Sustainable Energy Systems on Ships is a comprehensive technical reference for all aspects of energy efficient shipping. The book discusses the technology options to make shipping energy consumption greener, focusing on the smarter integration of energy streams, the introduction of renewable resources and the improvement of control and operability. Chapters not only describe each technology individually, but also analyze their interconnections when implemented onboard, and compare them in terms of suitability for different vessels and economic viability.
Readers of Sustainable Energy Systems on Ships will find an invaluable reference suitable for researchers, professionals, and managers involved in the shipping industry and those working on related energy efficiency technologies, fuel cells, and in the transport industry generally. Students of maritime engineering will also be well served by this reference.
1. 6.1: Introduction - p. 233 2. 6.2: Systems, complexity, and complex systems - p. 234 3. 6.3: Systems modeling - p. 236 4. 6.4: Systems analysis - p. 251 5. 6.5: Systems optimization - p. 275 6. Chapter 7 Data science and advanced analytics for shipping energy systems - p. 303 7. Chapter 8 Wind propulsion - p. 353 8. Chapter 9 Sustainable fuels for shipping - p. 403 9. Chapter 10 Financing of low-carbon technology projects - p. 431 10. Chapter 11 Realistic assessment of saving potential for energy saving options - p. 451 11. Chapter 12 Energy efficiency in ship design projects with case studies - p. 469 12. Appendix A Optimization theory - p. 497 13. Appendix B Towards halving shipping GHG emissions by 2050: the IMO introduces the CII and the EEXI - p. 513 14. Index - p. 519 15. Index - Continued - p. 531
Sustainable Energy Systems on Ships is a comprehensive technical reference for all aspects of energy efficient shipping. The book discusses the technology options to make shipping energy consumption greener, focusing on the smarter integration of energy streams, the introduction of renewable resources and the improvement of control and operability. Chapters not only describe each technology individually, but also analyze their interconnections when implemented onboard, and compare them in terms of suitability for different vessels and economic viability.
Readers of Sustainable Energy Systems on Ships will find an invaluable reference suitable for researchers, professionals, and managers involved in the shipping industry and those working on related energy efficiency technologies, fuel cells, and in the transport industry generally. Students of maritime engineering will also be well served by this reference.
1. 6.1: Introduction - p. 233 2. 6.2: Systems, complexity, and complex systems - p. 234 3. 6.3: Systems modeling - p. 236 4. 6.4: Systems analysis - p. 251 5. 6.5: Systems optimization - p. 275 6. Chapter 7 Data science and advanced analytics for shipping energy systems - p. 303 7. Chapter 8 Wind propulsion - p. 353 8. Chapter 9 Sustainable fuels for shipping - p. 403 9. Chapter 10 Financing of low-carbon technology projects - p. 431 10. Chapter 11 Realistic assessment of saving potential for energy saving options - p. 451 11. Chapter 12 Energy efficiency in ship design projects with case studies - p. 469 12. Appendix A Optimization theory - p. 497 13. Appendix B Towards halving shipping GHG emissions by 2050: the IMO introduces the CII and the EEXI - p. 513 14. Index - p. 519 15. Index - Continued - p. 531
