Delivering a low-carbon electricity system : technologies, economics, and policy
Author(s)
Bibliographic Information
Delivering a low-carbon electricity system : technologies, economics, and policy
（Occasional papers / University of Cambridge. Dept. of Applied Economics, 68）
Cambridge University Press, 2008
- : hardback : alk. paper
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Note
Includes bibliographical references and index
Description and Table of Contents
Description
Meeting targets aimed at tackling the climate change challenge requires moving towards a low-carbon economy. These targets can only be met with major reductions in carbon emissions from the electricity sector. Written by a team of leading academics and industry experts, Delivering a Low Carbon Electricity System analyses the social, technological, economic and political issues that affect the attempt to create a low-carbon electricity sector and assesses the main instruments for achieving this aim. The book begins by looking at how low-carbon generation technologies might be added in sufficient quantity to the electricity system. Next, it examines how networks and the demand side can help to decarbonise the sector. It then highlights the role of innovation and discusses instruments for promoting technological progress. Finally, given the economic framework and technological possibilities, it presents a number of general and specific policy instruments and options for the future.
Table of Contents
- List of figures
- List of tables
- List of contributors
- Foreword
- Acknowledgments
- 1. A low-carbon electricity sector for the UK: issues and options Michael Grubb, Tooraj Jamasb and Michael Pollitt
- Part I. The Fundamentals: 2. Calculating the social cost of carbon Chris Hope and David Newbery
- 3. Technologies for a low-carbon electricity system: an assessment of the UK's issues and options Tooraj Jamasb, William J. Nuttall, Michael Pollitt and Alexandra Maratou
- 4. The benefits of fuel mix diversity Fabien A. Roques
- 5. Variability and renewables Graham Sinden
- 6. Implications of intermittency and transmission constraints for renewables deployment Karsten Neuhoff, Jim Cust and Kim Keats
- Part II. Incentives and the Demand Side: Demand Side Management and System Requirements: 7. Electricity network investment and regulation for a low-carbon future Michael Pollitt and Janusz Bialek
- 8. Domestic electricity consumption and demand side participation: opportunities and challenges for the UK power system Mark Bilton, Charlotte Ramsay, Matthew Leach, Hannah Devine-Wright, Patrick Devine-Wright and Daniel Kirschen
- 9. Enhancing efficient use of electricity in the business and public sectors Michael Grubb, James Wilde and Steven Sorrell
- Part III. Investment, Price and Innovation: 10. Will the market choose the right technologies? Karsten Neuhoff and Paul Twomey
- 11. Pricing carbon for electricity generation: national and international dimensions Michael Grubb and David Newbery
- 12. Learning curves for energy technology: a critical assessment Tooraj Jamasb and Jonathan Koehler
- 13. Accelerating innovation and strategic deployment in UK electricity - applications to renewable energy Michael Grubb, Nadine Haj-Hasan and David Newbery
- Part IV. Scenarios, Options and Public Attitudes: 14. Scenarios of the electricity industry in Great Britain in 2020: networks, generation and decarbonisation Ian Elders, Graham Ault, Graeme Burt, Ryan Tumilty, Jim McDonald and Jonathan Koehler
- 15. Modelling the economic impact of low-carbon electricity Milton Yago, Jonathan P. Atkins, Keshab Bhattarai, Richard Green and Stephen Trotter
- 16. Bridging technologies: can clean fossil offer a bridge to a sustainable energy future in the UK? David M. Reiner, Jon Gibbins and Sam Holloway
- 17. Reconsidering public acceptance of Renewable Energy Technologies: a critical review Patrick Devine-Wright
- 18. Concluding chapter Michael Grubb, Tooraj Jamasb and Michael Pollitt
- Index.
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