Renewable Energy - Volume 4: Energy Storage Systems - Mechanical, Hydro, and Thermal: Definitions, Developments, Applications, Case Studies, and Simulation and Modelling is a new volume in this comprehensive resource on renewable energy, edited by Prof. Abdul Ghani Olabi. This book is designed for those looking for an extensive reference on energy storage technologies. Providing a unique structured approach to the emerging technologies and advances in energy storage systems, this book addresses mechanical, hydro, and thermal storage in a logical and accessible arrangement. From definitions of these technologies, to development in technology and application, to state of the art, analysis, and case studies, this book addresses the most sought-after and desirable practical elements for energy storage systems from an applied perspective.
With standalone, accessible, and functioning chapters dedicated to particular technology, this book is a suitable reference for postgraduate and graduate students, postdoctoral researchers, faculty, engineers, and industry personnel working on projects related to renewable energy, energy storage, sustainability, and energy system design.
· Includes in-depth and up-to-date explanations for the latest developments in energy storage
· Uniquely thematically arranged with structured content, for accessible and usable reference material
· Extensively illustrated and supported by examples and case studies
1. Chapter one. Introduction to flywheel energy storage systems - p. 3 2. Chapter two. Developments of flywheel energy storage systems - p. 17 3. Chapter three. Applications of flywheel energy storage systems - p. 31 4. Chapter four. Bibliometric analysis of flywheel energy storage systems - p. 43 5. Chapter five. Modeling and simulation of flywheel energy storage systems - p. 53 6. Chapter six. Case studies on flywheel energy storage systems - p. 83 7. Chapter seven. SWOT analysis of flywheel energy storage systems - p. 101 8. Section 2: Compressed air energy storage systems - p. 113 9. Chapter eight. Introduction to compressed air energy storage and ancillary expansion cooling - p. 119 10. Chapter nine. Developments of compressed air energy storage systems - p. 129 11. Chapter ten. Applications of compressed air energy storage systems - p. 141 12. Chapter eleven. Bibliometric analysis of compressed air energy storage systems - p. 155 13. Chapter twelve. Modeling and simulation of compressed air energy storage systems - p. 165 14. Chapter thirteen. Case studies on compressed air energy storage systems - p. 179 15. Chapter fourteen. SWOT analysis of compressed air energy storage systems - p. 197 16. Section 3: Pumped hydro energy storage systems - p. 208 17. Chapter fifteen. Introduction to pumped hydro energy storage systems - p. 213 18. Chapter sixteen. Developments of pumped hydro energy storage systems - p. 231 19. Chapter seventeen. Applications of pumped hydro energy storage systems - p. 249 20. Chapter eightheen. Bibliometric analysis of pumped hydro energy storage systems - p. 261 21. Chapter nineteen. Modeling and simulation of pumped hydro energy storage systems - p. 271 22. Chapter twenty. Case studies on pumped hydro energy storage systems - p. 285 23. Chapter twentyone. SWOT analysis of pumped hydro energy storage systems - p. 295 24. Section 4: Thermal energy storage systems - p. 308 25. Chapter twenty two. Introduction to thermal energy storage systems - p. 315 26. Chapter twenty three. Developments of thermal energy storage systems - p. 329 27. Chapter twenty four. Applications of thermal energy storage systems - p. 347 28. Chapter twenty five. Bibliometric analysis of thermal energy storage systems - p. 363 29. Chapter twenty six. Modeling and simulation of thermal energy storage systems - p. 377 30. Chapter twenty seven. Case studies on thermal energy storage systems - p. 387 31. Chapter twenty eight. SWOT analysis of thermal energy storage systems - p. 399 32. Section 5: Buoyancy work energy storage systems - p. 410 33. Chapter Twenty nine. Introduction to buoyancy work energy storage systems - p. 415 34. Chapter thirty. Developments of buoyancy work energy storage systems - p. 423 35. Chapter thirty one. Applications of buoyancy work energy storage systems - p. 431 36. Chapter thirty two. Bibliometric analysis of buoyancy work energy storage systems - p. 447 37. Chapter thirty three. Case studies on buoyancy work energy storage systems - p. 455 38. Chapter thirty four. Modeling and simulation of buoyancy work energy storage systems - p. 465 39. Chapter thirtyfive. SWOT analysis of buoyancy work energy storage systems - p. 481 40. Index - p. 495
Renewable Energy - Volume 4: Energy Storage Systems - Mechanical, Hydro, and Thermal: Definitions, Developments, Applications, Case Studies, and Simulation and Modelling is a new volume in this comprehensive resource on renewable energy, edited by Prof. Abdul Ghani Olabi. This book is designed for those looking for an extensive reference on energy storage technologies. Providing a unique structured approach to the emerging technologies and advances in energy storage systems, this book addresses mechanical, hydro, and thermal storage in a logical and accessible arrangement. From definitions of these technologies, to development in technology and application, to state of the art, analysis, and case studies, this book addresses the most sought-after and desirable practical elements for energy storage systems from an applied perspective.
