Management of Weather and Climate Risk in the Energy Industr
(Sprache: Englisch)
Weather and climate information is an important element in policy/decision making relevant for the energy sector, both within the context of climate change adaptation and climate change mitigation. For instance, weather forecasts are routinely employed in...
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Weather and climate information is an important element in policy/decision making relevant for the energy sector, both within the context of climate change adaptation and climate change mitigation. For instance, weather forecasts are routinely employed in the energy sector from energy producers to suppliers, and from financial analysts to national regulators to assist in decision-making. Given the diversity of the energy sector, this information is used for several purposes such as for pricing the cost of energy or that of financial instruments. Other climate information, such as that from seasonal and decadal forecasts, is also starting to be included. In addition, weather and climate information is naturally a key element in the development and use of renewable energy resources such as wind, solar and hydropower.
After an introductory part on the production of weather and climate information (e.g. forecasts, reanalyses) in the context of energy applications, and one on policies for the transfer between weather and climate and energy industry, the book delves into applications for the many facets of the energy industry, from the oil/gas sector to the renewable energy to demand forecasting, thus providing an inclusive state-of-the-art picture of the interaction between weather, climate and energy. from financial analysts to national regulators to assist in decision-making. Given the diversity of the energy sector, this information is used for several purposes such as for pricing the cost of energy or that of financial instruments. Other climate information, such as that from seasonal and decadal forecasts, is also starting to be included. In addition, weather and climate information is naturally a key element in the development and use of renewable energy resources such as wind, solar and hydropower.
After an introductory part on the production of weather and climate information (e.g. forecasts, reanalyses) in the context of energy applications, and one on policies for the transf
After an introductory part on the production of weather and climate information (e.g. forecasts, reanalyses) in the context of energy applications, and one on policies for the transfer between weather and climate and energy industry, the book delves into applications for the many facets of the energy industry, from the oil/gas sector to the renewable energy to demand forecasting, thus providing an inclusive state-of-the-art picture of the interaction between weather, climate and energy. from financial analysts to national regulators to assist in decision-making. Given the diversity of the energy sector, this information is used for several purposes such as for pricing the cost of energy or that of financial instruments. Other climate information, such as that from seasonal and decadal forecasts, is also starting to be included. In addition, weather and climate information is naturally a key element in the development and use of renewable energy resources such as wind, solar and hydropower.
After an introductory part on the production of weather and climate information (e.g. forecasts, reanalyses) in the context of energy applications, and one on policies for the transf
Klappentext zu „Management of Weather and Climate Risk in the Energy Industr “
Meteorological and climate data are indeed essential both in day-to-day energy management and for the definition of production and distribution infrastructures. For instance, the supply of electricity to users can be disturbed by extreme meteorological events such as thunderstorms with unusually strong winds, severe icing, severe cold spells, sea level elevation associated with storm surges, floods ... To be protected against such events, it is not sufficient to act after they have taken place. It is necessary to identify their potential impacts precisely and assess the probability of their occurrence. This book shows that this can only be done through an enhanced dialogue between the energy community and the climate and meteorology community. This implies an in-depth dialogue between actors to define precisely what kind of data is needed and how it should be used. Météo-France has been in long-term cooperation with the energy sector, including the fields of electricity production and distribution. Drawing on this experience, it should be noted in this respect the importance of lo- term partnership between actors as exemplified here by the message of EDF.
Weather and climate information provide important elements in policy/decision making within the energy sector. Weather forecasts are employed routinely in the energy sector - by energy producers through to suppliers, and by financial analysts through to national regulators - to assist in decision-making. This information is used for diverse purposes such as the pricing of energy or the valuation of financial instruments. Climate information, including from seasonal to inter-annual predictions as well as climate change scenarios, is starting to be included in these decision processes. In addition, weather and climate information is naturally key in the development and use of renewable energy resources such as wind, solar and hydropower.
Following an introductory section covering the production of weather and climate information (forecasts, re-analyses, and so on), and a second one dealing with policies for transferring information between the weather and climate sector and the energy industry, the book delves into multi-faceted applications within the energy industry, from the oil/gas sector to the renewable energy through to demand forecasting, thus providing an encompassing state-of-the-art picture of the interactions between weather, climate and energy.
