The document discusses barriers to demand-side participation (DSP) in the Australian National Electricity Market (NEM). It identifies a lack of objectives for DSP and the environment in the NEM rules. Additionally, electricity prices do not properly reflect costs, creating little incentive for consumers to reduce usage. Utilities also favor expanding centralized supply over DSP due to regulatory biases. The document recommends adding DSP and environmental objectives to the NEM, improving price signals to consumers, and reforming regulations to increase DSP incentives for utilities. While some progress has been made, fundamental changes are still needed to overcome entrenched supply-side biases in the market design.
Building a Thriving and Extended Utilities Value ChainCognizant
To transform from commodity power suppliers to innovative service providers, utilities must lead an emerging ecosystem that facilitates revenue decoupling, renewable energy and energy efficiency portfolio standards.
This document summarizes renewable energy policies that could help increase renewable energy production in the United States. It defines renewable energy and discusses current renewable energy production levels. Financial incentives like rebates and feed-in tariffs are described as effective policies other countries have used. Net metering policies in the US are discussed. The conclusion recommends a policy framework for the US based on lessons from successful foreign policies.
The document discusses different policy schemes for implementing energy saving obligations. It compares schemes that place obligations on utilities, large end-users, or a combination. Obligations on utilities in Italy and Flanders aim to stimulate third party involvement in efficiency projects. Obligations in the UK and France are imposed on retailers. The US uses alternative models like efficiency utilities. Placing obligations on large end-users can directly incentivize efficiency but private end-users focus on costs. Trading allows wider benefits. The conclusion is that residential savings are best achieved through utilities while industrial and commercial sectors benefit from energy service companies.
The document provides background information on a case study by Energy for Development (E4D) to establish a sustainable off-grid electrification project in Kitonyoni, Kenya using solar photovoltaic technology. E4D recognizes that many previous rural electrification projects have failed due to a lack of a business model to generate ongoing revenues and sustain the systems. The case study aims to design an efficient PV system, sustainable revenue model, and financing plan to overcome issues of access and governance that typically challenge rural electrification. It provides context on Kitonyoni's population and energy needs, as well as the challenges of rural electrification in developing countries related to access, affordability, and financial sustainability.
The document provides an analytical summary of Cambodia's solar energy policy for NRG Solutions. It finds that while political barriers exist, the potential for distributed solar growth in coming years provides an opportunity if public and private stakeholders cooperate. It outlines Cambodia's solar goals and policy actors like the Ministry of Mines and Energy. Recommendations include NRG Solutions working with other solar companies to promote shared goals and establish scheduled policy reviews to assess impacts and opportunities.
Rural electrification using photovoltaic: the success story of BangladeshMarufa Mithila
The document summarizes the success of rural electrification efforts in Bangladesh using solar home systems (SHS). It discusses how Infrastructure Development Company Limited (IDCOL) has installed over 1.6 million SHS reaching over 8 million people. Key points:
1. IDCOL implements an output-based aid program using 30 partner organizations to install SHS financed through loans to consumers.
2. The program offers grants and refinancing to lower costs and has achieved widespread adoption of SHS across rural Bangladesh, increasing incomes and development.
3. Over the past decade, SHS installations have grown exponentially through this public-private model, demonstrating solar can effectively provide energy access in off-grid communities.
This document discusses the need for smarter energy demand in the UK. It notes that integrating more renewable energy sources will require 32% of UK electricity to come from renewables by 2020, up from 7% in 2010. However, meeting this target and continuing to meet rising energy demand will require significant investment and changes to energy usage. The document argues that smarter energy demand, through tools like dynamic pricing and demand response, will be needed alongside supply-side changes to balance the grid and limit cost increases. It notes that while energy companies support tools to shape consumer behavior like pricing and education, many consumers still lack understanding of energy topics. The document concludes that building trust between utilities and customers will be key to enabling the collaboration required for smarter energy
This document discusses technical losses in power distribution networks and strategies to reduce them. It notes that distribution losses in India are significantly higher than other regions at 8-10% and identifies several causes of losses, including distribution component design and loading conditions. Reducing losses requires detailed analysis and interventions like improving transformer star ratings, load balancing, and power factor correction. Time-of-day tariffs and demand response programs that incentivize shifting load to off-peak periods are discussed as strategies to flatten demand curves and reduce peak losses. Energy storage is presented as another approach to load shifting that could help optimize asset utilization and lower average power costs.
