Abhatoo - Centre Nationale de Documentation

Table of Contents :

chapter 1: climate change and nuclear threats
1.1 the impacts of climate change
1.2 climate change – the science
1.3 nuclear threats
Chapter 2: climate and energy policy
2.1 international climate policy - the unfccc and the kyoto protocol
2.2 renewable energy policies
2.3 policy recommendations
chapter 3: the energy [r]evolution concept
3.1 status quo of the global energy sector
3.2 setting up an energy [r]evolution scenario
3.3 the energy [r]evolution logic
3.4 the “5 step implementation”
Chapter 4: financing the energy [r]evolution
4.1 renewable energy project planning basics
4.2 the impacts of climate change
4.3 overComing barriers to finance and investment for renewable energy
4.4 how to overcome investment barriers for renewable energy
4.5 the first decade of renewable energy financing
Chapter 5: scenario for a future energy supply
5.1 scenario storylines and main premises
5.2 scenario approach and background studies
5.3 scenario regions
5.4 main scenario assumptions
5.5 review: greenpeace scenario projections of the past
5.6 how does the energy [r]evolution scenario compare to other scenarios?
Chapter 6: scenario results
6.1 global scenario results
6.2 OECD north america
6.3 latin ameriCa
6.4 OECD europe
6.5 africa
6.6 middle east
6.7 eastern europe/eurasia
6.8 india
6.9 other asia
6.10 China
6.11 OECD asia oceania
Chapter 7: employment projections - methodology and assumptions
7.1 employment factors
7.2 regional adjustments
7.3 employment results by technology
Chapter 8: the silent energy market [r]evolution
8.1 the power plant market 1970 to 2011
8.2 the global market shares in the power plant market: renewables gaining ground
8.3 the first decade: the development of the renewable power plant market
8.4 the global renewable energy market in 2014
Chapter 9: energy resources and security of supply
9.1 the energy [r]evolution fossil fuel Pathway
9.2 renewable energy
9.3 greenpeace principles and criteria for sustainable bioenergy
Chapter 10: energy technologies
10.1 fossil fuel technologies
10.2 carbon reduction technologies and carbon capture and storage (CCs)
10.3 nuclear technologies
10.4 renewable power technologies and heating technologies
10.5 Power grid technologies – infrastructure for renewables
10.6 renewable heating and Cooling teChnologies
Chapter 11: energy efficiency – more with less
11.1 methodology for the energy demand projections
11.2 energy ConsumPtion in the year 2012 272
11.3 reference demand scenario
11.4 efficiency measures and potentials
11.5 efficiency pathways of the energy [r]evolution
11.6 development of energy intensities
Chapter 12: transport
12.1 the future of the transport sector in the reference scenario
12.2 technical and behavioural measures to reduce transport energy consumption
12.3 Projection of the future car market