This document compares carbon emissions trading systems in Australia, California, and the European Union. It provides macro data on population, GDP, national greenhouse gas inventories, energy production and consumption for each region. Emissions profiles show the largest sources of emissions for each location. The trading systems are then compared based on factors such as targeted reductions, covered sectors, carbon pricing mechanisms, use of offsets, and penalties for non-compliance. The rationale section explains that while the Australian and Californian systems are most relevant locally, the EU ETS was also included due to its importance as the largest emissions trading market.
The document compares carbon emissions trading systems in Australia, California, and the European Union. It provides data on population, GDP, greenhouse gas emissions, energy production and consumption for each region. It also summarizes the key elements of each trading system including emission reduction targets, covered sectors and gases, reporting thresholds, and number of participating entities.
The document summarizes renewable energy developments in Italy. It notes that in 2016 renewables achieved a 17.4% share of gross final energy consumption, exceeding Italy's 2020 target of 17%. Electricity has seen the largest growth of renewables, driven by incentives that have declined over time but still resulted in an incentive burden of €12.5 billion in 2017, over half for photovoltaics. The national strategy aims to increase the renewables share of electricity consumption to 55% by 2030, requiring significant further growth of solar and wind power. Renewables have also grown in heating, achieving an 18.9% share in 2016 mainly from biomass and heat pumps.
The document provides an overview of AES Brasil Group, which has a market share of 85.4% in Brazil. It discusses AES Brasil's subsidiaries including AES Eletropaulo, the largest electricity distribution company in Latin America, and AES Tietê, which operates 10 hydroelectric plants. Key metrics included net income of R$1.9 billion in 2009 and investments of R$5.8 billion since privatization in 1998.
Snam's 2019-2023 strategic plan outlines investments of €6.5 billion, with €5.3 billion for regulated activities and €1.4 billion for energy transition initiatives. The plan focuses on continuous improvement of the core regulated business through maintenance and replacement investments, as well as enhanced exposure to the energy transition through investments in biomethane, hydrogen, energy efficiency, and small-scale LNG. Snam expects to deliver industry-leading financial results over the plan period through consistent regulated returns, growth of the RAB, cost efficiencies, and contributions from international and energy transition activities.
The document summarizes several Croatian documents related to developing a low-emission development strategy. It reviews energy and climate documents that provide background information, including the Croatian energy sector development strategy and national communications submitted to the UNFCCC. It outlines key measures in the energy sector until 2020, including increasing renewable energy to 20% of gross final consumption and setting sectoral targets. It also notes measures could be taken in other industries like process, waste, and agriculture to reduce emissions.
1) Photovoltaic systems in Italy grew rapidly from 2011-2015, reaching 18.6 GW of installed capacity. They produced 13.4 TWh of electricity sold in Italy's day-ahead market in 2016, accounting for 49% of total renewable energy sold.
2) The increase in solar power impacted Italy's day-ahead electricity market by lowering system marginal prices during daylight hours due to solar's near-zero marginal cost. This flattened the typical daily price curve and increased the number of hours with zero-priced electricity.
3) Grid constraints and imbalances sometimes require splitting Italy's national market into regional zones with different prices to maintain reliability. Market rules and infrastructure require changes to integrate high levels
Snam has outlined its 2030 vision and 2021-2025 strategic plan to become a global leader in hydrogen transport networks, green energy projects, and energy storage. The company aims to invest €12 billion over the next decade to expand its multi-molecule infrastructure networks for transporting natural gas, biomethane, hydrogen, and carbon dioxide. Snam also plans to develop integrated green energy projects and grow its energy storage business to become a leading provider of multi-molecule storage and flexibility services in Europe. These investments are expected to support continued growth of Snam's regulated asset base and deliver high single-digit returns.
The document compares carbon emissions trading systems in Australia, California, and the European Union. It provides data on population, GDP, greenhouse gas emissions, energy production and consumption for each region. It also summarizes the key elements of each trading system including emission reduction targets, covered sectors and gases, reporting thresholds, and number of participating entities.
The document summarizes renewable energy developments in Italy. It notes that in 2016 renewables achieved a 17.4% share of gross final energy consumption, exceeding Italy's 2020 target of 17%. Electricity has seen the largest growth of renewables, driven by incentives that have declined over time but still resulted in an incentive burden of €12.5 billion in 2017, over half for photovoltaics. The national strategy aims to increase the renewables share of electricity consumption to 55% by 2030, requiring significant further growth of solar and wind power. Renewables have also grown in heating, achieving an 18.9% share in 2016 mainly from biomass and heat pumps.
