Solar Energy Perspectives - IEA

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Solar Energy Perspectives: Conclusions and recommendations biofuels. New policy options also emerge, in particular at the international level, from solar electricity trade to other means to link North and South solar deployment and financing. The IEA is committed to further exploring such options and new combinations, in an open dialogue with interested stakeholders throughout the world. Created in response to a request from the G8 and IEA Ministers, the International Low-Carbon Energy Technology Platform seeks to encourage, accelerate and scale-up action for the development, deployment and dissemination of low-carbon energy technologies – naturally including solar energy. The Technology Platform does this by focusing on practical activities at international, national and regional levels to: • Bring together stakeholders to catalyse partnerships and activities that enhance the development and implementation of low-carbon energy technology strategies and technology roadmaps at regional and national levels; • Share experience on best-practice technologies and policies and build expertise and capacity, facilitating technology transition planning that fosters more efficient and effective technology dissemination; and • Review progress on low-carbon technology deployment to help identify key gaps in lowcarbon energy policy and international co-operation, and support efforts to address these through relevant international and regional forums. Linked to its recognised analytical work, the IEA is also committed to information exchange and policy dialogue beyond its own country membership with emerging economies. With respect to solar energy and renewables, it will naturally work and collaborate with the newly established International Renewable Energy Agency (IRENA) and other interested multilateral organisations. There is no doubt that solar energy will be a major topic for these exchanges in the coming years. 218 © OECD/IEA, 2011
Annex A Annex A Definitions, abbreviations, acronyms and units Acronyms and abbreviations AA-CAES AC AFD ASHP BAPV BIPV BOS CAES CCS CdTe CER CIGS CIS CLFR CoP CPC CPV CSP DC DLR DNI DRAM DSG DSSC EPIA EREC ESTELA ESTIF EV FCV advanced adiabatic compressed-air energy storage alternating current Agence Française de Développement air-source heat pumps building adapted photovoltaic systems building integrated photovoltaic systems balance of system compressed-air energy storage carbon (dioxide) capture and storage cadmium-telluride certified emission reduction copper-indium-gallium-(di)selenide copper-indium-(di)selenide compact linear Fresnel reflector coefficient of performance compound parabolic collectors concentrating photovoltaics concentrating solar power direct current Deutsches Zentrum für Luft- und Raumfahrt (German Aerospace Centre) direct normal irradiance dynamic random-access memory direct steam generation dye-sensitised solar cells European Photovoltaic Industry Association European Renewable Energy Council European Solar Thermal Electricity Association European Solar Thermal Industry Federation electric vehicles fuel-cell vehicles 219 © OECD/IEA, 2011
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Renewable Energy Renewable TECHNOLO
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Renewable Energy Technologies Solar
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INTERNATIONAL ENERGY AGENCY The Int
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Foreword Foreword Solar energy tech
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Acknowledgements Acknowledgements T
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Table of contents Table of Contents
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Table of contents Chapter 7 Solar h
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Table of contents Chapter 3 Chapter
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Table of contents Chapter 4 Figure
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Table of contents Figure 10.4 • N
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Executive Summary Executive Summary
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Executive Summary A possible vision
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Chapter 1: Rationale for harnessing
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PART A MARKETS AND OUTLOOK Chapter
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Chapter 2: The solar resource and i
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Chapter 3: Solar electricity Chapte
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Chapter 3: Solar electricity Versat
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Chapter 3: Solar electricity Figure
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Chapter 3: Solar electricity Figure
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Chapter 3: Solar electricity to a t
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Chapter 3: Solar electricity New in
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Chapter 3: Solar electricity Variou
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Chapter 3: Solar electricity as fro
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Chapter 3: Solar electricity peak t
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Chapter 3: Solar electricity Kenya
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Chapter 3: Solar electricity • Ad
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Chapter 4: Buildings Chapter 4 Buil
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Chapter 4: Buildings South Africa,
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Chapter 4: Buildings Figure 4.3 Bui
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Chapter 4: Buildings Défense near
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Chapter 4: Buildings larger the col
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Chapter 4: Buildings Pumps variant,
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Chapter 4: Buildings radiators or h
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Chapter 4: Buildings Most widesprea
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Chapter 4: Buildings Photo 4.5 Mans
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Chapter 4: Buildings the overall po
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Chapter 4: Buildings area is limite
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Chapter 4: Buildings Figure 4.11 An
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Chapter 5: Industry and transport C
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Chapter 5: Industry and transport c
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Chapter 5: Industry and transport i
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Chapter 5: Industry and transport h
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Chapter 5: Industry and transport t
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PART B TECHNOLOGIES Chapter 6 Solar
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Chapter 6: Solar photovoltaics Chap
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Chapter 6: Solar photovoltaics Figu
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Chapter 6: Solar photovoltaics of t
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Chapter 6: Solar photovoltaics or a
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Chapter 6: Solar photovoltaics Anot
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Chapter 6: Solar photovoltaics sout
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Chapter 7: Solar heat Chapter 7 Sol
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Chapter 7: Solar heat incoming radi
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Chapter 7: Solar heat Evacuated tub
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Chapter 7: Solar heat Photo 7.2 Che
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Chapter 7: Solar heat with the temp
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Chapter 7: Solar heat Photo 7.6 Pos
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Chapter 7: Solar heat Figure 7.8 Sc
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Chapter 7: Solar heat Figure 7.10 B
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Chapter 7: Solar heat inert materia
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Chapter 8: Solar thermal electricit
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Chapter 9: Solar fuels Chapter 9 So
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Chapter 9: Solar fuels “Solar fue
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Chapter 9: Solar fuels in line-focu
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Page 223 and 224: Annex A REC RPS SACP sc-Si SEI SEII
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Page 227 and 228: Annex B Greenpeace International, S
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Page 233: IEA Publications, 9, rue de la Féd
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Solar Energy Perspectives - IEA

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