Building a Thriving and Extended Utilities Value ChainCognizant
To transform from commodity power suppliers to innovative service providers, utilities must lead an emerging ecosystem that facilitates revenue decoupling, renewable energy and energy efficiency portfolio standards.
This document summarizes renewable energy policies that could help increase renewable energy production in the United States. It defines renewable energy and discusses current renewable energy production levels. Financial incentives like rebates and feed-in tariffs are described as effective policies other countries have used. Net metering policies in the US are discussed. The conclusion recommends a policy framework for the US based on lessons from successful foreign policies.
The document discusses different policy schemes for implementing energy saving obligations. It compares schemes that place obligations on utilities, large end-users, or a combination. Obligations on utilities in Italy and Flanders aim to stimulate third party involvement in efficiency projects. Obligations in the UK and France are imposed on retailers. The US uses alternative models like efficiency utilities. Placing obligations on large end-users can directly incentivize efficiency but private end-users focus on costs. Trading allows wider benefits. The conclusion is that residential savings are best achieved through utilities while industrial and commercial sectors benefit from energy service companies.
The document provides background information on a case study by Energy for Development (E4D) to establish a sustainable off-grid electrification project in Kitonyoni, Kenya using solar photovoltaic technology. E4D recognizes that many previous rural electrification projects have failed due to a lack of a business model to generate ongoing revenues and sustain the systems. The case study aims to design an efficient PV system, sustainable revenue model, and financing plan to overcome issues of access and governance that typically challenge rural electrification. It provides context on Kitonyoni's population and energy needs, as well as the challenges of rural electrification in developing countries related to access, affordability, and financial sustainability.
The document provides an analytical summary of Cambodia's solar energy policy for NRG Solutions. It finds that while political barriers exist, the potential for distributed solar growth in coming years provides an opportunity if public and private stakeholders cooperate. It outlines Cambodia's solar goals and policy actors like the Ministry of Mines and Energy. Recommendations include NRG Solutions working with other solar companies to promote shared goals and establish scheduled policy reviews to assess impacts and opportunities.
Rural electrification using photovoltaic: the success story of BangladeshMarufa Mithila
The document summarizes the success of rural electrification efforts in Bangladesh using solar home systems (SHS). It discusses how Infrastructure Development Company Limited (IDCOL) has installed over 1.6 million SHS reaching over 8 million people. Key points:
1. IDCOL implements an output-based aid program using 30 partner organizations to install SHS financed through loans to consumers.
2. The program offers grants and refinancing to lower costs and has achieved widespread adoption of SHS across rural Bangladesh, increasing incomes and development.
3. Over the past decade, SHS installations have grown exponentially through this public-private model, demonstrating solar can effectively provide energy access in off-grid communities.
This document discusses the need for smarter energy demand in the UK. It notes that integrating more renewable energy sources will require 32% of UK electricity to come from renewables by 2020, up from 7% in 2010. However, meeting this target and continuing to meet rising energy demand will require significant investment and changes to energy usage. The document argues that smarter energy demand, through tools like dynamic pricing and demand response, will be needed alongside supply-side changes to balance the grid and limit cost increases. It notes that while energy companies support tools to shape consumer behavior like pricing and education, many consumers still lack understanding of energy topics. The document concludes that building trust between utilities and customers will be key to enabling the collaboration required for smarter energy
This document discusses technical losses in power distribution networks and strategies to reduce them. It notes that distribution losses in India are significantly higher than other regions at 8-10% and identifies several causes of losses, including distribution component design and loading conditions. Reducing losses requires detailed analysis and interventions like improving transformer star ratings, load balancing, and power factor correction. Time-of-day tariffs and demand response programs that incentivize shifting load to off-peak periods are discussed as strategies to flatten demand curves and reduce peak losses. Energy storage is presented as another approach to load shifting that could help optimize asset utilization and lower average power costs.
Electricity_Reliability_031611 Galvin Power ORGRonnie Waterman
The document discusses the importance of reliable electricity and outlines recommendations for improving reliability metrics and standards in the United States. It notes that power outages can have significant costs and consequences, including fatalities, lost productivity, and equipment damage. While some utilities have improved reliability without increasing costs, the U.S. generally lags global competitors in terms of reliability according to metrics like SAIDI and SAIFI. The recommendations suggest establishing consistent reliability metrics, targets, and reporting to identify areas for improvement and benchmark performance.
