Hydro power 16.3 % Wind power 0.1 % Peat 6.9 % Other renewable 11.4 % Nuclear power 26.8 % Natural gas 10.3 % Coal 14.1 % Oil 1.9 % Net imports 12.2 %

Slides:



Advertisements
Similar presentations
Environmental aspects of using alternative fuels and biofuels Vladimír Vlk Adviser for sustainable energy and transport 13 th – 14 th October 2011 Prague,
Advertisements

New Nuclear Power Plant Project in Finland Veijo Ryhänen TVO Energy Conference Lisbon, 22 February 2006.
Ireland’s Energy Outlook Lawrence Staudt Centre for Renewable Energy, Dundalk IT.
1 Future Changes in Fuel Mix of Electricity Generation in Hong Kong and Implications By Larry Chuen-ho Chow Professor, Department of Geography Director,
Issues with nuclear power generation in Australia Rod Duncan Marketing and Management Charles Sturt University.
Mackensen – Institut für Solare Energieversorgungstechnik Verein an der Universität Kassel e.V. Kassel DeMoTec.
Russia in global energy context Remarks at the 11th Annual Global Energy Forum by Yevgeny Zvedre, Science & Technology Attaché Embassy of the Russian Federation.
Energy Year 2013 Electricity Finnish Energy Industries.
AGEC/FNR 406 LECTURE 27 Challicum Hills, the largest wind farm in Australia.
CARL Workshop Antwerp November 30 – December 1, 2005 CARL Workshop Antwerp Results of the Country Studies FINLAND.
Energy Energy- the capacity to do work –Work- force through a distance Joule- amount of work done –4 Joules = 1 calorie –Calorie- energy to heat 1 g of.
11 Energy in Denmark Observed energy consumption and adjusted gross energy consumption.
Is the UK Leading Europe? UK Offshore Wind March 2003 London Christian Kjær Policy Director European Wind Energy Association (EWEA)
Solid biofuels usage in Estonia Ando Leppiman Head of Fuel and energy market division Energy department Ministry of Economic Affairs and Communications.
An Introduction to the Role of Carbon Capture and Storage in Ukraine Keith Whiriskey.
Energy Development in China - From a View Point of Sustainable Development Yang Hongwei, Zhou Dadi Energy Research Institute, P. R. China
WHERE DOES OUR ENERGY COME FROM?. Energy SOURCES NON RENEWABLE Do not regenerate as fast as we consume them Risk of running out! Coal, oil, gas RENEWABLE.
The National Danish Energy Policy focus on waste and biomass Anders H Kristensen Danish Energy Agency.
INDONESIA CLIMATE CHANGE MITIGATION STRATEGY AND ITS IMPLICATION ON ENERGY SECTOR DEVELOPMENT EASS MEETING, BEIJING, SEPT 2010 Fabby Tumiwa, IESR.
1V Int. Scientific and Practical Workshop "Ashes from TPPS", April 24/25, 2014, Moscow, Russia Forecast in Power Production and Impact on CCPs in Europe.
Finnish nuclear decision - long list of broken promises MEP Satu Hassi, Tallinn 27th Oct 2006 Minister for Environment
WIND ENERGY Is there a Latvian Master Plan? CHRISTIAN KJÆR Chief Executive Officer European Wind Energy Association SSE Riga, 4 December 2008 © EWEA/L.
Key developments and challenges in the Nordic region - Eurelectric Members’ Day Oluf Ulseth CEO, Energy Norway Brussels, February 6, 2012.
Primary energy consumption in Bavaria Renewable Energies Coal Other Oil Nuclear Energy Gases This project has been funded with support from the European.
Relationship between the EU ETS and the Kyoto Protocol Flexible Mechanisms, from the Perspective of Bioenergy and C Sequestration Relationship between.
Spain: Can we give up any of the primary energy sources? Alejo Vidal-Quadras Roca Vice-President of the European Parliament Member of the Industry, Energy.
International Energy Markets Calvin Kent Ph.D. AAS Marshall University.
Energy & Its Impact on Global Society Jerome K. Williams, Ph.D. Saint Leo University Dept. Mathematics & Sciences.
Latest on Bioenergy in the EU Emissions Trading System and in the CDM Latest on Bioenergy in the EU Emissions Trading System and in the CDM B. Schlamadinger.
Energy Information Administration Official Energy Statistics from the U.S. Government Annual Energy Outlook 2008 Energy Information Administration December.
Building a secure and sustainable energy system 10 th Annual National Power Conference February 2008 Hon David Parker Minister of Energy.
Swedish Energy Policy. Relative Energy Supply coal hydro wood oil nuclear new RES.
Energy in Germany. All that needs energy. Traffic, heating, or eletricity almost everything needs energy. We produce most of our electricity with.
Alternative Energy Take a look at how electricity is made
Future Power Generation in Georgia Georgia Climate Change Summit May 6, 2008 Danny Herrin, Manager Climate and Environmental Strategies Southern Company.
Efficiency in industry through electro-technologies Paul Baudry, EDF / R&D The future of Energy in Enlarged Europe, Warsaw 7-8th october 2004.
Target: Describe each type of fossil fuel. Explain how it forms, is removed, and is processed. Discuss where it is found and the supply of the fossil fuel.
How do you think you could make a difference in conserving energy?
The Case for a Vermont Carbon Tax. Rationale Simplification –Replace existing energy taxes with a single tax on carbon content of fuels. Behavioral Change.
11 Energy in Denmark Observed energy consumption and adjusted gross energy consumption.
What is an Energy Source (or Resource) ??
World Energy Outlook 2015 Deputy Director General Petteri Kuuva WEC Finland, 23 Nov
World energy production by source in 2004: Oil 40% coal 23.3% natural gas 22.5% hydroelectric 7.0% nuclear 6.5% biomass and other 0.7%.
ENERGY RESOURCES: PREDICTIONS AND ALTERNATIVES Kristin Clark ENERGY RESOURCES: PREDICTIONS AND ALTERNATIVES Kristin Clark.
Updated Energy Year 2011 Electricity Finnish Energy Industries
How sustainable is North America's energy future? What role could/will nuclear power play in North America?
TURKEY’S ENERGY PROFILE. Heating WE NEED ENERGY IN ALL PARTS OF OUR LIVES Health Transport Entertainment Technology Social Life.
Energy Sector of Turkey “General Overview and Policy Objectives” Sinem ÇAYNAK General Directorate for Energy Affairs IEA Turkey IDR Meeting December 8,
The Second Capacity Building Workshop on “Low Carbon Development and Nationally Appropriate Mitigation Actions” Alternative Policy Scenarios For Renewable.
Jyväskylä’s energy use in 2012 ● The consumption of energy was 12 % lower than in 2010 ● Energy was mainly used in traffic and district heating ● The main.
3SW – Quiz#1 Vocabulary – Energy Resources. 1. Non- Renewable An energy resource that takes __________________ of years to form from the remains of plants.
Typical citizens of advanced industrialized nations each consume as much energy in six months as typical citizens in developing countries consume in their.
JUL 1 Power generation and energy policy in Finland and in EU Jukka Leskelä Finnish Energy Industries Helsinki
Renewables: Choices and opportunity costs Prof. David Elliott The Open University.
Responsible energy Jukka Sovijärvi 4th ISOE European Workshop on Occupational Exposure Management at NPPs, Lyon, France March Teollisuuden.
Renewable and non-renewable resources The use of energy resources in Ireland and Europe The impact of fossil fuels Environmental pollution at a national.
CHANGES OF SOLID FUEL CONSUMPTION IN LITHUANIA
Energy Year 2016 Electricity
CENERG 3rd TEMATIC WORKSHOP
Australian Energy Scenarios Predicting Uncertainty
Energy Year 2017 Electricity
Energy Year 2017 District Heating
Outline Energy demand and prices Reserves and new sources of energy supply.
Public Acceptance of Nuclear Power
Energy Year 2017 Electricity
District heating in Finland 2017
Energy Year 2018 Electricity
E N E R G Y.
Energy Year 2018 Electricity
Nuclear safety regulatory structure Finland
Presentation transcript:

