Electric power systems : advanced forecasting techniques and optimal generation scheduling /
"Preface A wide-ranging impression about the subjects discussed in this book is that the topics are pivotal for understanding and solving some of the problems flourishing in the second decade of the twenty-first century in the field of management of electric power generation systems. Noticeably...
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| Language: | eng |
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Boca Raton : CRC Press,
2012
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| _version_ | 1796744985056378880 |
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| author | Catalô, Joô P. S. |
| author_facet | Catalô, Joô P. S. |
| author_sort | Catalô, Joô P. S. |
| collection | OCEAN |
| description | "Preface A wide-ranging impression about the subjects discussed in this book is that the topics are pivotal for understanding and solving some of the problems flourishing in the second decade of the twenty-first century in the field of management of electric power generation systems. Noticeably, the chapters start with some of the last-decade knowledge to uncover lines of research on some of the present knowledge and, in due course, anticipate some of the admissible lines for future research in management of electric power generation systems. The scope of the book is well defined and of significant interest. Indeed, the development of new methodologies carrying away an improved forecasting and scheduling of electric power generation systems is crucial under the new competitive and environmentally constrained energy policy. The capability to cope with uncertainty and risk will benefit significantly generating companies. It is a fact that to avoid losing advantages of participating in the electricity market or negotiating bilateral contracts, a power producer should self-schedule its power system in anticipation. In recognition of this fact, hydro and thermal scheduling are relevant topics today. Already, wind power generation is playing an important role in some countries and will be even more important in the nearby future of energy supply in many countries. Thus, optimal coordination between hydro, thermal, and wind power is of utmost importance. Deterministic and stochastic modeling frameworks are allowing the development of the next generation of computational tools to help successful management of electric power generation systems. Research is underway to conquer the capability to cope with the present and the future of electric power generation systems as shown"-- |
| first_indexed | 2024-03-05T12:34:12Z |
| format | |
| id | KOHA-OAI-TEST:481425 |
| institution | Universiti Teknologi Malaysia - OCEAN |
| language | eng |
| last_indexed | 2024-03-05T12:34:12Z |
| publishDate | 2012 |
| publisher | Boca Raton : CRC Press, |
| record_format | dspace |
| spelling | KOHA-OAI-TEST:4814252020-12-19T17:17:45ZElectric power systems : advanced forecasting techniques and optimal generation scheduling / Catalô, Joô P. S. Boca Raton : CRC Press,2012.eng"Preface A wide-ranging impression about the subjects discussed in this book is that the topics are pivotal for understanding and solving some of the problems flourishing in the second decade of the twenty-first century in the field of management of electric power generation systems. Noticeably, the chapters start with some of the last-decade knowledge to uncover lines of research on some of the present knowledge and, in due course, anticipate some of the admissible lines for future research in management of electric power generation systems. The scope of the book is well defined and of significant interest. Indeed, the development of new methodologies carrying away an improved forecasting and scheduling of electric power generation systems is crucial under the new competitive and environmentally constrained energy policy. The capability to cope with uncertainty and risk will benefit significantly generating companies. It is a fact that to avoid losing advantages of participating in the electricity market or negotiating bilateral contracts, a power producer should self-schedule its power system in anticipation. In recognition of this fact, hydro and thermal scheduling are relevant topics today. Already, wind power generation is playing an important role in some countries and will be even more important in the nearby future of energy supply in many countries. Thus, optimal coordination between hydro, thermal, and wind power is of utmost importance. Deterministic and stochastic modeling frameworks are allowing the development of the next generation of computational tools to help successful management of electric power generation systems. Research is underway to conquer the capability to cope with the present and the future of electric power generation systems as shown"--Includes bibliographical references and index."Preface A wide-ranging impression about the subjects discussed in this book is that the topics are pivotal for understanding and solving some of the problems flourishing in the second decade of the twenty-first century in the field of management of electric power generation systems. Noticeably, the chapters start with some of the last-decade knowledge to uncover lines of research on some of the present knowledge and, in due course, anticipate some of the admissible lines for future research in management of electric power generation systems. The scope of the book is well defined and of significant interest. Indeed, the development of new methodologies carrying away an improved forecasting and scheduling of electric power generation systems is crucial under the new competitive and environmentally constrained energy policy. The capability to cope with uncertainty and risk will benefit significantly generating companies. It is a fact that to avoid losing advantages of participating in the electricity market or negotiating bilateral contracts, a power producer should self-schedule its power system in anticipation. In recognition of this fact, hydro and thermal scheduling are relevant topics today. Already, wind power generation is playing an important role in some countries and will be even more important in the nearby future of energy supply in many countries. Thus, optimal coordination between hydro, thermal, and wind power is of utmost importance. Deterministic and stochastic modeling frameworks are allowing the development of the next generation of computational tools to help successful management of electric power generation systems. Research is underway to conquer the capability to cope with the present and the future of electric power generation systems as shown"--PSZJBLElectric power productionElectric power systemsURN:ISBN:9781439893944 (hbk.) |
| spellingShingle | Electric power production Electric power systems Catalô, Joô P. S. Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title | Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title_full | Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title_fullStr | Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title_full_unstemmed | Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title_short | Electric power systems : advanced forecasting techniques and optimal generation scheduling / |
| title_sort | electric power systems advanced forecasting techniques and optimal generation scheduling |
| topic | Electric power production Electric power systems |
| work_keys_str_mv | AT catalojoops electricpowersystemsadvancedforecastingtechniquesandoptimalgenerationscheduling |