Rural electrification using PV: Success Story of BangladeshMarufa Mithila
Rural areas in Bangladesh have low electrification rates, with only 30% of rural households having access to grid electricity. To address this, Infrastructure Development Company Limited (IDCOL) launched a solar home system program in 2003 to provide electricity to rural areas using solar PV. Over 1.65 million solar home systems have now been installed under the program, accounting for 98% of solar home systems in the country. The program aims to install 4 million systems by 2015 to supply electricity to more rural households in Bangladesh.
Development of public solar power plants in Germany and project for implement...infoclimateorg
The document discusses developing public solar power plants in Germany and Ukraine. In Germany, public participation in renewable energy projects has improved acceptance of the energy transition. Over 50% of renewable energy is supported by private households and farmers through small investments. Similarly, a project is proposed to research developing public solar power plants in Kiev through establishing an energy cooperative model and facilitating dialogue between German and Ukrainian citizens. The aims are to contribute to clean energy security, exchange technical knowledge, and demonstrate public funding models to advance the energy transition from the bottom up.
A national perspective on using rates to control power system costs (recommen...bobprocter
This document provides an overview of using time-differentiated electricity rates to control power system costs from a national perspective. It discusses how electricity pricing has resulted in consumption patterns that do not match production and delivery cost patterns, leading to increasing costs. Dynamic pricing is presented as a way to better align prices with underlying costs. The document covers definitions of dynamic pricing, related rate design issues, potential impacts on different customer groups, enabling technology needs, and transition challenges. It argues dynamic pricing could significantly reduce peak consumption and lower future electricity costs if designed and implemented properly while accounting for different stakeholder impacts.
Case study for enabling net metering as a means of broadening a nations energy mix and facilitating increased investment in the renewable energy sector
The document discusses MACED's approach to promoting clean energy in Appalachia. It notes that the region faces economic distress due to the decline of coal and rising energy costs, creating an opportunity for clean energy growth. MACED's strategies include supporting new clean energy jobs with capital and assistance, creating examples that benefit local communities, and piloting programs to increase energy efficiency. The organization provides capital, technical support, and advocacy to strengthen the clean energy value chain in Appalachia from entrepreneurs to end users.
The document discusses opportunities for smart grid projects under the American Recovery and Reinvestment Act of 2009. It allocated $4.5 billion for smart grid initiatives, including $3.375 billion for Smart Grid Investment Grants and $615 million for Smart Grid Demonstration projects. The grants and demonstrations will fund projects that modernize the electric grid through technologies like integrated communications, sensing/measurement, advanced components, advanced control methods, and improved interfaces. Eligible entities can receive up to 50% of project costs for investments ranging from $500,000 to $20 million.
Implementing Net Metering in the Developing WorldRuchir Punjabi
Distributed Energy (www.de.energy) is a platform to match investors with renewable energy projects. We are always looking for ways to promote renewable energy growth in developing countries. This Powerpoint was prepared as a case study to promote the implementation of net metering in a particular country and examines its feasibility as an enabling policy and to what extent it is designed to foster private investment in renewable energy and broaden the nation’s energy mix. The case study examines and provides evidence to support the implementation of net metering and puts forward a convincing case from an economic, social and environmental standpoint. Country-specific references further indicate how net metering has helped respective countries achieve their energy targets and facilitated a transition towards clean energy.
THE CHALLENGES AND OPPORTUNITIES FOR LOCAL AREA ENERGY SYSTEMS IN THE UK ENER...Peter Jones
In the summer of 2019, the Energy Research Partnership brought together key industry and government stakeholders to conduct a ‘state of the industry’ review of the potential role of local area energy in future UK energy systems.
Local and community level energy systems have been identified as being a significant enabler to achieving the 2050 net zero targets as well as offering improvements to local community transport systems, the environment and social care.
Kuching | Jan-15 | Role of Existing Self-help Electrification in Off Grid are...Smart Villages
The second in our series of workshops designed to gather input from stakeholders involved in existing off-grid projects in Africa, Asia and Latin America. This event is workshop scheduled to be held in Malaysia for the ASEAN countries will be organised by the Academy of Sciences Malaysia (ASM) in collaboration with Universiti Malaysia Sarawak (UNIMAS).