More on http://springer.com/978-90-481-3690-2 With contributions from:
Dr Elena Akentyeva (Main Geophysical Observatory, Russia) Dr Alberto Arribas (UK Met Office) Mr Paolo Bonelli (CESI RICERCA S.p.A., Italy) Mr Mohammed S. Boulahya (ClimDevAfrica and Climate-Insight, Tunisia) Dr Carlo Buontempo (Met Office, UK) Dr Anca Brookshaw (Met Office, UK) Ms Hélène Connor (HELIO International, France) Dr Laurent Dubus (Electricité De France, France) Prof. John A. Dutton (Prescient Weather Ltd., USA) Ms Jane Ebinger (World Bank, USA) Dr Martin Fischer (Metnext, France) Dr Lizzie S. R. Froude (University of Reading, UK) Mr John Furlow (US Agency for International Development, USA) Ms Stefanie Greis (European Institute for Energy Research, Germany) Prof Robert J Gurney (University of Reading, UK) Ms Lucy Hancock (World Bank, USA) Dr Mike Harrison (Climate-Insight, UK) Mr Matteo Lacavalla (CESI RICERCA S.p.A., Italy) Mr Olivier Lemaître (Météo-France, France) Dr Pascal Mailier (Royal Meteorological Institute of Belgium, Belgium) Dr Axel Michaelowa (University of Zurich, Switzerland) Ms Ulrike Müller (European Institute for Energy Research, Germany) Mr Ken Mylne (Met Office, UK) Dr Oleg M. Pokrovsky (Main Geophysical Observatory, Russia) Dr Galina Rakitina (VNIIGAZ, Russia) Dr Benno Rothstein (Rottenburg University, Germany) Ms Jeannette Schulz (European Institute for Energy Research, Germany) Dr Alberto Troccoli (University of Reading, UK and CSIRO, Australia) Mr Vladimir Tsirkunov (World Bank, USA) Mr Sebastian Veit (African Development Bank, Tunisia) Dr Lada Vlasova (VNIIGAZ, Russia) Dr Lueder von Bremen (ISET e.V., Germany) Ms Laura E Williamson (HELIO International, USA)opment, USA) Ms Stefanie Greis (European Institute for Energy R
Following an introductory section covering the production of weather and climate information (forecasts, re-analyses, and so on), and a second one dealing with policies for transferring information between the weather and climate sector and the energy industry, the book delves into multi-faceted applications within the energy industry, from the oil/gas sector to the renewable energy through to demand forecasting, thus providing an encompassing state-of-the-art picture of the interactions between weather, climate and energy.
More on http://springer.com/978-90-481-3690-2 With contributions from:
Dr Elena Akentyeva (Main Geophysical Observatory, Russia) Dr Alberto Arribas (UK Met Office) Mr Paolo Bonelli (CESI RICERCA S.p.A., Italy) Mr Mohammed S. Boulahya (ClimDevAfrica and Climate-Insight, Tunisia) Dr Carlo Buontempo (Met Office, UK) Dr Anca Brookshaw (Met Office, UK) Ms Hélène Connor (HELIO International, France) Dr Laurent Dubus (Electricité De France, France) Prof. John A. Dutton (Prescient Weather Ltd., USA) Ms Jane Ebinger (World Bank, USA) Dr Martin Fischer (Metnext, France) Dr Lizzie S. R. Froude (University of Reading, UK) Mr John Furlow (US Agency for International Development, USA) Ms Stefanie Greis (European Institute for Energy Research, Germany) Prof Robert J Gurney (University of Reading, UK) Ms Lucy Hancock (World Bank, USA) Dr Mike Harrison (Climate-Insight, UK) Mr Matteo Lacavalla (CESI RICERCA S.p.A., Italy) Mr Olivier Lemaître (Météo-France, France) Dr Pascal Mailier (Royal Meteorological Institute of Belgium, Belgium) Dr Axel Michaelowa (University of Zurich, Switzerland) Ms Ulrike Müller (European Institute for Energy Research, Germany) Mr Ken Mylne (Met Office, UK) Dr Oleg M. Pokrovsky (Main Geophysical Observatory, Russia) Dr Galina Rakitina (VNIIGAZ, Russia) Dr Benno Rothstein (Rottenburg University, Germany) Ms Jeannette Schulz (European Institute for Energy Research, Germany) Dr Alberto Troccoli (University of Reading, UK and CSIRO, Australia) Mr Vladimir Tsirkunov (World Bank, USA) Mr Sebastian Veit (African Development Bank, Tunisia) Dr Lada Vlasova (VNIIGAZ, Russia) Dr Lueder von Bremen (ISET e.V., Germany) Ms Laura E Williamson (HELIO International, USA)opment, USA) Ms Stefanie Greis (European Institute for Energy R
