Sustainable Energy Transition for Cities brings together empirical and applied research in both urban planning and sustainable energy, offering coherent and innovative best practices for urban energy transition planning. Using a multidisciplinary framework, the book views cities as an integrated system composed of components such as neighborhoods and districts within an overall net-zero energy balance. Intended for academics, practitioners and policymakers interested in sustainable energy transition, the book offers insights and best practices to promote the transition to a low carbon urban society.
1. Introduction - p. Page iv 2. List of Illustrations - p. Page vi 3. List of Tables - p. Page vii 4. Chapter 1 : Cities Evolution - p. Page vii 5. Chapter 2 : Cities Energy Transition - p. Page 15 6. Chapter 3 : Net-Zero Energy City - p. Page 27 7. Chapter 4 : Planning E-Structure Model - p. Page 43 8. Chapter 5 : Learning with Case Studies - p. Page 55 9. Chapter 6 : Physical, Social and Energy Analysis - p. Page 62 10. Chapter 7 : Morphological Analysis - p. Page 85 11. Chapter 8 : Urban Infrastructures Analysis - p. Page 120 12. Chapter 9 : Net-Zero Energy City Planning - p. Page 138 13. Chapter 10 : E-CITY Platform - p. Page 182 14. Conclusion - p. Page 225 15. Index - p. Page 231
Sustainable Energy Transition for Cities brings together empirical and applied research in both urban planning and sustainable energy, offering coherent and innovative best practices for urban energy transition planning. Using a multidisciplinary framework, the book views cities as an integrated system composed of components such as neighborhoods and districts within an overall net-zero energy balance. Intended for academics, practitioners and policymakers interested in sustainable energy transition, the book offers insights and best practices to promote the transition to a low carbon urban society.
1. Introduction - p. Page iv 2. List of Illustrations - p. Page vi 3. List of Tables - p. Page vii 4. Chapter 1 : Cities Evolution - p. Page vii 5. Chapter 2 : Cities Energy Transition - p. Page 15 6. Chapter 3 : Net-Zero Energy City - p. Page 27 7. Chapter 4 : Planning E-Structure Model - p. Page 43 8. Chapter 5 : Learning with Case Studies - p. Page 55 9. Chapter 6 : Physical, Social and Energy Analysis - p. Page 62 10. Chapter 7 : Morphological Analysis - p. Page 85 11. Chapter 8 : Urban Infrastructures Analysis - p. Page 120 12. Chapter 9 : Net-Zero Energy City Planning - p. Page 138 13. Chapter 10 : E-CITY Platform - p. Page 182 14. Conclusion - p. Page 225 15. Index - p. Page 231