Juhl Energy is a provider of clean energy solutions that develops, owns, and operates wind and solar assets. It has developed over 240 MW of wind projects to date. The presentation discusses Juhl Energy's operating divisions, leadership, growth opportunities through acquisitions of existing wind farms and greenfield development, and the macro trends supporting wind power growth such as state renewable portfolio standards and federal tax incentives.
This document discusses enabling sustainability through demand side management. It provides an overview of EESL, their energy solutions portfolio, and the differences between supply side and demand side management. Demand side management is described as incorporating customer load modification to reduce, add, or change load in partnership with utilities and customers. The document outlines EESL's DSM portfolio targeting sectors like agriculture, buildings, municipalities, and industries. It provides examples of DSM programs including a DSM-based efficient lighting program.
The document discusses policies to promote renewable energy and energy efficiency in Maine. It proposes adopting an energy efficiency procurement model where utilities would be required to purchase all cost-effective energy efficiency. This would remove barriers like legislative approval requirements and allow the Efficiency Maine Trust to administer higher levels of efficiency programs funded through system charges or long-term contracts. Adopting Maine's renewable portfolio standard could meet 20-30% of electricity needs through efficiency investments.
John Lushetsky, Program Manager of the Solar Energy Technologies Program at the DOE Office of Energy Efficiency and Renewable Energy, presented on April 19, 2010 at the GW Solar Institute Second Annual Symposium. more information at http://solar.gwu.edu/Symposium.html
The document discusses barriers to energy efficiency implementation for small and medium enterprises (SMEs) in India and potential solutions. It notes that SMEs face high energy costs but lack access to energy efficient technologies. Barriers include a lack of awareness, data, financing options, and coordination. The Alliance for an Energy Efficient Economy (AEEE) works to address these challenges by collaborating with government agencies, facilitating market transformation, and providing financing and technical solutions tailored for SME clusters.
This document provides an overview of PG&E's demand response programs. It summarizes the benefits of demand response programs, including reducing electrical demand during peak periods, rewarding customer participation, and enabling grid reliability and lower costs. It describes the opportunities for demand response among different customer classes and compares demand response to energy efficiency. The rest of the document details PG&E's various demand response programs, incentives, requirements, historical event data, customer examples, trends, goals and the proposed Peak Day Pricing dynamic rate program.
wind power costing 27 nov 2012 at the Energy Talk, LondonMichael Taylor
The document discusses declining costs of wind power based on a report from IRENA. It finds that wind power costs have dramatically decreased, with onshore wind now competitive with fossil fuels in many countries. Further cost reductions are expected as turbine prices decline and operations and maintenance costs are optimized. While wind power is increasingly affordable, continued policy support may still be needed for efficient renewable energy development. Overall, renewable energy costs are falling faster than expected, posing challenges but also opportunities to shift policy focus.
The document provides background information on Dirk Knapen and the context for renewable energy cooperatives. It discusses opportunities for citizens to participate in sustainable energy production through renewable energy cooperatives. Examples of successful cooperatives are provided, including Ecopower in Belgium, Middelgrunden Wind Turbine Cooperative in Denmark, and EWS Schönau in Germany, to demonstrate how cooperatives can empower citizens and communities to transition to renewable energy.
Home Area Networks: A Preferred Choice for Energy EfficiencyCognizant
The day is here when home area networks (HANs) contribute to energy efficiency for utilities and home users; the way forward will be driven by automated demand response (ADR), automated demand side management (DSM), dynamic pricing, and electric vehicle (EV) charging among other key factors.
How to reach the hard-to-reach (energy users)?Leonardo ENERGY
Energy efficiency is sometimes called "the greatest market failure of all times" - it makes so much sense, is imperative to achieve the energy transition affordably, and yet it remains difficult to achieve the energy efficiency potential that technological and policy innovations promise to deliver. Is this because our technological and policy advances fail to reach all energy users in the same way? We believe that there is a significant percentage of the human population who can be regarded as “hard-to-reach (HTR) energy users”. These are the people policymakers, utility programme managers and research experts often struggle to engage with when designing and rolling out technological and behavioural interventions. Their barriers and needs are different to those "lower hanging fruit" energy users we understand well. This HTR audience segment becomes even larger once we expand from hard-to-reach individuals and groups in the residential, to those in the non-residential, particularly the commercial sector – especially if we look across all fuels and energy services, including mobility. This, potentially very large energy user segment is the focus of this new research collaboration and we present our first findings in this webinar.
