Energy is intimately related to all aspects of human sustainable development. At present, the world faces a series of major challenges, including resource shortages, climate change, environmental pollution, and energy poverty, which stem from human's heavy reliance on and excessive consumption of fossil energy. Dealing with these challenges is an important and urgent task to achieving sustainable null
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Preface
Study Region
Summary
1 Development in Europe
1.1 Economy and Society
1.1.1 Macro Economy
1.1.2 Humanity and Society
1.1.3 Regional Cooperation
1.1.4 Development Strategy
1.2 Resources and Environment
1.2.1 Natural Resources
1.2.2 Ecological Environment
1.3 Enerqy and Power
1.3.1 Energy Development
1.3.2 Electric Power Development
1.3.3 Market Status
2 Challenges and Ideas of Sustainable Development
2.1 Development Challenqes
2.2 Development Ideas
2.2.1 Development Concept of Global Energy Interconnection
2.2.2 European Energy Interconnection Promoting Sustainable Development in Europe
2.3 Development Priorities
3 Energy and Power Development Trends
3.1 Enerqy Demand
3.1.1 Overall Development
3.1.2 Energy Demand Outlook
3.2 Power Demand
3.2.1 Overall Development
3.2.2 Power Demand Outlook
3.3 Power Supply
3.3.1 Overall Development
3.3.2 Power Supply Outlook
3.4 Electricity-Carbon Tradinq
3.4.1 Overall Development
3.4.2 Outlook of Electricity-Carbon Market
4 Development Layout of Clean Energy Resources
4.1 Distribution of Clean Enerqy Resources
4.1.1 Hydro Energy
4.1.2 Wind Energy
4.1.3 Solar Energy
4.2 Layout of Clean Enerqy Bases
4.2.1 Hydropower Bases
4.2.2 Wind Power Bases
4.2.3 Solar Power Exploitation
5 Power Grid Interconnection
5.1 Power Flow
5.2 Power Grid Pattern
5.3 Reqional Grid Interconnection
5.3.1 British Isles
5.3.2 Northern Europe
5.3.3 Western Europe
5.3.4 Southern Europe
5.3.5 Eastern Europe
5.3.6 Baltic States
5.3.7 RBUM
5.4 Key Interconnection Projects
5.4.1 Key Inter-Continental Projects
5.4.2 Key Inter-Regional Projects
5.5 Investment Estimation
5.5.1 Investment Estimation Principles
5.5.2 Investment Estimation Results
6 Comprehensive Benefits
6.1 Economic Benefits
6.2 Social Benefits
6.3 Environmental Benefits
6.4 Political Benefits
7 Development Outlook of Achieving 1.5℃ Temperature Control Target
7.1 Situations and Requirements
7.2 Implementation Paths
7.2.1 Clean Replacement
7.2.2 Electricity Replacement
7.2.3 Carbon Sequestration and Reduction
7.3 Scenarios and Schemes
7.3.1 Energy Demand
7.3.2 Power Demand
7.3.3 Power Supply
7.3.4 Power Grid Interconnection
7.3.5 Comparative Analysis
Epilogue
Appendix 1 Research Methods and Models
Appendix 2 Basic Data Tables
References