exploiting electric vehicles' benefits within household nanogrids - p. 119 5. 4.1 Introduction - p. 119 6. 4.2 System architecture - p. 128 7. 4.3 System configuration and modeling - p. 131 8. 4.4 Operation strategy - p. 135 9. 4.5 Simulation analysis of multiple operation scenarios - p. 152 10. 4.6 Experimental verification - p. 162 11. 4.7 Conclusion remarks - p. 166 12. Chapter 5. Facilitating nearly-zero-energy-building via EV-Grid coordination - p. 171 13. Chapter 6. Addressing difficult-to-charge issue in old residential communities - p. 209 14. Chapter 7. Internet of smart charging points for vehicle-to-grid operation - p. 255 15. Index - p. 309
Smart Penetration of Electric Vehicles in Distribution Grids offers in-depth knowledge on how to optimize electric vehicle charging and grid integration in a range of novel and traditional distribution architectures. The book begins with a rigorous foundation in the mathematical modeling required and provides extensive analysis of regulatory standards, thus ensuring readers can maximize the practical potential of these technologies. Later chapters dig deeply into novel distribution architectures and the opportunities in nano- and microgrids, as well as peak load management and voltage stability enhancement and other aspects of optimization and control of EV charging demand in active power distribution grids.
Designed for students, researchers, and engineers, Smart Penetration of Electric Vehicles in Distribution Grids combines theoretical knowledge with practical case studies, regulatory guidance, and industry insight.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. General schemes and mathematical foundations - p. 21 3. Chapter 3. Industrial standards and infrastructure technologies - p. 69 4. Chapter 4. Exploiting electric vehicles' benefits within household nanogrids - p. 119 5. 4.1 Introduction - p. 119 6. 4.2 System architecture - p. 128 7. 4.3 System configuration and modeling - p. 131 8. 4.4 Operation strategy - p. 135 9. 4.5 Simulation analysis of multiple operation scenarios - p. 152 10. 4.6 Experimental verification - p. 162 11. 4.7 Conclusion remarks - p. 166 12. Chapter 5. Facilitating nearly-zero-energy-building via EV-Grid coordination - p. 171 13. Chapter 6. Addressing difficult-to-charge issue in old residential communities - p. 209 14. Chapter 7. Internet of smart charging points for vehicle-to-grid operation - p. 255 15. Index - p. 309
