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LA SFIDA DELL’EUROPA: ENERGIA, MOBILITA’, AMBIENTE
Convegno Transdolomites 2007Moena, 25 ottobre
Matteo FornaraRappresentanza a Milano della Commissione europea
I. THE CHALLENGE
> The world is facing a massive energy and environmental challenge:
> How to secure competitive and clean energy against a backdrop of climate change, escalating global energy demand and future supply uncertainties
> A common European response is needed to ensure a sustainable, secure and competitive energy future
> In January 2007, the European Commission made proposals for Europe’s energy policy including an Action Plan. This has been endorsed by the European Council on 9 March 2007
> This aims to establish a new Energy policy for Europe to combat climate change and boost the EU's energy security and competitiveness
Energy Policy for
Europe
Internal market for gas and electricity (including priority interconnection plan)
International energy policy
Security of supply
Energy efficiency and renewable energies
Energy technologies (including nuclear power)
II. Three aspects of the same challenge
2. Security of the offer
3. Competitiveness
1. Sustainability
1. Sustainability
> Energy consumption amounts
to 80% of greenhouse gas
emissions (GHG) of the EU
> Current energy and transport
policies in the EU would
cause a raise in GHG
emissions of 5% by 2030
> Therefore current policies are
not sustainable
Energy 59%Transport 21%
Agriculture 9%
Industrial processes 8%
Waste 3%
Source: European Environemental Agency
Report 2006
EU-15 Shares of sectorsin total GHG emissions (2004)
1. Sustainability
Global CO2 Emissions from Energy Consumption
1900
Million tonnes CO2
1945 1970 1975 1985 1990 2000 2005 2010 2015 2020 2030 20501980 1995
45,000
40,000
35,000
30,000
25,000
20,000
15,000
10,000
5,000
0IEA: CO2 emissions from fossil fuel combustion, 2006: from 1975 onwardsCarbon dioxide information analysis center, Oak Ridge National Laboratory,USA: until 1970, growth rates used for linking with IEA dataIEA: World Energy Outlook 2006European Commission, DG RTD, World Energy Technology Outlook - 2050 (growth rates for extending series to 2050 and for missing years in IEA projections)
1. Sustainability EU-27: CO2 Emissions from Energy Consumption
Million tonnes CO2
IEA: CO2 emissions from fossil fuel combustion, 2006PRIMES baseline, 2006, from 1990 onwards
5,000
4,500
4,000
3,500
3,000
2,500
2,000
1,500
1,000
0
1970 1975 1980 1985 1995 2000 2010 2015 2020 2025 20301990 2005
1. Sustainability
The broader EU objectives
> Developing competitive renewable sources of energy
and other low-carbon energy sources and carriers
> Curbing energy demand within Europe
> Leading global efforts to halt climate change and
improve air quality
2. Security of supply
> Pressure on global energy resources is intensifying
> The International Energy Agency (IEA) expects global demand for oil to grow by 41% by 2030
> Over 70% of the projected increase in demand will come from developing countries
> Whether supply will keep up with this demand is unknown
2. Security of supply
World energy demand (total)
IEA statistical database 1975 - 2000; World Energy Outlook 2006IEA World Energy Outlook 2006BP Statistical Review of World Energy (without uncommercial energies): growth rates used for extending time series backwards for 1965 and 1970 as well as for the 2005 numberWETO-H2 study (DG RTD): growth rates 2050/2030 used for extending IEA time series to 2050
22,000
20,000
18,000
16,000
14,000
12,000
10,000
8,000
6,000
4,000
2,000
0
1950 20501970 1990 1995 2015 20302000 20051960 1980
Mtoe
Total
2. Security of supply
World energy demand (oil & gas)
Mtoe
IEA statistical database 1975 - 2000; World Energy Outlook 2006IEA World Energy Outlook 2006BP Statistical Review of World Energy (without uncommercial energies): growth rates used for extending time series backwards for 1965 and 1970 as well as for the 2005 numberWETO-H2 study (DG RTD): growth rates 2050/2030 used for extending IEA time series to 2050
1950 20501970 1990 1995 2015 20302000 20051960 1980
7,000
6,000
5,000
4,000
3,000
2,000
1,000
0
Gas
Oil
2. Security of supply
Proven oil reserves (end of 2005)
Billion barrels40.2
AsiaPacific
59.5
NorthAmerica
103.5
South &Central America
114.3
Africa
140.5
Russia & othereurasian countries
742.7
MiddleEast
8.7
EuropeanUnion
2. Security of supply
Proven gas reserves (end of 2005)
Trillioncubic metres
7.02
South &Central America
7.46
NorthAmerica
14.39
Africa
14.84
AsiaPacific
57.46
Russia & othereurasian countries
72.13
MiddleEast
6.55
EuropeanUnion
2. Security of supply
The challenges for Europe
> Europe is increasingly dependent on imported
hydrocarbons
> Oil and gas reserves are concentrated in the hands of
just a few countries that control them through national
monopolies
> EU electricity demand is rising by some 1.5% per
year. Investment in generation alone over the next 25
