SlideShare une entreprise Scribd logo
1  sur  22
The Role of Renewables in
the Australian Power
Industry: Past, Present and
Future
Joanne Patroni
Australia: Key Country data
 Population 22 million
 GDP (PPP) per capita $US 40,234 (2011), ranked 14th
 Predicted to be the best performing economy in the world
  over the next two years (IMF, April 2012)
 Climate: generally arid to semiarid; temperate in south and
  east; tropical in north
 Terrain: mostly low plateau with deserts; fertile plain in
  southeast
 Environmental issues:
      soil salinity and poor farming practices
      soil erosion from overgrazing, desertification
      limited natural freshwater resources
      urbanization


Source: CIA World Fact Book
Area and Population Distribution
Demonstrated Resources
Economy heavily reliant on exports




Source: DFAT SUMMARY OF AUSTRALIA'S TRADE 2012
Australian
Renewable Energy

1. Past
2. Present
3. Future
History of Renewable Energy in Australia
Past contribution of Renewable Energy




                                 Source: OECD/ international energy agency, 2011




 Source: UNDP Country Statistical Profile
Australian
Renewable Energy

1. Past
2. Present
3. Future
Renewables in the power supply chain
Percentage of electricity generation from
renewables by energy source (2010)




Source: Clean Energy Council: Clean Energy Australia 2010
Distribution of current Australian Renewable
 generation plants




 Source: Australian Government Department of Resources, Energy and
Tourism 2008 report
Government Policies in place to
stimulate demand for renewable
energy
Adoption of Kyoto Protocol
    Commitment to reduce greenhouse gas emissions by 60% of 2000 levels by 2050
National Greenhouse Accounts
    System for tracking emissions reductions
    Self-imposed target of 108% of 1990 levels over the period 2008-2012
Mandatory Renewable Energy Target
    Target of 20% of all consumption by 2020 (9500GwH by 2010, 45000 GwH by 2020)
    Establishment of Office Renewable Energy Regulator to ensure compliance
Photovoltaic Rebate Program
    Grants of $4 per watt installed
    5.7MW installed since 2000
Solar Cities
    $75M public-private pilot project to demonstrate effectiveness of solar-based energy
     solutions in urban areas
Carbon Pricing
    legislation to price carbon of Dec 2011
    tax at $23/tonne/year carbon dioxide emission due in July 2012.

Source: Australian Government. Department of Climate Change. International
Energy Agency – Global Renewable Energy Policy and Measures Database.
Private sector Marketing + Gov policies
creating household demand
Australian
Renewable Energy

1. Past
2. Present
3. Future
Local Opinion on the future of
renewables
 “Australia must substantially and relatively quickly change the nature of its electricity supply. The
 Commonwealth’s goal is to reduce Australia’s greenhouse gas emissions to 80% below 2000 levels
 by 2050. Much of this reduction will need to come from changes in electricity production, while
 keeping energy secure and affordable for Australians.”

 GRATTAN Institute, 2012



“As a nation better endowed with renewable energy resources than most, and at the same time the
OECD’s biggest per capita emitter of greenhouse gases, it behoves Australia to act promptly, and perhaps
lead the world to a zero emissions economy based on renewable energy.”

General Peter Gration, AC, OB E, FT SE
Former Australian Chief of Defence
Current Investment toward future capacity




 Source: Who’s winning the clean energy race? 2011
Potential for Renewable investment




Source: Australian Academy of Science 2009
Which way to Australia’s Energy
   future?
    Wind                            Carbon Capture and Storage (CCS)
    Solar PV                        Nuclear
    Concentrating Solar Power       Bioenergy
    Geothermal
              …All face obstacles to achieving their full potential.




Source: OECD Working Paper
Cost as a barrier
        Total Capital Cost ($/kW) for a range of alternative energy technologies in the US in the
        period 1995-2020(estimated)


        Solar PV


                                   *not considering Social Cost of Carbon (SCC) $85/tCO2e



       Concentrated Solar
                                                                           Geothermal Hot Rock



       Biomass

       Geothermal other

                      Wind




Source: U.S. EIA (2010)
Contribution of renewables in Australia’s
 future electricity mix




Source: CSIRO Energy Transformed Flagship, 2009
Conclusion

 Country with high renewable potential and positive economic
  outlook
 No significant increase in renewables (as proportion) in last
  10 years
 Current investment mostly in Solar PV