The document provides an overview of AES Brasil Group, which has a market share of 85.4% in Brazil. It discusses AES Brasil's subsidiaries including AES Eletropaulo, the largest electricity distribution company in Latin America, and AES Tietê, which operates 10 hydroelectric plants. Key metrics included net income of R$1.9 billion in 2009 and investments of R$5.8 billion since privatization in 1998.
Snam's 2019-2023 strategic plan outlines investments of €6.5 billion, with €5.3 billion for regulated activities and €1.4 billion for energy transition initiatives. The plan focuses on continuous improvement of the core regulated business through maintenance and replacement investments, as well as enhanced exposure to the energy transition through investments in biomethane, hydrogen, energy efficiency, and small-scale LNG. Snam expects to deliver industry-leading financial results over the plan period through consistent regulated returns, growth of the RAB, cost efficiencies, and contributions from international and energy transition activities.
The document summarizes several Croatian documents related to developing a low-emission development strategy. It reviews energy and climate documents that provide background information, including the Croatian energy sector development strategy and national communications submitted to the UNFCCC. It outlines key measures in the energy sector until 2020, including increasing renewable energy to 20% of gross final consumption and setting sectoral targets. It also notes measures could be taken in other industries like process, waste, and agriculture to reduce emissions.
1) Photovoltaic systems in Italy grew rapidly from 2011-2015, reaching 18.6 GW of installed capacity. They produced 13.4 TWh of electricity sold in Italy's day-ahead market in 2016, accounting for 49% of total renewable energy sold.
2) The increase in solar power impacted Italy's day-ahead electricity market by lowering system marginal prices during daylight hours due to solar's near-zero marginal cost. This flattened the typical daily price curve and increased the number of hours with zero-priced electricity.
3) Grid constraints and imbalances sometimes require splitting Italy's national market into regional zones with different prices to maintain reliability. Market rules and infrastructure require changes to integrate high levels
Snam has outlined its 2030 vision and 2021-2025 strategic plan to become a global leader in hydrogen transport networks, green energy projects, and energy storage. The company aims to invest €12 billion over the next decade to expand its multi-molecule infrastructure networks for transporting natural gas, biomethane, hydrogen, and carbon dioxide. Snam also plans to develop integrated green energy projects and grow its energy storage business to become a leading provider of multi-molecule storage and flexibility services in Europe. These investments are expected to support continued growth of Snam's regulated asset base and deliver high single-digit returns.
Hera Group senior management presents and discuss Hera 9M financial results: related web cast and conference call is scheduled on 13 November 2012 at 16.00 CET.
Hera Group reported positive financial results for 2012 despite the challenging economic environment in Italy. Revenues increased 8.8% to 4.7 billion euros while EBITDA grew 2.7% to 662 million euros. The bottom line also increased, rising 13.5% to 118.7 million euros. Regulated businesses such as water and gas enhanced their contribution to results. Financial metrics remained sound with a debt to EBITDA ratio of 3.35 times. Overall, 2012 performance was in line with Hera Group's business plan expectations, highlighting the resilience of its diversified portfolio.
This document outlines global energy trends and factors that could influence them. It discusses:
1) Historical trends showing decreasing energy use per unit of GDP as countries develop.
2) Projections of non-OECD regions driving energy growth while fuel shares converge globally.
3) Potential policies to constrain carbon emissions gradually tightening.
4) Factors that could influence trends including economic growth rates, China's development pathway, stronger climate policies, and energy security issues.
Australia can achieve net zero emissions before
2050 through accelerated deployment of mature
and demonstrated zero-emissions technologies,
and the rapid development and commercialisation
of emerging zero-emissions technologies in
harder to abate sectors.
Italy has established energy efficiency targets for 2020 including a 20% reduction in primary energy consumption and annual energy savings of 1.5% through energy efficiency obligation schemes. In 2016, Italy achieved 41% of its overall target, with most savings from residential and industrial sectors. The main policy mechanisms supporting the targets are white certificates, tax deductions, and thermal account subsidies. White certificates accounted for over 60% of energy savings in 2016 and have certified a total of 24 Mtoe of savings since 2005 primarily in industry and buildings.
Hera Group 9M 2013 financial results - Analyst presentation, 13 November 2013 Hera Group
Hera Senior Management presents and discusses Hera 9M financial results: related web cast and conference call is scheduled on 13 November 2013 at 15.30 CET.
IEA - Energy Technology Perspectives 2010 - Key Figuresteknoport
The document discusses key technologies and strategies needed to reduce global CO2 emissions under the BLUE Map scenario. It finds that a mix of renewable energy, nuclear power, fossil fuels with carbon capture and storage, energy efficiency, and smart grid technologies will be required. Annual investment in many low-carbon electricity sources like wind, solar, and nuclear must increase substantially compared to today's levels to achieve deep decarbonization by 2050. A wide range of actions across the energy system will be necessary including changes to power generation, fuel switching, and improvements in end-use efficiency.