Inhaltsverzeichnis zu „Management of Weather and Climate Risk in the Energy Industr “
Preface.- List of Contributors.- List of Participants.- Part 1. Weather & Climate Fundamentals for the Energy Sector.- Weather, Climate, and the Energy Industry; J.A. Dutton.- Weather and Climate Predictions for the Energy Sector; A. Troccoli.- Multi-Scale Projections of Weather and Climate at the UK Met Office; C. Buontempo et al.- Meteorology, Climate and Energy; O. Lemaître.- Part 2. Policies for Information Transfer between Weather/Climate and Energy Sectors.- Use of Indicators to Improve Communication on Energy Systems Vulnerability, Resilience and Adaptation to Climate Change; A. Michaelowa et al.- Climate Services for Development in Africa with a Potential Focus on Energy; M.S. Boulahya.- Weather/Climate Services in Europe and Central Asia: a Key Tool for Energy Sector Adaptation to Climate Change; J. Ebinger et al.- Climate Risk Management for the Energy Sector in Africa: the Role of the African Development Bank; S. Veit.- Data Headaches; M. Harrison, A. Troccoli.- Communicating Information for Energy and Development; J. Furlow.- Requirements of Oil and Gas Operations for Climate Data, Information, Products and Services in the High Latitudes; E.M. Akentyeva.- IPCC Scoping Paper on Renewable Energy Sources and Climate Change Mitigation; A. Allali.- Part 3. Energy Sector Practices, Need, Impediments Including Current Weather/Climate Information Transfer to the Energy Sector.- Practices, Needs and Impediments in the Use of Weather/Climate Information in the Electricity Sector; L. Dubus.- Large-Scale Variability of Weather Dependent Renewable Energy Sources; L. von Bremen.- Modelling and Forecasting Energy Demand: Principles and Difficulties; M. Fischer.- Can We Trust Long-Range Weather Forecasts?; P.J. Mailier.- Storm Prediction Research and its Application to the Oil/Gas Industry; L.S.R. Froude, R.J. Gurney.- Weather Sensitivity of Electricity Supply and Data Services of the German Met Office; B. Rothstein, G. Halbig.- Water Management of a ThermalPower
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Plant - a Site Specific Approach Concerning Climate Change; S. Greis et al.- Mathematical Programming Basis for Decision Making Using Weather and Climate Information for the Energy Sector; O.M. Pokrovsky.- Trends in Snow Deposition on Overhead Electric Lines: Using Synoptic Data to Investigate the Relationship Black-Out Risk/Climate Change; P. Bonelli, M. Lacavalla.- Natural Risks Management in the Gas Transmission System (GTS) of Russia and the Contribution of Climate Services under Global Climate Change; L.V. Vlasova, G.S. Rakitina.- Weather/Climate Risk Management for the Energy Sector: Workshop Recommendations; A. Troccoli et al.- Index.-
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Bibliographische Angaben
- 330 Seiten, Masse: 16 x 24,1 cm, Gebunden, Englisch
- Herausgegeben: Alberto Troccoli
- Verlag: Springer Netherland
- ISBN-10: 9048136903
- ISBN-13: 9789048136902
- Erscheinungsdatum: 09.12.2009
Sprache:
Englisch
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