Recommendations
 Increase Federal funding for R&D to establish commercial
  viability and reliability
 Focus future investment in geothermal, biomass and wind
 carbon sequestration cheapest energy source coal would
  become "cleaner"

Contenu connexe

Tendances

Why Hydrogen? Hydrogen from Renewable Electricity by Ken Dragoon
Why Hydrogen? Hydrogen from Renewable Electricity by Ken DragoonWhy Hydrogen? Hydrogen from Renewable Electricity by Ken Dragoon
Why Hydrogen? Hydrogen from Renewable Electricity by Ken DragoonForth
 
Renewable Energy for Sustainable Development of Nepal
Renewable Energy for Sustainable Development of NepalRenewable Energy for Sustainable Development of Nepal
Renewable Energy for Sustainable Development of NepalKushal Gurung
 
Renewable energy and sustainable development
Renewable energy and sustainable developmentRenewable energy and sustainable development
Renewable energy and sustainable developmentDr.Raja R
 
Geography solar power
Geography solar powerGeography solar power
Geography solar powerWillE20
 
Renewables- The Knight in the Silver Armor for Power famished India
Renewables- The Knight in the Silver Armor for Power famished IndiaRenewables- The Knight in the Silver Armor for Power famished India
Renewables- The Knight in the Silver Armor for Power famished IndiaAnkit Prabhash
 
Solar energy and a changing the world
Solar energy and a changing the worldSolar energy and a changing the world
Solar energy and a changing the worldClara Pearson
 
[Custom data] Ngo Duy Vu
[Custom data] Ngo Duy Vu[Custom data] Ngo Duy Vu
[Custom data] Ngo Duy VuLam Le
 
David Cash masccc 2013
David Cash masccc 2013David Cash masccc 2013
David Cash masccc 2013Jen Boudrie
 
Advances in Alternative Energy and Energy Storage
Advances in Alternative Energy and Energy StorageAdvances in Alternative Energy and Energy Storage
Advances in Alternative Energy and Energy StorageSudeep Moniz
 
[Custom Data] Ha Hoang
[Custom Data] Ha Hoang[Custom Data] Ha Hoang
[Custom Data] Ha HoangLam Le
 
September 2010 meeting
September 2010 meetingSeptember 2010 meeting
September 2010 meetingGreen Needham
 
Analysis of energy Poicies in the EU & Australia
Analysis of energy Poicies in the EU & AustraliaAnalysis of energy Poicies in the EU & Australia
Analysis of energy Poicies in the EU & AustraliaGumtwero Justine Olal
 

Tendances (19)

Why Hydrogen? Hydrogen from Renewable Electricity by Ken Dragoon
Why Hydrogen? Hydrogen from Renewable Electricity by Ken DragoonWhy Hydrogen? Hydrogen from Renewable Electricity by Ken Dragoon
Why Hydrogen? Hydrogen from Renewable Electricity by Ken Dragoon
 
Renewable Energy for Sustainable Development of Nepal
Renewable Energy for Sustainable Development of NepalRenewable Energy for Sustainable Development of Nepal
Renewable Energy for Sustainable Development of Nepal
 
Renewable energy and sustainable development
Renewable energy and sustainable developmentRenewable energy and sustainable development
Renewable energy and sustainable development
 
2009 Wind Industry Highlights Usa
2009 Wind Industry Highlights   Usa2009 Wind Industry Highlights   Usa
2009 Wind Industry Highlights Usa
 
Geography solar power
Geography solar powerGeography solar power
Geography solar power
 
RMPF Presentation 3-31-09
RMPF Presentation 3-31-09RMPF Presentation 3-31-09
RMPF Presentation 3-31-09
 
Renewables- The Knight in the Silver Armor for Power famished India
Renewables- The Knight in the Silver Armor for Power famished IndiaRenewables- The Knight in the Silver Armor for Power famished India
Renewables- The Knight in the Silver Armor for Power famished India
 
Solar energy and a changing the world
Solar energy and a changing the worldSolar energy and a changing the world
Solar energy and a changing the world
 
Green energy zombies
Green energy zombiesGreen energy zombies
Green energy zombies
 
The future is renewable energy
The future is renewable energyThe future is renewable energy
The future is renewable energy
 
[Custom data] Ngo Duy Vu
[Custom data] Ngo Duy Vu[Custom data] Ngo Duy Vu
[Custom data] Ngo Duy Vu
 
David Cash masccc 2013
David Cash masccc 2013David Cash masccc 2013
David Cash masccc 2013
 