1) The document summarizes a consultation forum on Hong Kong's climate change strategy, including the government's proposals to reduce greenhouse gas emissions by 50-60% by 2020 through measures such as transitioning to nuclear and natural gas for electricity generation, increasing renewable energy and energy efficiency in buildings.
2) Key questions raised at the forum included whether the proposed 2020 and 2030 emission reduction targets and fuel mix are adequate, and how to further increase energy efficiency in buildings.
3) The International Energy Agency's World Energy Outlook 2010 report provides context on global energy trends and climate change impacts.
Italy has seen significant growth in solar PV installations over the past decade. By the end of 2016, Italy had over 730,000 PV plants totaling 19.3 GW of capacity. Solar PV now accounts for 21% of renewable electricity generation in Italy and 8% of total electricity generation. The cost of incentives for solar PV in 2016 was 6.7 billion euros, mainly to support the country's energy account program. Solar PV is also contributing to reductions in greenhouse gas emissions in Italy by avoiding over 11 million tons of CO2 emissions annually.
The document discusses recent progress and costs of renewable electricity generation from utility photovoltaics and wind. It notes that a combination of technology cost reductions, better resources, and appropriate regulatory frameworks have attracted financing and driven costs lower. Recent contract prices from auctions and feed-in tariffs in various countries for solar and wind are provided. The document advocates for enabling policy and market frameworks that allow low cost financing, predictable long-term revenue streams, and short-term market value signals to further reduce costs. Open discussion points include balancing long and short-term price signals, roles for locational signals, attracting flexibility investments, and fostering distributed generation while ensuring fair recovery of network costs.
This document provides an overview and statistics on renewable energy sources in Italy. It discusses Italy's targets for renewable energy, the evolution of support schemes for renewables over time, current statistics on installed capacity and generation by source, and the roadmap for renewables to reach targets by 2030. It also examines the draft of the new Ministerial Decree "FER1" which aims to promote further renewable energy development through capacity auctions.
Analyst presentation: Business Plan to 2023Hera Group
This document provides details on Hera Group's business plan to 2023, outlining key growth targets and strategies. The plan leverages past achievements to deliver further organic growth, pursue M&A opportunities, and increase earnings. Hera aims to grow energy clients to 3.3 million, expand plant capacity, and increase EBITDA by 219 million euros through initiatives across its business segments. The plan also details capital expenditures of 2.86 billion euros and confirms Hera's commitment to sustainable development and dividend growth.
Government action to incentivise energy efficiency and deliver deregulationCeramics 2011
The document summarizes recent UK government actions to incentivize energy efficiency and reduce carbon emissions through regulations and initiatives. It outlines the government's commitment to legally binding carbon budgets and greenhouse gas emission reduction targets. It then describes several key policies and programs to encourage energy efficiency among businesses and industry, including the Climate Change Levy, Climate Change Agreements, EU Emissions Trading System, and CRC Energy Efficiency Scheme. The document also discusses proposed regulatory simplification efforts and outlines new initiatives like the Renewable Heat Incentive to support energy intensive industries like ceramics.
German Energy Transition Workshop-Arne Jungjohann from HBF EDAMA
1. Germany has implemented an ambitious energy transition called the Energiewende that aims to transition to renewable energy sources and reduce greenhouse gas emissions.
2. A key part of the Energiewende is the development of solar power, including community-owned solar projects. Over 800 energy cooperatives have been established across Germany.
3. The costs of solar photovoltaics have decreased significantly in recent years and Germany has become the world's largest market for solar PV. Renewables are also a major job creator in Germany.
Gruppo Hera reported strong growth in its financial results for the first 9 months of 2021. EBITDA increased 9.6% to €883 million, driven by growth across all business segments. Net profit grew 32.3% to €308 million, benefiting from business recovery, organic growth initiatives, and acquisitions. Cash flow remained solid, allowing continued investment in infrastructure expansion. Management expects further growth in 2022 supported by economic recovery trends and its focus on sustainable resource management.
Snam provides a summary of its first quarter 2020 consolidated results and 2020 outlook. Key points include:
- Operations were not interrupted during the quarter despite COVID-19 security protocols. Remote work was enabled for over 2000 employees.
- Capex recovery is underway with additional resources and schedule adjustments to reduce delays from €200m to under €100m.
- Financial impact of COVID-19 is expected to be limited, with mitigation measures offsetting extra costs and temporary slowdowns.
