Optimization Planning and Operation of Electric Vehicle Charging Facilities: A Perspective from China provides an in-depth understanding of core theories and advanced technologies in the field. Summarizing the latest research, the book introduces achievements in optimizing the planning and operation of electric vehicle charging facilities. It is dedicated to the scientific planning and efficient operation of charging stations, supporting the sustainable growth of the electric vehicle industry. The book also delves into frontier issues such as the interaction between electric vehicles and the power grid, and participation modes in the electricity market.
It highlights the application of existing technologies and includes findings from major projects funded by the National Natural Science Foundation of China, the Shanghai Science and Technology Commission, and the State Grid Corporation of China.
1. Introduction - p. xiii 2. 1. Overview - p. 1 3. 2. Electric vehicle charging load modeling and prediction - p. 27 4. 3. Optimization planning of electric vehicle charging facilities - p. 59 5. 4. Operation optimization of electric vehicle charging facilities - p. 99 6. 5. Electric vehicle charging guidance and path planning - p. 139 7. 6. Electric vehicles participating in grid regulation interaction - p. 175 8. Abstract - p. 175 9. 6.1 Evaluation of the potential for electric vehicles to participate in grid regulation interactions - p. 175 10. 6.2 Application of electric vehicles in peak shaving and valley filling of the power grid - p. 189 11. 6.3 Electric vehicles participation in grid frequency regulation applications - p. 204 12. 6.4 Summary - p. 217 13. 7. Electric vehicle participation in electricity market models and mechanisms - p. 219 14. Bibliography - p. 257 15. References - p. 257 16. Index - p. 267
Optimization Planning and Operation of Electric Vehicle Charging Facilities: A Perspective from China provides an in-depth understanding of core theories and advanced technologies in the field. Summarizing the latest research, the book introduces achievements in optimizing the planning and operation of electric vehicle charging facilities. It is dedicated to the scientific planning and efficient operation of charging stations, supporting the sustainable growth of the electric vehicle industry. The book also delves into frontier issues such as the interaction between electric vehicles and the power grid, and participation modes in the electricity market.
It highlights the application of existing technologies and includes findings from major projects funded by the National Natural Science Foundation of China, the Shanghai Science and Technology Commission, and the State Grid Corporation of China.
1. Introduction - p. xiii 2. 1. Overview - p. 1 3. 2. Electric vehicle charging load modeling and prediction - p. 27 4. 3. Optimization planning of electric vehicle charging facilities - p. 59 5. 4. Operation optimization of electric vehicle charging facilities - p. 99 6. 5. Electric vehicle charging guidance and path planning - p. 139 7. 6. Electric vehicles participating in grid regulation interaction - p. 175 8. Abstract - p. 175 9. 6.1 Evaluation of the potential for electric vehicles to participate in grid regulation interactions - p. 175 10. 6.2 Application of electric vehicles in peak shaving and valley filling of the power grid - p. 189 11. 6.3 Electric vehicles participation in grid frequency regulation applications - p. 204 12. 6.4 Summary - p. 217 13. 7. Electric vehicle participation in electricity market models and mechanisms - p. 219 14. Bibliography - p. 257 15. References - p. 257 16. Index - p. 267