years will need to be in the order of € 900 billion
> The risk of supply failure is growing
2. Security of supply
EU-27 Baseline projection: Import dependency
2000
2010
2020
2030
Oil Gas
90%
80%
70%
60%
50%
40%
2. Security of supply
EU-27 Origin of oil and gas (2004)
GasOil
Saudi Arabia9%
Libya8%
Nigeria3%
Algeria3%
Norway13%
EU own production total18%
Others10%Iraq
2%
Iran5%
Russia26%
Kazakhstan3%
Russian Federation29%
EU own production total37%
Qatar1%
Algeria13%
Nigeria1%
Others2%
Norway17%
2. Security of supply
EU-27 Energy investment needs up to 2030
Source: EUROSTAT
Estimated EU-27 energy investmentneeds up to 2030: €1.79 trillion
RES-H,T5%
Generation65%
Transmission8%
Distribution27%
Electricity77%
Oil5%
Gas12%
Coal1%
2. Security of supply
The broader EU objectives
> Tackle rising dependence through:• Reducing demand• Diversifying the energy mix• Diversifying sources and routes of supply
> Stimulate adequate investments to meet growing energy demand
> Better equip the EU to cope with emergencies
> Improve the conditions for European companies seeking access to global resources
> Make sure that all citizens and business have access to energy at fair and not discriminatory prices
3. Competitiveness
> EU is increasingly exposed to price volatility
on international energy markets
• Example: oil price increase to $100/barrel in 2030 => every
EU citizen pays additional €350 per year
• Very little of this wealth transfer would result in additional jobs
in the EU
3. Competitiveness
The broader EU objectives
> Ensure that energy market opening brings
benefits to consumers and to the economy
> Stimulate investment in clean energy
production and energy efficiency
> Mitigate the impact of higher international
energy prices
> Keep Europe at the cutting edge of energy
technologies
3. Competitiveness
A good example
> The European Union is already the global leader in renewable technologies • Turnover of € 20 billion and employment of
300 000 people
• In wind energy, EU companies have a 60% share of the global market
• Opportunity for EU to drive the global research agenda
III. The objectives
A strategic objective to guide Europe’s energy policy
Core energy and climate change objective
A 20% reductionin EU greenhouse
gas emissions by 2020compared to 1990
levels
> A unilateral EU commitment:
20% reduction in GHG
emissions by 2020 compared
to 1990 levels
> An EU objective: 30%
reduction in GHG emissions
by developed countries by
2020 compared to 1990
levels
> 2050 global GHG emissions
must be reduced by up to
50% compared to 1990
140%
120%
100%
80%
60%
40%
20%
0%
Baseline Reduction Scenario
1990 2005 2020 2030 2040 2050
Core energy and climate change objective
Developed countries’ GHG emissions
Core energy and climate change objective
> After 2020, developing
countries’ emissions will
overtake those of the
developed world
> Effective action on
climate change requires
reduced growth in the
GHG emissions of
developing countries
Developing countries’ GHG emissions
280%
240%
200%
160%
120%
80%
40%
0%
Baseline Reduction Scenario
1990 2005 2020 2030 2040 2050
320%
IV. The Action Plan
An ActionPlan for a new
industrial revolution
The Action Plan
> To achieve the strategic energy objective means catalysing a new industrial revolution
> No single element of the policy provides all the answers
> The first step is for Member States to endorse a strategic vision and an Action Plan
> Backed up by careful monitoring and reporting of progress, effective exchange of best practice and continued transparency
The Action Plan
1. Internal market for gas and electricity(including priority interconnection plan)
2. Security of supply
3. International energy policy
4. Energy efficiency and renewable energies
5. Energy technologies(including nuclear power)
Additionally:
6. A low CO2 fossil fuel future
7. Effective monitoring and reporting
1. Internal market for gas and electricity
> Challenges• Incomplete and incorrect transposition
of EU Directives• Markets are not integrated sufficiently• Different powers and competences of regulators• Lack of cross-border capacity and need for
interconnections
1. Internal market for gas and electricity
Unbundling, regulation and transparency
> Unbundling: ownership unbundling or a fully independent system operator
> Effective national regulators: harmonisation of powers and independence; tasking with development of the markets
> Cross-border regulation: a European network of independent regulators, strengthening the role of the “European Regulators‘ Group for Electricity and Gas”
> Transparency: new legislation and minimum requirements for market players
1. Internal market for gas and electricity
ElectricityTrans-European Networks European projects address the missing links
© EuroGeographics 2001 forthe administrative boundariesCartography: DG TRENhttp://ec.europa.eu/dgs/energy_transport
1. Internal market for gas and electricity