- No changes to dividend policy. Rethinking work practices focused on remote training and paperless processes. Community support initiatives increased.
The EPA document discusses greenhouse gas emissions from Ireland's transport sector from 1990 to 2009 and projections to 2020. It finds that transport has been the fastest growing emissions sector since 1990. While Ireland is projected to exceed its annual emissions limits by 2016 without additional measures, the EPA funds transport research and reports emissions to inform policy development and ensure progress towards national targets.
Main findings Working Group 3: Mitigation of Climate ChangeAndy Dabydeen
The document summarizes key findings from the IPCC's 4th Assessment Working Group III report on mitigating climate change. Some of the main points include:
1) Human activities have increased global greenhouse gas emissions 70% between 1970-2004 and emissions are projected to continue growing in the coming decades without mitigation policies.
2) Significant emission reductions are possible through technologies available now or by 2030 across energy supply, transportation, buildings, industry, agriculture, forestry and waste sectors.
3) Modeling estimates mitigation policies could limit GDP impacts to below 3% and even provide economic benefits in some cases, while still allowing emissions to peak and decline below current levels by 2030.
4
Hera Group senior management presents and discuss Hera 9M financial results: related web cast and conference call is scheduled on 13 November 2012 at 16.00 CET.
Hera Group reported positive financial results for 2012 despite the challenging economic environment in Italy. Revenues increased 8.8% to 4.7 billion euros while EBITDA grew 2.7% to 662 million euros. The bottom line also increased, rising 13.5% to 118.7 million euros. Regulated businesses such as water and gas enhanced their contribution to results. Financial metrics remained sound with a debt to EBITDA ratio of 3.35 times. Overall, 2012 performance was in line with Hera Group's business plan expectations, highlighting the resilience of its diversified portfolio.
This document outlines global energy trends and factors that could influence them. It discusses:
1) Historical trends showing decreasing energy use per unit of GDP as countries develop.
2) Projections of non-OECD regions driving energy growth while fuel shares converge globally.
3) Potential policies to constrain carbon emissions gradually tightening.
4) Factors that could influence trends including economic growth rates, China's development pathway, stronger climate policies, and energy security issues.
Australia can achieve net zero emissions before
2050 through accelerated deployment of mature
and demonstrated zero-emissions technologies,
and the rapid development and commercialisation
of emerging zero-emissions technologies in
harder to abate sectors.
Italy has established energy efficiency targets for 2020 including a 20% reduction in primary energy consumption and annual energy savings of 1.5% through energy efficiency obligation schemes. In 2016, Italy achieved 41% of its overall target, with most savings from residential and industrial sectors. The main policy mechanisms supporting the targets are white certificates, tax deductions, and thermal account subsidies. White certificates accounted for over 60% of energy savings in 2016 and have certified a total of 24 Mtoe of savings since 2005 primarily in industry and buildings.
Hera Group 9M 2013 financial results - Analyst presentation, 13 November 2013 Hera Group
Hera Senior Management presents and discusses Hera 9M financial results: related web cast and conference call is scheduled on 13 November 2013 at 15.30 CET.
IEA - Energy Technology Perspectives 2010 - Key Figuresteknoport
The document discusses key technologies and strategies needed to reduce global CO2 emissions under the BLUE Map scenario. It finds that a mix of renewable energy, nuclear power, fossil fuels with carbon capture and storage, energy efficiency, and smart grid technologies will be required. Annual investment in many low-carbon electricity sources like wind, solar, and nuclear must increase substantially compared to today's levels to achieve deep decarbonization by 2050. A wide range of actions across the energy system will be necessary including changes to power generation, fuel switching, and improvements in end-use efficiency.
1) The document summarizes a consultation forum on Hong Kong's climate change strategy, including the government's proposals to reduce greenhouse gas emissions by 50-60% by 2020 through measures such as transitioning to nuclear and natural gas for electricity generation, increasing renewable energy and energy efficiency in buildings.
2) Key questions raised at the forum included whether the proposed 2020 and 2030 emission reduction targets and fuel mix are adequate, and how to further increase energy efficiency in buildings.
3) The International Energy Agency's World Energy Outlook 2010 report provides context on global energy trends and climate change impacts.
Italy has seen significant growth in solar PV installations over the past decade. By the end of 2016, Italy had over 730,000 PV plants totaling 19.3 GW of capacity. Solar PV now accounts for 21% of renewable electricity generation in Italy and 8% of total electricity generation. The cost of incentives for solar PV in 2016 was 6.7 billion euros, mainly to support the country's energy account program. Solar PV is also contributing to reductions in greenhouse gas emissions in Italy by avoiding over 11 million tons of CO2 emissions annually.