Jason Gifford REV 2012 Presentation - Drivers of Change for Distributed Resou...Chris Williams
This document discusses drivers of change for distributed renewable energy resources in Vermont. It notes trends in policies, costs, and financing that are influencing the characteristics and growth of distributed generation projects in the state. Key discussion points include how state policies are changing to promote in-state or emerging technologies, falling technology costs like for solar and wind, and increasing price pressure in renewable energy markets and incentive programs as deployment accelerates.
Electricity_Reliability_031611 Galvin Power ORGRonnie Waterman
The document discusses the importance of reliable electricity and outlines recommendations for improving reliability metrics and standards in the United States. It notes that power outages can have significant costs and consequences, including fatalities, lost productivity, and equipment damage. While some utilities have improved reliability without increasing costs, the U.S. generally lags global competitors in terms of reliability according to metrics like SAIDI and SAIFI. The recommendations suggest establishing consistent reliability metrics, targets, and reporting to identify areas for improvement and benchmark performance.
Rural electrification using PV: Success Story of BangladeshMarufa Mithila
Rural areas in Bangladesh have low electrification rates, with only 30% of rural households having access to grid electricity. To address this, Infrastructure Development Company Limited (IDCOL) launched a solar home system program in 2003 to provide electricity to rural areas using solar PV. Over 1.65 million solar home systems have now been installed under the program, accounting for 98% of solar home systems in the country. The program aims to install 4 million systems by 2015 to supply electricity to more rural households in Bangladesh.
Development of public solar power plants in Germany and project for implement...infoclimateorg
The document discusses developing public solar power plants in Germany and Ukraine. In Germany, public participation in renewable energy projects has improved acceptance of the energy transition. Over 50% of renewable energy is supported by private households and farmers through small investments. Similarly, a project is proposed to research developing public solar power plants in Kiev through establishing an energy cooperative model and facilitating dialogue between German and Ukrainian citizens. The aims are to contribute to clean energy security, exchange technical knowledge, and demonstrate public funding models to advance the energy transition from the bottom up.
A national perspective on using rates to control power system costs (recommen...bobprocter
This document provides an overview of using time-differentiated electricity rates to control power system costs from a national perspective. It discusses how electricity pricing has resulted in consumption patterns that do not match production and delivery cost patterns, leading to increasing costs. Dynamic pricing is presented as a way to better align prices with underlying costs. The document covers definitions of dynamic pricing, related rate design issues, potential impacts on different customer groups, enabling technology needs, and transition challenges. It argues dynamic pricing could significantly reduce peak consumption and lower future electricity costs if designed and implemented properly while accounting for different stakeholder impacts.
Case study for enabling net metering as a means of broadening a nations energy mix and facilitating increased investment in the renewable energy sector
The document discusses MACED's approach to promoting clean energy in Appalachia. It notes that the region faces economic distress due to the decline of coal and rising energy costs, creating an opportunity for clean energy growth. MACED's strategies include supporting new clean energy jobs with capital and assistance, creating examples that benefit local communities, and piloting programs to increase energy efficiency. The organization provides capital, technical support, and advocacy to strengthen the clean energy value chain in Appalachia from entrepreneurs to end users.
The document discusses opportunities for smart grid projects under the American Recovery and Reinvestment Act of 2009. It allocated $4.5 billion for smart grid initiatives, including $3.375 billion for Smart Grid Investment Grants and $615 million for Smart Grid Demonstration projects. The grants and demonstrations will fund projects that modernize the electric grid through technologies like integrated communications, sensing/measurement, advanced components, advanced control methods, and improved interfaces. Eligible entities can receive up to 50% of project costs for investments ranging from $500,000 to $20 million.
Implementing Net Metering in the Developing WorldRuchir Punjabi
Distributed Energy (www.de.energy) is a platform to match investors with renewable energy projects. We are always looking for ways to promote renewable energy growth in developing countries. This Powerpoint was prepared as a case study to promote the implementation of net metering in a particular country and examines its feasibility as an enabling policy and to what extent it is designed to foster private investment in renewable energy and broaden the nation’s energy mix. The case study examines and provides evidence to support the implementation of net metering and puts forward a convincing case from an economic, social and environmental standpoint. Country-specific references further indicate how net metering has helped respective countries achieve their energy targets and facilitated a transition towards clean energy.