Hydro power 16.3 % Wind power 0.1 % Peat 6.9 % Other renewable 11.4 % Nuclear power 26.8 % Natural gas 10.3 % Coal 14.1 % Oil 1.9 % Net imports 12.2 % Electricity Supply by Energy Sources in TWh

TWh Electricity Consumption in Finland

Electricity Production Capacity in Finland

TWh Electricity Demand and Production Capacity in the Nordic Countries

Electricity import reduction Old capacity reduction Consumption Increase Biomass fuels (max) Saving (max) Wind power (max) Hydropower (max) 5 th nuclear unit Gas TWh Increase of Electricity Demand and Production in Finland until 2015

WHY ADDITIONAL NUCLEAR POWER? New nuclear power plant covers partly the additional electricity demand and replaces old power plants enables, together with renewables, the fulfilment of the Kyoto commitments secures stable and predictable electricity price reduces the dependence on electricity import

Statistics 1990 level All greenhouse gases conservation + renewables + non-CO 2 Coal, natural gas and nuclear power CO 2 from fossil fuels and peat Business As Usual million tons CO 2 -equiv./a Greenhouse Gas Emissions in Finland

At 8000 hours/year Real interest rate 5% April 2001 prices cent / kWh (100 cent = 1 euro) Generating Cost of Base Load Alternatives

Application Public hearings Loviisa Eurajoki Statements STUK The majority of statements Eurajoki and Loviisa Complaint filed on the Eurajoki statement Dismissal from Turku Administrative Court Dismissal from Supreme Administrative Court Council of State decision First stages of the application process

Stance Voting result Date Council of State discussionpositive10-6-(1 absent) Parliament preliminary debate Committee statements Social affairs and Healthneutralunanimous Administrationneutralunanimous Environmentadverse6-(1 abstention) Agriculture and Forestrypositive0-(1 abstention) Committee for the Futureneutralunanimous Financeneutralunanimous Employment and Equalityneutralunanimous –Commerce committee reportpositive12 – Parliament discussion debate votingpositive107 – Discussion on the application for a decision in principle, Council of State and Parliament

Time schedule targets of the project Progress according to the application: - Start of the construction work in the middle of this decade - New unit in commercial operation by the end of this decade Time schedule targets for the next few years: - Invitation of firm bids during Selection of plant type and location by the end of Construction permit from the Council of State by the end of 2004

Progress scheme for the new NPP

Interim storage of spent fuel Loviisa 1983 Olkiluoto 1987 Final repository for low and intermediate level waste Loviisa 1997 Olkiluoto 1992 Final repository of spent fuel Olkiluoto site selected 1999 Government Decision in Principle ratified by the Parliament in May 2001 Waste Management in Finland

Schedule for Site Selection and Final Disposal of Spent Fuel Screening and identification of potential investigation sites Preliminary site investigations Detailed site investigations 2001Decision in Principle for selected site (Olkiluoto) Investigation shaft - construction and studies Construction of final disposal repository and incapsulation plant 2020Start of final disposal