GasTrans-European Networks European projects address the missing links
© EuroGeographics 2001 forthe administrative boundariesCartography: DG TRENhttp://ec.europa.eu/dgs/energy_transport
1. Internal market for gas and electricity
Network security, capacity in generation and supply,and public service
> Network security:
common, legally-binding minimum standards
> Assessment of investment needs
> Energy Customers’ Charter with 4 objectives:
1. Help vulnerable customers deal with increases in energy
prices
2. Improve the minimum level of information available to
customers
3. Reduce paper work when customers change supplier
4. Protect customers from unfair selling practices
2. Security of supply
> The internal energy market increases the interdependence of Member States in terms of both electricity and gas supply
> Oil and gas will continue to meet over 50% of our energy needs. A secure supply of these fuels will continue to be of paramount importance to our economy
> Promoting diversity with regard to source, supplier, transport route and transport method enhances the security of supply
> Ensuring solidarity between Member States in the event of an energy crisis through effective mechanisms
2. Security of supply
Pursuing energy security
> Develop projects for new gas sources, routes, hubs
and storage
> Evaluate mechanisms such as the Energy
Correspondents Network and the Gas Coordination
Group
> Reinforce communication on the strategic stocks of
Member States and coordinate more effectively if the
IEA calls for stocks to be released
> Improve electricity interconnections and develop
binding, enforceable reliability standards
3. International energy policy
> The EU cannot achieve its energy and climate change objectives on its own
> Develop effective energy relations with all international partners: developed and developing countries, energy consumers and producers
> Pursue competitiveness, sustainability and security goals with a common voice
> Establish a network of energy security correspondents which will provide an early warning system and enhance the EU's ability to react in times of external energy security pressures
3. International energy policy
EU external energy policy priorities
> Be a key driver in the design of international agreements
> Build up a broad network of neighbouring countries, willing to act on the basis of shared rules or principles
> Enhance relations with external energy suppliers and with other major consumers
> Develop the use of financial instruments
> Improve the conditions for investment in international projects and appointing European coordinators to represent EU interests in key international projects
> Promote non proliferation, nuclear safety and security
3. International energy policy
Priority measures
> A comprehensive Africa-Europe energy
partnership
> An international agreement on energy
efficiency
> EU-Russia Energy Dialogue
> EU-Caspian dialogues
> Cooperation with OPEC, Gulf Cooperation
Council, Norway, etc.
4. Energy efficiency and renewable energies
> Improved energy efficiency has the potential to make
the most decisive contribution to achieving
sustainability, competitiveness and security of supply
> Energy Efficiency Action Plan: Realising the potential,
saving 20% by 2020
> By 2020 the EU would use approximately 13% less
energy than today, saving € 100 billion
> BUT, this will require significant effort, both in terms
of behavioural change and additional investment
4. Energy efficiency and renewable energies
Key measures
> Using fuel efficient vehicles for transport, making better use of public transport and ensuring that the true costs of transport are faced by consumers
> Tougher standards and better labelling on appliances
> Improving the energy performance of existing buildings and make very low-energy construction the norm for new buildings
> Coherent use of taxation
> Improving the efficiency of heat and electricity generation, transmission and distribution
> A new international agreement
4. Energy efficiency and renewable energies
Key implementation instruments
> Intelligent Energy – Europe Executive Agency
> European Commission Work Programme
> Energy Directives (Energy Performance of Buildings; Co-generation; Eco-Design; Energy Services; Labelling)
> Energy Star Agreement
> Energy End-Use Efficiency
> Industrial agreements/commitments
> ManagEnergy and Sustainable Energy Europe Campaign
> Structural Funds and the EIB/EBRD
> Investments and financial incentives
4. Energy efficiency and renewable energies
Proposals of the renewable energy roadmap
> Increase the share of renewables in the EU energy mix from 6.5% today to 20% by 2020
> Set a binding overall renewables target for each Member State
> National Action Plans that set the share of electricity, heating & cooling and biofuels in the energy mix
> Achieve in each Member State a minimum 10% of biofuels in transport fuels
4. Energy efficiency and renewable energies