Advances in Alternative Energy and Energy Storage
Advances in Alternative Energy and Energy StorageAdvances in Alternative Energy and Energy Storage
Advances in Alternative Energy and Energy Storage
 
[Custom Data] Ha Hoang
[Custom Data] Ha Hoang[Custom Data] Ha Hoang
[Custom Data] Ha Hoang
 
Mps report
Mps reportMps report
Mps report
 
September 2010 meeting
September 2010 meetingSeptember 2010 meeting
September 2010 meeting
 
Cottrell 5 b
Cottrell 5 bCottrell 5 b
Cottrell 5 b
 
Renewables Cronyism: Germany and UK Cases
Renewables Cronyism: Germany and UK CasesRenewables Cronyism: Germany and UK Cases
Renewables Cronyism: Germany and UK Cases
 
Analysis of energy Poicies in the EU & Australia
Analysis of energy Poicies in the EU & AustraliaAnalysis of energy Poicies in the EU & Australia
Analysis of energy Poicies in the EU & Australia
 

Similaire à The Role of Renewables in the Australian Power Industry Past, Present and Future

oes_booklet_fa_print_08_10_2012
oes_booklet_fa_print_08_10_2012oes_booklet_fa_print_08_10_2012
oes_booklet_fa_print_08_10_2012Henry Jeffrey
 
Climate Change Mitigation & Adaptation
Climate Change  Mitigation & AdaptationClimate Change  Mitigation & Adaptation
Climate Change Mitigation & AdaptationLaurence Mills
 
Renewable Energy and Local Opportunities
Renewable Energy and Local OpportunitiesRenewable Energy and Local Opportunities
Renewable Energy and Local OpportunitiesSustainability East
 
Energy policy aus
Energy policy ausEnergy policy aus
Energy policy ausRohil Kumar
 
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...inventionjournals
 
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...Kearney
 
World Energy Council Scenarios Project: An International Perspective
World Energy Council Scenarios Project: An International PerspectiveWorld Energy Council Scenarios Project: An International Perspective
World Energy Council Scenarios Project: An International PerspectiveNERI_NZ
 
Review on Sustainable Energy Potential
Review on Sustainable Energy PotentialReview on Sustainable Energy Potential
Review on Sustainable Energy Potentialiosrjce
 
Post globe robert gow
Post globe robert gowPost globe robert gow
Post globe robert gowONEIA
 
Professor Sir David King at the Bristol Festival Of Ideas
Professor Sir David King at the Bristol Festival Of IdeasProfessor Sir David King at the Bristol Festival Of Ideas
Professor Sir David King at the Bristol Festival Of IdeasJames Barlow
 
Boosting Australia's Energy Productivity
Boosting Australia's Energy ProductivityBoosting Australia's Energy Productivity
Boosting Australia's Energy ProductivityThe Climate Institute
 
UK Energy Policy
UK Energy PolicyUK Energy Policy
UK Energy PolicyJuan Moreno
 
The Political Economy of Renewable Energy Generation in Australia
The Political Economy of Renewable Energy Generation in AustraliaThe Political Economy of Renewable Energy Generation in Australia
The Political Economy of Renewable Energy Generation in AustraliaJeremy Williams
 
Sustainable Economics for Sustainable Communities – from the macro to the micro
Sustainable Economics for Sustainable Communities – from the macro to the microSustainable Economics for Sustainable Communities – from the macro to the micro
Sustainable Economics for Sustainable Communities – from the macro to the microRosalie Day
 
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050WEC Italia
 
Factors Affecting the Rise of Renewable Energy in the U.S. .docx
Factors Affecting the Rise of Renewable Energy in the U.S. .docxFactors Affecting the Rise of Renewable Energy in the U.S. .docx
Factors Affecting the Rise of Renewable Energy in the U.S. .docxmydrynan
 

Similaire à The Role of Renewables in the Australian Power Industry Past, Present and Future (20)

oes_booklet_fa_print_08_10_2012
oes_booklet_fa_print_08_10_2012oes_booklet_fa_print_08_10_2012
oes_booklet_fa_print_08_10_2012
 
Energy Efficiency
Energy EfficiencyEnergy Efficiency
Energy Efficiency
 
Climate Change Mitigation & Adaptation
Climate Change  Mitigation & AdaptationClimate Change  Mitigation & Adaptation
Climate Change Mitigation & Adaptation
 
Renewable Energy and Local Opportunities
Renewable Energy and Local OpportunitiesRenewable Energy and Local Opportunities
Renewable Energy and Local Opportunities
 
Energy policy aus
Energy policy ausEnergy policy aus
Energy policy aus
 
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...
Feasibility Study of Standalone Hybrid Power System Modeled With Photovoltaic...
 
