Handbook of Energy Economics and Policy: Fundamentals and Applications for Engineers and Energy Planners presents energy engineers and managers with analytical skills and concepts that enable them to apply simple economic logic to understand the interrelations between energy technologies, economics, regulation and governance of the industry. Sections cover the origins, types and measurement of energy sources, transportation networks, and regulatory and policy issues on electricity and gas at a global level, new economic and policy issues, including innovation processes in the energy industry and economic and policy implications. Final sections cover state-of-the-art methods for modeling and predicting the dynamics of energy systems.
Its unique approach and learning path makes this book an ideal resource for energy engineering practitioners and researchers working to design, develop, plan or deploy energy systems. Energy planners and policymakers will also find this to be a solid foundation on which to base decisions.
1. 1 Introduction - p. 433 2. 2 The need for an integrated approach to multiple energy carriers - p. 434 3. 3 Representation of multiple energy carrier systems - p. 437 4. 4 Optimisation methods for dispatching energy carriers in a single hub or a grid of interconnected hubs - p. 454 5. 5 Conclusions - p. 469 6. Appendix I - p. 470 7. Appendix II - p. 512 8. References - p. 518 9. Chapter 12. Financing the energy transition: the role of public funding, collaboration and private equity - p. 521 10. Chapter 13. Beyond energy independence: the geopolitical externalities of renewables - p. 549 11. Part 3: Energy data modelling and forecasting - p. 576 12. Chapter 14. A macro-evolutionary approach to energy policy - p. 579 13. Chapter 15. Econometric modelling and forecasting of wholesale electricity prices - p. 595 14. Chapter 16. Complex systems applications to electric mobility and regional intermittent sources planning - p. 641 15. Index - p. 665
Handbook of Energy Economics and Policy: Fundamentals and Applications for Engineers and Energy Planners presents energy engineers and managers with analytical skills and concepts that enable them to apply simple economic logic to understand the interrelations between energy technologies, economics, regulation and governance of the industry. Sections cover the origins, types and measurement of energy sources, transportation networks, and regulatory and policy issues on electricity and gas at a global level, new economic and policy issues, including innovation processes in the energy industry and economic and policy implications. Final sections cover state-of-the-art methods for modeling and predicting the dynamics of energy systems.
Its unique approach and learning path makes this book an ideal resource for energy engineering practitioners and researchers working to design, develop, plan or deploy energy systems. Energy planners and policymakers will also find this to be a solid foundation on which to base decisions.
1. 1 Introduction - p. 433 2. 2 The need for an integrated approach to multiple energy carriers - p. 434 3. 3 Representation of multiple energy carrier systems - p. 437 4. 4 Optimisation methods for dispatching energy carriers in a single hub or a grid of interconnected hubs - p. 454 5. 5 Conclusions - p. 469 6. Appendix I - p. 470 7. Appendix II - p. 512 8. References - p. 518 9. Chapter 12. Financing the energy transition: the role of public funding, collaboration and private equity - p. 521 10. Chapter 13. Beyond energy independence: the geopolitical externalities of renewables - p. 549 11. Part 3: Energy data modelling and forecasting - p. 576 12. Chapter 14. A macro-evolutionary approach to energy policy - p. 579 13. Chapter 15. Econometric modelling and forecasting of wholesale electricity prices - p. 595 14. Chapter 16. Complex systems applications to electric mobility and regional intermittent sources planning - p. 641 15. Index - p. 665
