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Intro; Foreword: Fresh Challenges to Overcome; Acknowledgments; Contents; About the Editors; Introduction: Reframing the Notion of Sustainable Economy Through Perspectives on Limits, Tensions and Paradoxes Within the Sy ... ; References; Part I: From Energy Market Regulations to CO2 Targets; The Paradoxes of the European Energy Market Regulation: A Historical and Structural Analysis of the Electricity Mix; 1 Introduction; 2 1945-1986, from European Reconstruction to Oil Shocks: A Crucial Period for the Constitution of Current Power Generation Mix; 2.1 Nationalization or Integrated Model?
2.2 Cost-Benefit Analysis: The Dominant Economic Theory of the Period2.3 The Lack of Risk and Uncertainty Assessment in Cost-Benefit Analysis; 2.4 The Initial Competition Between Oil and Coal; 2.5 From Peak Oil to Developing Alternative Technologies to Oil; 3 1986-2016, from the Process of European Liberalization to Climate Change Mitigation Considerations: Towards a Mutation of El ... ; 3.1 Theoretical Questioning of Natural Monopolies; 3.2 From European Coal and the Steel Community to the Directive Relative to the Internal Electricity Market; 3.3 Current State of the Liberalized Market.
3.3.1 Market Integration and Market Structure3.3.2 Prices; 4 Paradoxes of Electricity Market Liberalization and Climate Policy and Future Trends; 4.1 New Stakes in Climate Change and Renewables: Towards a Combined Policy Package; 4.2 The Combined Effect of Renewable Support and Liberalization: Overcapacity and Low Marginal Costs; 4.3 Policy Recommendations to Help Investments; Re-regulation or More Liberalization?; 4.3.1 Balancing Mechanisms in a Liberalized Market for Self-regulation; 4.3.2 Re-regulation Recommendations; 5 Conclusion; References.
A Prospective Analysis of CO2 Emissions for Electric Vehicles and the Energy Sectors in China, France and the US (2010-2050)1 Introduction; 2 The Model of CO2 Emissions for Energy Sectors; 2.1 Power-Generation Sector; 2.1.1 Energy Mix; 2.1.2 Electricity Output; 2.1.3 Carbon dioxide Capture and Storage Technology; 2.2 Transport Sector; 2.2.1 Road Transport Vehicles; 2.2.2 Road Transport Emission Across the Three Countries; 2.3 Domestic and Industrial Sector; 2.3.1 Energy Efficiency Related Technologies; 3 The Data; 4 The Results for Technology Roadmaps; 4.1 Technology Roadmaps in China.
4.1.1 Technology Solution Pool in China4.1.2 Balanced Technology Development Roadmaps for China; 4.1.3 Least Changed Energy Mix Roadmaps for China; 4.2 Technology Roadmaps in France; 4.2.1 Balanced Technology Development Roadmaps for France; 4.3 Technology Roadmaps in the US; 4.3.1 Balanced Technology Development Roadmaps for the US; 4.3.2 Least Changed Energy Mix Roadmaps in the US; 5 Conclusion; Appendix 1: The Framework of the Sectoral Emission Model; Appendix 2: Simulation of Electricity Outputs; References; Part II: Eco-innovation and New Production Models.
2.2 Cost-Benefit Analysis: The Dominant Economic Theory of the Period2.3 The Lack of Risk and Uncertainty Assessment in Cost-Benefit Analysis; 2.4 The Initial Competition Between Oil and Coal; 2.5 From Peak Oil to Developing Alternative Technologies to Oil; 3 1986-2016, from the Process of European Liberalization to Climate Change Mitigation Considerations: Towards a Mutation of El ... ; 3.1 Theoretical Questioning of Natural Monopolies; 3.2 From European Coal and the Steel Community to the Directive Relative to the Internal Electricity Market; 3.3 Current State of the Liberalized Market.
3.3.1 Market Integration and Market Structure3.3.2 Prices; 4 Paradoxes of Electricity Market Liberalization and Climate Policy and Future Trends; 4.1 New Stakes in Climate Change and Renewables: Towards a Combined Policy Package; 4.2 The Combined Effect of Renewable Support and Liberalization: Overcapacity and Low Marginal Costs; 4.3 Policy Recommendations to Help Investments; Re-regulation or More Liberalization?; 4.3.1 Balancing Mechanisms in a Liberalized Market for Self-regulation; 4.3.2 Re-regulation Recommendations; 5 Conclusion; References.
A Prospective Analysis of CO2 Emissions for Electric Vehicles and the Energy Sectors in China, France and the US (2010-2050)1 Introduction; 2 The Model of CO2 Emissions for Energy Sectors; 2.1 Power-Generation Sector; 2.1.1 Energy Mix; 2.1.2 Electricity Output; 2.1.3 Carbon dioxide Capture and Storage Technology; 2.2 Transport Sector; 2.2.1 Road Transport Vehicles; 2.2.2 Road Transport Emission Across the Three Countries; 2.3 Domestic and Industrial Sector; 2.3.1 Energy Efficiency Related Technologies; 3 The Data; 4 The Results for Technology Roadmaps; 4.1 Technology Roadmaps in China.
4.1.1 Technology Solution Pool in China4.1.2 Balanced Technology Development Roadmaps for China; 4.1.3 Least Changed Energy Mix Roadmaps for China; 4.2 Technology Roadmaps in France; 4.2.1 Balanced Technology Development Roadmaps for France; 4.3 Technology Roadmaps in the US; 4.3.1 Balanced Technology Development Roadmaps for the US; 4.3.2 Least Changed Energy Mix Roadmaps in the US; 5 Conclusion; Appendix 1: The Framework of the Sectoral Emission Model; Appendix 2: Simulation of Electricity Outputs; References; Part II: Eco-innovation and New Production Models.