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...
A.T. Kearney Energy Transition Institute - 10 Facts, An Introduction to Energ...
 
World Energy Council Scenarios Project: An International Perspective
World Energy Council Scenarios Project: An International PerspectiveWorld Energy Council Scenarios Project: An International Perspective
World Energy Council Scenarios Project: An International Perspective
 
Hawaii Clean Energy Initiative and NREL: Implementing Energy Efficiency and R...
Hawaii Clean Energy Initiative and NREL: Implementing Energy Efficiency and R...Hawaii Clean Energy Initiative and NREL: Implementing Energy Efficiency and R...
Hawaii Clean Energy Initiative and NREL: Implementing Energy Efficiency and R...
 
Review on Sustainable Energy Potential
Review on Sustainable Energy PotentialReview on Sustainable Energy Potential
Review on Sustainable Energy Potential
 
Post globe robert gow
Post globe robert gowPost globe robert gow
Post globe robert gow
 
Professor Sir David King at the Bristol Festival Of Ideas
Professor Sir David King at the Bristol Festival Of IdeasProfessor Sir David King at the Bristol Festival Of Ideas
Professor Sir David King at the Bristol Festival Of Ideas
 
Boosting Australia's Energy Productivity
Boosting Australia's Energy ProductivityBoosting Australia's Energy Productivity
Boosting Australia's Energy Productivity
 
Analysis of solar energy technology in leading countries
Analysis of solar energy technology in leading countriesAnalysis of solar energy technology in leading countries
Analysis of solar energy technology in leading countries
 
Opportunities for wind energy in NSW
Opportunities for wind energy in NSWOpportunities for wind energy in NSW
Opportunities for wind energy in NSW
 
UK Energy Policy
UK Energy PolicyUK Energy Policy
UK Energy Policy
 
The Political Economy of Renewable Energy Generation in Australia
The Political Economy of Renewable Energy Generation in AustraliaThe Political Economy of Renewable Energy Generation in Australia
The Political Economy of Renewable Energy Generation in Australia
 
Sustainable Economics for Sustainable Communities – from the macro to the micro
Sustainable Economics for Sustainable Communities – from the macro to the microSustainable Economics for Sustainable Communities – from the macro to the micro
Sustainable Economics for Sustainable Communities – from the macro to the micro
 
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050
Gilberto Callera e Paolo D'Ermo - WEC Italia - WEC Energy Scenarios to 2050
 
Factors Affecting the Rise of Renewable Energy in the U.S. .docx
Factors Affecting the Rise of Renewable Energy in the U.S. .docxFactors Affecting the Rise of Renewable Energy in the U.S. .docx
Factors Affecting the Rise of Renewable Energy in the U.S. .docx
 

