Titlebook: Unintended Consequences of Renewable Energy; Problems to be Solve Otto Andersen Book 2013 Springer-Verlag London 2013 Environmental and Hea

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Rebound Effects,cy measure has been implemented. Such rebound effects have been experienced from efforts to reduce energy use, climate emissions, and other pollutants as well as polluting behavior. This chapter presents a detailed account of the concept of rebound effects and presents examples of different areas wh

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Consequential Life Cycle Environmental Impact Assessment,s discussed in comparison with attributional LCA (aLCA). The methodological approach of environmental impact assessment (EIA) is also presented. The methods, with emphasis on cLCA, are discussed in the context of improving the knowledge of unintended consequences from various forms of renewable ener

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Implementation of Hydrogen Gas as a Transport Fuel,s are unrealistic, and are based on industrial actors’ own agendas and strategies. The implementation of hydrogen energy in Norway has been heavily supported with governmental and industrial funding through the Hydrogen-road HyNor, but without expected advances in fuel cell technology and carbon cap

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Towards the Use of Electric Cars,since 1835. The last two waves are described in more detail through the following case studies, the French VEL car and the Norwegian THINK car. They each had their own series of setbacks including. Problems in electro-chemistry, which have caused important limitations, as they have through the whole

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Introduction: What are Unintended Consequences of Renewable Energy and How Can They be Predicted?,, including molecular dynamics simulations (MDS). The types of unintended consequences addressed in this book are defined with special attention being paid to their impacts on health and the environment. The main renewable technologies covered in the book are also defined.

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Rebound Effects,ere rebound effects are observed. The chapter also discusses the usefulness and limitations of the concept rebound effects in relation to improving the knowledge of the unintended consequences of renewable energy. Finally, potential rebound effects connected to nanomaterials used in new types of energy harvesting technologies are presented.