The document discusses recent progress and costs of renewable electricity generation from utility photovoltaics and wind. It notes that a combination of technology cost reductions, better resources, and appropriate regulatory frameworks have attracted financing and driven costs lower. Recent contract prices from auctions and feed-in tariffs in various countries for solar and wind are provided. The document advocates for enabling policy and market frameworks that allow low cost financing, predictable long-term revenue streams, and short-term market value signals to further reduce costs. Open discussion points include balancing long and short-term price signals, roles for locational signals, attracting flexibility investments, and fostering distributed generation while ensuring fair recovery of network costs.
This document provides an overview and statistics on renewable energy sources in Italy. It discusses Italy's targets for renewable energy, the evolution of support schemes for renewables over time, current statistics on installed capacity and generation by source, and the roadmap for renewables to reach targets by 2030. It also examines the draft of the new Ministerial Decree "FER1" which aims to promote further renewable energy development through capacity auctions.
Analyst presentation: Business Plan to 2023Hera Group
This document provides details on Hera Group's business plan to 2023, outlining key growth targets and strategies. The plan leverages past achievements to deliver further organic growth, pursue M&A opportunities, and increase earnings. Hera aims to grow energy clients to 3.3 million, expand plant capacity, and increase EBITDA by 219 million euros through initiatives across its business segments. The plan also details capital expenditures of 2.86 billion euros and confirms Hera's commitment to sustainable development and dividend growth.
Government action to incentivise energy efficiency and deliver deregulationCeramics 2011
The document summarizes recent UK government actions to incentivize energy efficiency and reduce carbon emissions through regulations and initiatives. It outlines the government's commitment to legally binding carbon budgets and greenhouse gas emission reduction targets. It then describes several key policies and programs to encourage energy efficiency among businesses and industry, including the Climate Change Levy, Climate Change Agreements, EU Emissions Trading System, and CRC Energy Efficiency Scheme. The document also discusses proposed regulatory simplification efforts and outlines new initiatives like the Renewable Heat Incentive to support energy intensive industries like ceramics.
German Energy Transition Workshop-Arne Jungjohann from HBF EDAMA
1. Germany has implemented an ambitious energy transition called the Energiewende that aims to transition to renewable energy sources and reduce greenhouse gas emissions.
2. A key part of the Energiewende is the development of solar power, including community-owned solar projects. Over 800 energy cooperatives have been established across Germany.
3. The costs of solar photovoltaics have decreased significantly in recent years and Germany has become the world's largest market for solar PV. Renewables are also a major job creator in Germany.
Gruppo Hera reported strong growth in its financial results for the first 9 months of 2021. EBITDA increased 9.6% to €883 million, driven by growth across all business segments. Net profit grew 32.3% to €308 million, benefiting from business recovery, organic growth initiatives, and acquisitions. Cash flow remained solid, allowing continued investment in infrastructure expansion. Management expects further growth in 2022 supported by economic recovery trends and its focus on sustainable resource management.
Snam provides a summary of its first quarter 2020 consolidated results and 2020 outlook. Key points include:
- Operations were not interrupted during the quarter despite COVID-19 security protocols. Remote work was enabled for over 2000 employees.
- Capex recovery is underway with additional resources and schedule adjustments to reduce delays from €200m to under €100m.
- Financial impact of COVID-19 is expected to be limited, with mitigation measures offsetting extra costs and temporary slowdowns.
- No changes to dividend policy. Rethinking work practices focused on remote training and paperless processes. Community support initiatives increased.
The EPA document discusses greenhouse gas emissions from Ireland's transport sector from 1990 to 2009 and projections to 2020. It finds that transport has been the fastest growing emissions sector since 1990. While Ireland is projected to exceed its annual emissions limits by 2016 without additional measures, the EPA funds transport research and reports emissions to inform policy development and ensure progress towards national targets.
Main findings Working Group 3: Mitigation of Climate ChangeAndy Dabydeen
The document summarizes key findings from the IPCC's 4th Assessment Working Group III report on mitigating climate change. Some of the main points include:
1) Human activities have increased global greenhouse gas emissions 70% between 1970-2004 and emissions are projected to continue growing in the coming decades without mitigation policies.
2) Significant emission reductions are possible through technologies available now or by 2030 across energy supply, transportation, buildings, industry, agriculture, forestry and waste sectors.
3) Modeling estimates mitigation policies could limit GDP impacts to below 3% and even provide economic benefits in some cases, while still allowing emissions to peak and decline below current levels by 2030.
