Tidal Energy Systems: Design, Optimization, and Control, Second Edition reflects the rapid transformation in the energy sector being driven by technological innovations, environmental challenges, and market dynamics. The book covers artificial intelligence applications for design and optimization, advanced data analysis techniques, and integration with smart grids while also addressing sustainability and efficiency. By focusing on interdisciplinary aspects, the book serves as a crucial resource for understanding the complexities of designing, optimizing, and controlling tidal energy infrastructures. It explores a variety of critical areas, including fundamentals, prefeasibility analysis, optimum sizing and modeling, control systems, and reliability assessments of tidal power plants.
It also emphasizes the role of artificial intelligence and data analysis in enhancing the performance and maintenance of tidal energy systems. Other significant topics include decision science and operational management, providing readers with a holistic view of the tidal energy sector and the tools necessary for effective implementation and management of tidal energy projects.
1. Chapter 2. Introduction of tidal energy system - p. 45 2. 2.1 Introduction - p. 45 3. 2.2 Global scenario of tidal energy system - p. 47 4. 2.3 Indian scenario of tidal energy system - p. 55 5. 2.4 Basic principle of tidal energy system - p. 57 6. 2.5 Estimation of energy calculation - p. 96 7. 2.6 Circular economy aspects with tidal energy system - p. 107 8. 2.7 Conclusion - p. 112 9. 2.8 Case study - p. 113 10. 2.9 Exercise - p. 115 11. 2.10 Objective type questions - p. 116 12. Chapter 3. Prefeasibility assessment of tidal energy system - p. 121 13. Chapter 4. Optimum sizing and modeling of tidal energy system - p. 171 14. Chapter 5. Control system of tidal power plant - p. 225 15. Chapter 6. Reliability assessment of tidal power plant - p. 265 16. Chapter 7. Supply chain management for sustainable tidal energy system - p. 305 17. Chapter 8. Tidal energy system with artificial intelligence and data analysis - p. 347 18. Chapter 9. Decision science and operational management of tidal energy system - p. 401 19. Index - p. 465
Tidal Energy Systems: Design, Optimization, and Control, Second Edition reflects the rapid transformation in the energy sector being driven by technological innovations, environmental challenges, and market dynamics. The book covers artificial intelligence applications for design and optimization, advanced data analysis techniques, and integration with smart grids while also addressing sustainability and efficiency. By focusing on interdisciplinary aspects, the book serves as a crucial resource for understanding the complexities of designing, optimizing, and controlling tidal energy infrastructures. It explores a variety of critical areas, including fundamentals, prefeasibility analysis, optimum sizing and modeling, control systems, and reliability assessments of tidal power plants.
It also emphasizes the role of artificial intelligence and data analysis in enhancing the performance and maintenance of tidal energy systems. Other significant topics include decision science and operational management, providing readers with a holistic view of the tidal energy sector and the tools necessary for effective implementation and management of tidal energy projects.
1. Chapter 2. Introduction of tidal energy system - p. 45 2. 2.1 Introduction - p. 45 3. 2.2 Global scenario of tidal energy system - p. 47 4. 2.3 Indian scenario of tidal energy system - p. 55 5. 2.4 Basic principle of tidal energy system - p. 57 6. 2.5 Estimation of energy calculation - p. 96 7. 2.6 Circular economy aspects with tidal energy system - p. 107 8. 2.7 Conclusion - p. 112 9. 2.8 Case study - p. 113 10. 2.9 Exercise - p. 115 11. 2.10 Objective type questions - p. 116 12. Chapter 3. Prefeasibility assessment of tidal energy system - p. 121 13. Chapter 4. Optimum sizing and modeling of tidal energy system - p. 171 14. Chapter 5. Control system of tidal power plant - p. 225 15. Chapter 6. Reliability assessment of tidal power plant - p. 265 16. Chapter 7. Supply chain management for sustainable tidal energy system - p. 305 17. Chapter 8. Tidal energy system with artificial intelligence and data analysis - p. 347 18. Chapter 9. Decision science and operational management of tidal energy system - p. 401 19. Index - p. 465