With standalone, accessible, and functioning chapters dedicated to particular technology, this book is a suitable reference for postgraduate and graduate students, postdoctoral researchers, faculty, engineers, and industry personnel working on projects related to renewable energy, energy storage, sustainability, and energy system design.
· Includes in-depth and up-to-date explanations for the latest developments in energy storage
· Uniquely thematically arranged with structured content, for accessible and usable reference material
· Extensively illustrated and supported by examples and case studies
1. Chapter one. Introduction to flywheel energy storage systems - p. 3 2. Chapter two. Developments of flywheel energy storage systems - p. 17 3. Chapter three. Applications of flywheel energy storage systems - p. 31 4. Chapter four. Bibliometric analysis of flywheel energy storage systems - p. 43 5. Chapter five. Modeling and simulation of flywheel energy storage systems - p. 53 6. Chapter six. Case studies on flywheel energy storage systems - p. 83 7. Chapter seven. SWOT analysis of flywheel energy storage systems - p. 101 8. Section 2: Compressed air energy storage systems - p. 113 9. Chapter eight. Introduction to compressed air energy storage and ancillary expansion cooling - p. 119 10. Chapter nine. Developments of compressed air energy storage systems - p. 129 11. Chapter ten. Applications of compressed air energy storage systems - p. 141 12. Chapter eleven. Bibliometric analysis of compressed air energy storage systems - p. 155 13. Chapter twelve. Modeling and simulation of compressed air energy storage systems - p. 165 14. Chapter thirteen. Case studies on compressed air energy storage systems - p. 179 15. Chapter fourteen. SWOT analysis of compressed air energy storage systems - p. 197 16. Section 3: Pumped hydro energy storage systems - p. 208 17. Chapter fifteen. Introduction to pumped hydro energy storage systems - p. 213 18. Chapter sixteen. Developments of pumped hydro energy storage systems - p. 231 19. Chapter seventeen. Applications of pumped hydro energy storage systems - p. 249 20. Chapter eightheen. Bibliometric analysis of pumped hydro energy storage systems - p. 261 21. Chapter nineteen. Modeling and simulation of pumped hydro energy storage systems - p. 271 22. Chapter twenty. Case studies on pumped hydro energy storage systems - p. 285 23. Chapter twentyone. SWOT analysis of pumped hydro energy storage systems - p. 295 24. Section 4: Thermal energy storage systems - p. 308 25. Chapter twenty two. Introduction to thermal energy storage systems - p. 315 26. Chapter twenty three. Developments of thermal energy storage systems - p. 329 27. Chapter twenty four. Applications of thermal energy storage systems - p. 347 28. Chapter twenty five. Bibliometric analysis of thermal energy storage systems - p. 363 29. Chapter twenty six. Modeling and simulation of thermal energy storage systems - p. 377 30. Chapter twenty seven. Case studies on thermal energy storage systems - p. 387 31. Chapter twenty eight. SWOT analysis of thermal energy storage systems - p. 399 32. Section 5: Buoyancy work energy storage systems - p. 410 33. Chapter Twenty nine. Introduction to buoyancy work energy storage systems - p. 415 34. Chapter thirty. Developments of buoyancy work energy storage systems - p. 423 35. Chapter thirty one. Applications of buoyancy work energy storage systems - p. 431 36. Chapter thirty two. Bibliometric analysis of buoyancy work energy storage systems - p. 447 37. Chapter thirty three. Case studies on buoyancy work energy storage systems - p. 455 38. Chapter thirty four. Modeling and simulation of buoyancy work energy storage systems - p. 465 39. Chapter thirtyfive. SWOT analysis of buoyancy work energy storage systems - p. 481 40. Index - p. 495