4
An easily traceable scenario for GHG 80% reduction in Japan for local energy ...Masayuki Horio
To develop a scenario sure and easily traceable even for ordinary citizens toward the national challenge target of 80% CO2 reduction by 2050, we first developed a model to calculate the total CO2 emission corresponding to the final consumption and second developed an appropriate technology based scenario consisting of the following consumer oriented sub-scenarios: (1) energy saving through electrification of all transportation, (2) promotion of wood utilization for housing and household energy saving; (3) introduction of renewable energies; and (4) efficient energy utilization of wastes. Applying the scenario to Kyoto that has the similar strategies to our proposed scenarios, we found that about 80% CO2 emission reduction is possible just within the appropriate technology limit with the effect of population reduction and with the potential emission reduction from construction of private and public infrastructures, and that shifting our final consumption mode into low CO2 emission mode has a significant impact.
Keywords: CO2 emission reduction, appropriate technologies, local energy strategy, the final consumption
1) The EPA is responsible for producing Ireland's national greenhouse gas emission inventories and projections, which are submitted to the EU and UN.
2) Ireland's greenhouse gas emissions increased by 27% between 1990-2010 but have decreased by 9% from their peak in 2000. Emissions from the energy sector contribute the most.
3) Ireland is projected to exceed its 2020 EU target for reducing emissions in the non-trading sector (transport, buildings, agriculture, waste) by 20% compared to 2005 levels. Focus is needed on policies and measures to reduce emissions from agriculture and transport.
Swiss energy policy follows three guiding principles: federalism, subsidiarity, and direct democracy. Switzerland has a diverse energy mix, relying on oil, hydroelectric, nuclear, and other sources for electricity. There is a projected gap between electricity supply and demand after 2020 that will require new sources like renewable energy and potential new nuclear plants, though citizens can veto energy policies through referendums. The government promotes efficiency, renewables, and large centralized plants through policies, programs, and international cooperation, mainly with the European Union.
Ul enviro trading commercial opps (convery)threesixty
This document discusses opportunities for commercial ventures related to environmental trading schemes like the European Union Emissions Trading Scheme. It notes that the creation of carbon markets in Europe provides an opportunity for new businesses, especially those that can offer products or services related to reducing carbon emissions. While some challenges exist, such as skepticism about climate change, the carbon price incentivizes low-carbon innovation. Ireland in particular has market opportunities due to its carbon tax and participation in the EU ETS.
This document discusses carbon trading and future carbon markets. It provides background on carbon trading, including how a carbon tax or cap-and-trade system can internalize the external costs of pollution. It describes the key design components of a cap-and-trade system and provides a short history of the EU Emissions Trading System (EU ETS). It also examines the potential impact of the EU ETS on Serbia's energy sector and outlines some potential developments for future carbon markets.
Laura Burke, Director General of the EPA presentation to Smurfit Business Sch...Alice Charles
The document summarizes a seminar given by the Director General of the EPA on Ireland's need to transition to a low carbon economy. It discusses Ireland's greenhouse gas emissions trends, models for a low carbon economy in Sweden and Norway, challenges and opportunities for Ireland, including in agriculture and energy, the role of carbon pricing through emissions trading and carbon taxes, and examples of resource efficiency programs in Ireland. The conclusion calls for setting ambitious but achievable goals to transition Ireland to a low carbon economy through effective policies that also address behavioral barriers.
The best suited powertrain technology for cars should be chosen depending on miles driven per year and type of usage (more or less highway and urban). The ideal powertrain solution is only for a certain set of driving style and usage a gasoline/electric hybrid powertrain. For others a straight diesel powertrain, a gasoline powertrain or a diesle/electric powertrain are the best solutions.
Day 1 session 1: Energy Efficiency in the EU.. What's Next? RCREEE
The document discusses energy efficiency policies in the EU and outlines the policy design cycle of analyzing potentials and barriers, defining targets and strategies, designing measures, and enforcing and evaluating policies. It provides the example of the recasting of the Energy Performance of Buildings Directive (EPBD) and introduces requirements for new "nearly zero energy buildings" by 2021. Key factors in defining nearly zero energy buildings and the development of performance standards in Germany are examined. The document concludes by stressing the importance of setting clear targets, developing suitable policy packages, and having robust implementation and evaluation systems.
This document summarizes work done using the Irish TIMES energy systems model to analyze pathways for Ireland to meet future emissions reduction targets. Several scenarios were modeled to reduce Ireland's CO2 emissions by 80% or 95% by 2050. Key results included high renewable energy (73-92%), electrification of transport and heat, and total investment costs equivalent to 1-2% of GDP annually. The next steps outlined further model developments and planned modeling work.
Can the Global Aluminium Industry Achieve Carbon NeutralitySubodh Das
1) The document discusses strategies for the global aluminum industry to achieve carbon neutrality, including using greener sources of electricity, reducing process energy requirements, employing aluminum in energy-saving products, preventing aluminum waste, and recovering aluminum from landfills.