The Role of Renewables in the Australian Power Industry Past, Present and Future

  • 1. The Role of Renewables in the Australian Power Industry: Past, Present and Future Joanne Patroni
  • 2. Australia: Key Country data  Population 22 million  GDP (PPP) per capita $US 40,234 (2011), ranked 14th  Predicted to be the best performing economy in the world over the next two years (IMF, April 2012)  Climate: generally arid to semiarid; temperate in south and east; tropical in north  Terrain: mostly low plateau with deserts; fertile plain in southeast  Environmental issues:  soil salinity and poor farming practices  soil erosion from overgrazing, desertification  limited natural freshwater resources  urbanization Source: CIA World Fact Book
  • 3. Area and Population Distribution
  • 5. Economy heavily reliant on exports Source: DFAT SUMMARY OF AUSTRALIA'S TRADE 2012
  • 7. History of Renewable Energy in Australia
  • 8. Past contribution of Renewable Energy Source: OECD/ international energy agency, 2011 Source: UNDP Country Statistical Profile
  • 10. Renewables in the power supply chain
  • 11. Percentage of electricity generation from renewables by energy source (2010) Source: Clean Energy Council: Clean Energy Australia 2010
  • 12. Distribution of current Australian Renewable generation plants Source: Australian Government Department of Resources, Energy and Tourism 2008 report
  • 13. Government Policies in place to stimulate demand for renewable energy Adoption of Kyoto Protocol  Commitment to reduce greenhouse gas emissions by 60% of 2000 levels by 2050 National Greenhouse Accounts  System for tracking emissions reductions  Self-imposed target of 108% of 1990 levels over the period 2008-2012 Mandatory Renewable Energy Target  Target of 20% of all consumption by 2020 (9500GwH by 2010, 45000 GwH by 2020)  Establishment of Office Renewable Energy Regulator to ensure compliance Photovoltaic Rebate Program  Grants of $4 per watt installed  5.7MW installed since 2000 Solar Cities  $75M public-private pilot project to demonstrate effectiveness of solar-based energy solutions in urban areas Carbon Pricing  legislation to price carbon of Dec 2011  tax at $23/tonne/year carbon dioxide emission due in July 2012. Source: Australian Government. Department of Climate Change. International Energy Agency – Global Renewable Energy Policy and Measures Database.
  • 14. Private sector Marketing + Gov policies creating household demand
  • 16. Local Opinion on the future of renewables “Australia must substantially and relatively quickly change the nature of its electricity supply. The Commonwealth’s goal is to reduce Australia’s greenhouse gas emissions to 80% below 2000 levels by 2050. Much of this reduction will need to come from changes in electricity production, while keeping energy secure and affordable for Australians.” GRATTAN Institute, 2012 “As a nation better endowed with renewable energy resources than most, and at the same time the OECD’s biggest per capita emitter of greenhouse gases, it behoves Australia to act promptly, and perhaps lead the world to a zero emissions economy based on renewable energy.” General Peter Gration, AC, OB E, FT SE Former Australian Chief of Defence
  • 17. Current Investment toward future capacity Source: Who’s winning the clean energy race? 2011
  • 18. Potential for Renewable investment Source: Australian Academy of Science 2009
  • 19. Which way to Australia’s Energy future?  Wind  Carbon Capture and Storage (CCS)  Solar PV  Nuclear  Concentrating Solar Power  Bioenergy  Geothermal …All face obstacles to achieving their full potential. Source: OECD Working Paper
  • 20. Cost as a barrier Total Capital Cost ($/kW) for a range of alternative energy technologies in the US in the period 1995-2020(estimated) Solar PV *not considering Social Cost of Carbon (SCC) $85/tCO2e Concentrated Solar Geothermal Hot Rock Biomass Geothermal other Wind Source: U.S. EIA (2010)
  • 21. Contribution of renewables in Australia’s future electricity mix Source: CSIRO Energy Transformed Flagship, 2009
  • 22. Conclusion  Country with high renewable potential and positive economic outlook  No significant increase in renewables (as proportion) in last 10 years  Current investment mostly in Solar PV Recommendations  Increase Federal funding for R&D to establish commercial viability and reliability  Focus future investment in geothermal, biomass and wind  carbon sequestration cheapest energy source coal would become "cleaner"

Notes de l'éditeur

  1. In recent decades, Australia has transformed itself into an internationally competitive, advanced market economy. It boasted one of the OECD's fastest growing economies during the 1990s, a performance due in large part to economic reforms adopted in the 1980s. Long-term concerns include ageing of the population, pressure on infrastructure, and environmental issues such as frequent droughts. – CIA factbook
  2. 90% of population lives in cities
  3. Primary Products=STM= Simply transformed manufacturesETM= Elaborately transformed manufacturesExports: mostly China, Japan and Rep of KoreaAustralia's abundant and diverse natural resources attract high levels of foreign investment and include extensive reserves of coal, iron ore, copper, gold, natural gas, uranium, and renewable energy sources. A series of major investments, such as the US$40 billion Gorgon Liquid Natural Gas project, will significantly expand the resources sector. Australia also has a large services sector and is a significant exporter of natural resources, energy, and food.The GILLARD government is focused on raising Australia's economic productivity to ensure the sustainability of growth, and continues to manage the symbiotic, but sometimes tense, economic relationship with China. Australia is engaged in the Trans-Pacific Partnership talks and ongoing free trade agreement negotiations with China, Japan, and Korea.
  4. Institutions for collaboration
  5. Just another form of power generation?
  6. Current investment mostly in solar...
  7. the levelised cost of energy for most RE technologies has declined over the past 30 years and additional expected technical advances would result in further cost reductions.Th graph suggests Concentrated solar, biomass, steam geothermal and wind have reached panicle of cost efficiency… investment now