Economics of renewable energy sources
> Renewable energy is generally more expensive than hydrocarbons, but the gap is narrowing
> Economies of scale can reduce the costs for renewables, but this requires major investment today
> Renewable energy helps to improve our security of energy supply by increasing the share of domestically-produced energy
> Achieving a 20% share for renewables will result in an additional average annual cost of approximately € 18 billion – around 6% extra on the EU's total expected energy import bill in 2020
> But this assumes oil prices of $ 48/barrel by 2020. If these rose to $ 78/barrel, the average annual cost would fall to € 10.6 billion
5. Energy technologies
(including nuclear power)
> Two key objectives for energy technology: • to lower the cost of clean energy • to put EU industry at the forefront of the rapidly growing low-carbon
technology sector
> Vision of the European Strategic Energy Technology Plan: • 2050: The overall European energy mix is composed almost
exclusively of renewables, sustainable coal and gas, sustainable hydrogen, Generation IV fission power and fusion energy
5. Energy technologies (including nuclear power)
Priorities
> Energy efficiency
> Biofuels
> Large scale offshore wind energy
> Photovoltaic
> Fuel cell and hydrogen technologies
> Sustainable coal and gas technologies, particularly carbon capture and storage
> Fourth generation fission nuclear reactors and future fusion technology
5. Energy technologies (including nuclear power)
European strategic energy technology plan
> Under the 7th Framework Research Programme (2007-2013), annual spending on energy research over the next 7 years at EU level will increase by 50%
• Energy: € 2,350 million
• Environment: € 1,890 million
• Nuclear: € 2,751 million
TOTAL investment in energy research:
€ 6,991million
5. Energy technologies (including nuclear power)
Nuclear energy
> Further development of an advanced framework for nuclear energy that meets the highest standards of safety, security and non-proliferation
> Waste and decommissioning should also be addressed in future Community work
> The EU should continue its efforts to ensure that high standards are observed internationally
> The Commission proposes to establish an EU High-Level Group on nuclear safety and waste management
5. Energy technologies (including nuclear power)
Nuclear energy
> Currently around one third of the electricity and 15% of the energy consumed in the EU comes from nuclear
> Nuclear power is less vulnerable to fuel price changes than coal- or gas-fired generation
> Uranium comes from sources which are sufficient for many decades and widely distributed around the globe
> Nuclear energy is one of the cheapest sources of low-carbon energy that is presently produced in the EU
> Nuclear energy is one way to achieve significant reductions in emissions
> Each Member State must decide for themselves whether to rely on nuclear power
> If the proportion of nuclear energy in the EU’s energy mix declines, then other low-carbon energy sources must fill the gap
6. A low CO2 fossil fuel future
> Coal produces roughly twice the emissions of CO2 compared to
gas
> The IEA expects twice more electricity to be produced from coal by 2030. That would represent 40% of the expected increase in global energy-related CO2 emissions
> The EU must provide a clear vision for the introduction of CO2
capture and storage technology in the EU:
• Establish a favourable regulatory framework for its development
• Increase the level and effectiveness of investment in research
• Take international action
• Incorporate CO2 capture and storage into the EU Emissions Trading
System
6. A low CO2 fossil fuel future
EU Emissions Trading System
> The emissions trading system (ETS) is and
must remain a key mechanism for stimulating
reductions in carbon emissions
> It could be used as a basis for international
efforts to fight climate change
> The Commission is reviewing the EU ETS to
ensure that it reaches its full potential
6. A low CO2 fossil fuel future
Priorities
> Stimulate the construction and operation by 2015 of
up to 12 large-scale fossil fuel power plants with
carbon capture and storage technologies
> Provide a clear perspective for when coal- and gas-
fired plants will need to install CO2 capture and
storage technologies
• By 2020 all new coal-fired plants should to be fitted with CO2
capture and storage and existing plants should then
progressively follow the same approach
7. Effective monitoring and reporting
> Monitoring, transparency and reporting will be essential elements in developing an effective European energy policy
> Establish an Office of the Energy Observatory looking at future energy investment needs and at the evolution of the energy mix
ENERGY FOR A CHANGING WORLD
For more information: http://ec.europa.eu/energy/energy_policy/index_en.htm
Thank you for your attention!