2) It analyzes the industry's historical trends in safety, environment, quality, and proposes carbon neutrality as the new industry paradigm.
3) Through various energy efficiency improvements and sourcing of electricity from lower-carbon sources, as well as greater aluminum recycling and reuse, the document estimates that the industry could reduce its carbon footprint to achieve carbon neutrality.
This document discusses energy consumption and greenhouse gas emissions trends from 1950 to 2050. It notes that world energy consumption is projected to increase 3-fold over this period while population only increases 1.5-fold. Renewable energy sources have maintained a flat market share despite overall energy needs growing. Transportation greenhouse gas emissions have risen 30% since 1990 despite improved vehicle efficiency. Buildings account for a large portion of emissions both from their construction and operation. Moving to a green economy will require both high and low technology solutions as well as alternative business models focused on sustainability.
CCXG March 2019 Pedro Martins Barata Challenges and opportunities for impleme...OECD Environment
This document outlines three potential scenarios for achieving carbon neutrality in Portugal by 2050: Off-Track, Yellow Jersey, and Pack. It summarizes the key assumptions and impacts of each scenario. The Off-Track scenario involves maintaining current trends and structures, leading to greater economic and population decline. The Yellow Jersey and Pack scenarios enable more competitive growth through circular economy practices, renewable energy adoption, electrified transportation, and conservation-oriented land use. Both allow carbon neutrality by 2050 but differ in technologies used and impacts on sectors like mobility, industry, and agriculture.
The document discusses the role of aviation alternative fuels in climate change mitigation. It notes that while there is interest and progress in biofuel trials, today's biofuels may have higher greenhouse gas emissions than conventional fuels. Alternative fuel supply is also constrained and unlikely to significantly reduce aviation emissions in the short to medium term. The document calls for ICAO to address aviation's large and growing climate impact through additional policy measures like emissions standards and market-based approaches, in addition to promoting sustainable alternative fuels.
Ireland faces challenges meeting its 2020 EU targets for reducing greenhouse gas emissions and increasing renewable energy. Continuing on the current baseline projections would require significant investment in wind power and incur high costs. Instead, focusing first on reducing energy consumption and emissions from transport through supply chain management could help meet emission targets at lower cost. Investing in biomass from short rotation forestry to replace peat in existing power stations would further reduce costs while creating rural jobs, compared to installing more wind turbines. With the right strategy emphasizing energy efficiency and biomass over wind, Ireland can comply with EU targets at much lower overall expense.
The document outlines a vision for a sustainable global energy system by 2050 that limits global warming to 1°C. It proposes transitioning to renewable energy sources like wind and solar to meet energy demand while reducing CO2 emissions to 250 gigatons by 2050. This would require replacing energy-inefficient equipment, improving building insulation, and developing more efficient transport and hydrogen fuel cell technology. The vision estimates renewable energy sources could provide over 5000 gigawatts of power globally by 2050, meeting energy needs in a cost-effective and environmentally friendly manner.
Introduction to the Energy manager forum, Smart Energy, VeronaDario Di Santo
The presentation Dario Di Santo held in Verona at the Energy manager Forum organized by FIRE in cooperation with EKN and Verona Fiere. The main issues and opportunities related to energy efficiency are illustrated (energy manager, ESCO, market, business models, energy policy, green economy, energy management systems, etc.).
This document provides an introduction to energy efficiency. It discusses rising global energy consumption and temperature trends. Various sectors contribute to energy usage, including industry, transportation, residential, and commercial. Developing countries' energy usage is growing rapidly. The International Partnership for Energy Efficiency Cooperation (IPEEC) is presented as a forum that facilitates cooperation and information sharing around energy efficiency best practices between countries. Key opportunities for improving energy efficiency are highlighted in sectors like industry, buildings, transportation, and power. Specific policies and programs from countries like the US, Japan, and China that have successfully increased energy efficiency through standards, labels, incentives are outlined. Benefits of greater energy efficiency include reduced emissions and costs, improved energy security, access,
2. MACRO DATA COMPARISON
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Population 22.5 million (2011)
GDP US$ 1,507 billion (2011)
Nat. GHG inventory 543 million tCo2e (2010 ex LULUCF)
(pg. 4)
600 million -2009 incl LULUCF
Co2e per capita 27.3 tCO2e p.c / year (2009 incl LULUCF))
Energy production in Petajoule 17,769 PJ (2008-09)
= 2.4% of world production
Energy consumption in Petajoule 5773 PJ (2009-09) (=32% of total
production)
Exported energy value / A$68.5 bio / A$244.5 bio = 28% (2010)
Total Exports (page 18)
GHG intensity of economy 841 t Co2e incl LULUCF / US $1 million
(2005)
Carbon intensity of electricity 863.1 g Co2e / kWh (2005)
production
4. CALIFORNIA’S EMISSIONS PROFILE 2008
Not specified 3%
Commercial 3%
Agriculture & Forestry 6%
Residential 6%
Year 2008
Total Gross emissions: Transportation
477.7MMT CO2e 36%
Electricity Generation
(In State)
12%
Electricity Generation Industrial
(Imports) 21%
12%
5. EU27 EMISSIONS PROFILE 2008
Other 0.2%
Waste 2.8%
Agriculture
9.6%
Industrial Processes Energy Supply
8.3% 32.6%
Transport
19.5%
Stationary Energy
27%
6. ETS COMPARISON
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
General Focus Focus: electricity + transport
2020 target Reach 1990 level (=427 million tCo2e)
2050 target 80% on 1990 level
Covered GHG inventory Reporting: 6 GH Gasses
Cap and trade: 6 Kyoto GHGs + NF3 =
85% of state inventory
Reporting threshold Registration, reporting (Scope 1
+indirect energy purchases) and
verification compulsory
25,000 MTCO2/yr except for electricity
(co)generation (2,500 MTCO2/yr)
7. ETS COMPARISON II
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Nr of entities reporting 777 (2010) 2011: 11,000
Trading threshold In general 25,000 tCO2e scope 1 but Thermal input > 20MW
10,000 tCO2e for certain landfills (page or activity specific capacity thresholds
105)
Nr of entities trading 294 facilities 2011: 11,000
Start date 1st July, 2012 Period I: 01/01/2005
Period II: 01/01/2008
01/01/12: Aviation
Period III: 01/01/13
Phases 1st: July12 - June15 1st: 2005 - 2007
2nd: July15 - June18 2nd: 2008 - 2012
3d: July18 - … 3d: 2013 – 2020
Allowances issuance Caps May14: announce 2015-19 caps 2008-2012 = 2,086 Mio t
June16: announce 2020 cap 2013-2020 = 2,039 Mio t
June17: announce 2021 cap - 37 Mio t per annum
AT MINIMUM meet 5% target
8. ETS COMPARISON III
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Carbon Unit denomination
Price (Px)
Cap / Floor Price
Domestic Offsets/ credits FIXED px period: can only use compliance Max 8% per facility, initially NAFTA ONLY (Theoretically): credits from projects
ACCUs for up to 5% of liability w/ quant. and qualitative restrictions: reducing emissions not covered by the
FLEX px period: Min 50%up to max 100% ARB offsets ETS (Q22)
of compliance must be met with domestic Sector offsets (incl forestry)
credits or permits Early action credits
Importing international CERs, ERUs and RMU’s will be acceptable The possibility for linkage to external ETS’ JI / CDM credits but (increasing)
units subject to qualitative and quantitative and their approved offsets has been left qualitative and quantitative restrictions
restrictions (like EU ETS). open.
9. ETS COMPARISON IV
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Exporting domestic units/
allowances
Banking/borrowing
Cycle
10. ETS COMPARISON V
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Auctions
Free allowances
11. ETS COMPARISON VI
AUSTRALIA CALIFORNIA EUROPEAN UNION
CEF AB 32 EU ETS
Penalties
Tax
Treatment of Fuel
12. ETS COVERED SECTORS/ACTIVITIES
CEF AB 32 EU ETS
Combustion installations
Mineral oil refineries
Coke ovens
Metal ore roasting/sintering
Pig iron/steel
Cement clinker or lime
Glass including glass fibre
Ceramic products by firing
Pulp, paper and board
Agriculture
Land use sector
Transport sector
Carbon Dioxide suppliers
Cogeneration
Electricity - first deliverers
Electricity - Importers
Electricity self-generation
Hydrogen production
Nitric Acid production
Petroleum and Natural gas systems
Suppliers of liquefied petroleum gas -LPG
Suppliers of Natural gas
Suppliers of RBOB and distillate fuel oil
13. RATIONALE
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15. DISCLAIMER
This document is intended to provide general information only and has been prepared by PricesCarbon, a trading name of Rubran Pty Ltd, ABN
808.1864.6940 and by CarbonIntel Pty Ltd, ABN 271.3411.5183. Rubran Pty Ltd is registered with ASIC under Regulation 7.6.02AGA of the Cor-
porations Regulations 2001.
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employees and agents disclaim all liability (except for any liability which by law cannot be excluded), for any error, inaccuracy in, or omission from the
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