THE CHALLENGES AND OPPORTUNITIES FOR LOCAL AREA ENERGY SYSTEMS IN THE UK ENER...Peter Jones
In the summer of 2019, the Energy Research Partnership brought together key industry and government stakeholders to conduct a ‘state of the industry’ review of the potential role of local area energy in future UK energy systems.
Local and community level energy systems have been identified as being a significant enabler to achieving the 2050 net zero targets as well as offering improvements to local community transport systems, the environment and social care.
Kuching | Jan-15 | Role of Existing Self-help Electrification in Off Grid are...Smart Villages
The second in our series of workshops designed to gather input from stakeholders involved in existing off-grid projects in Africa, Asia and Latin America. This event is workshop scheduled to be held in Malaysia for the ASEAN countries will be organised by the Academy of Sciences Malaysia (ASM) in collaboration with Universiti Malaysia Sarawak (UNIMAS).
Juhl Energy is a provider of clean energy solutions that develops, owns, and operates wind and solar assets. It has developed over 240 MW of wind projects to date. The presentation discusses Juhl Energy's operating divisions, leadership, growth opportunities through acquisitions of existing wind farms and greenfield development, and the macro trends supporting wind power growth such as state renewable portfolio standards and federal tax incentives.
This document discusses enabling sustainability through demand side management. It provides an overview of EESL, their energy solutions portfolio, and the differences between supply side and demand side management. Demand side management is described as incorporating customer load modification to reduce, add, or change load in partnership with utilities and customers. The document outlines EESL's DSM portfolio targeting sectors like agriculture, buildings, municipalities, and industries. It provides examples of DSM programs including a DSM-based efficient lighting program.
The document discusses policies to promote renewable energy and energy efficiency in Maine. It proposes adopting an energy efficiency procurement model where utilities would be required to purchase all cost-effective energy efficiency. This would remove barriers like legislative approval requirements and allow the Efficiency Maine Trust to administer higher levels of efficiency programs funded through system charges or long-term contracts. Adopting Maine's renewable portfolio standard could meet 20-30% of electricity needs through efficiency investments.
John Lushetsky, Program Manager of the Solar Energy Technologies Program at the DOE Office of Energy Efficiency and Renewable Energy, presented on April 19, 2010 at the GW Solar Institute Second Annual Symposium. more information at http://solar.gwu.edu/Symposium.html
The document discusses barriers to energy efficiency implementation for small and medium enterprises (SMEs) in India and potential solutions. It notes that SMEs face high energy costs but lack access to energy efficient technologies. Barriers include a lack of awareness, data, financing options, and coordination. The Alliance for an Energy Efficient Economy (AEEE) works to address these challenges by collaborating with government agencies, facilitating market transformation, and providing financing and technical solutions tailored for SME clusters.
This document provides an overview of PG&E's demand response programs. It summarizes the benefits of demand response programs, including reducing electrical demand during peak periods, rewarding customer participation, and enabling grid reliability and lower costs. It describes the opportunities for demand response among different customer classes and compares demand response to energy efficiency. The rest of the document details PG&E's various demand response programs, incentives, requirements, historical event data, customer examples, trends, goals and the proposed Peak Day Pricing dynamic rate program.
wind power costing 27 nov 2012 at the Energy Talk, LondonMichael Taylor
The document discusses declining costs of wind power based on a report from IRENA. It finds that wind power costs have dramatically decreased, with onshore wind now competitive with fossil fuels in many countries. Further cost reductions are expected as turbine prices decline and operations and maintenance costs are optimized. While wind power is increasingly affordable, continued policy support may still be needed for efficient renewable energy development. Overall, renewable energy costs are falling faster than expected, posing challenges but also opportunities to shift policy focus.
The document provides background information on Dirk Knapen and the context for renewable energy cooperatives. It discusses opportunities for citizens to participate in sustainable energy production through renewable energy cooperatives. Examples of successful cooperatives are provided, including Ecopower in Belgium, Middelgrunden Wind Turbine Cooperative in Denmark, and EWS Schönau in Germany, to demonstrate how cooperatives can empower citizens and communities to transition to renewable energy.
Home Area Networks: A Preferred Choice for Energy EfficiencyCognizant
The day is here when home area networks (HANs) contribute to energy efficiency for utilities and home users; the way forward will be driven by automated demand response (ADR), automated demand side management (DSM), dynamic pricing, and electric vehicle (EV) charging among other key factors.
How to reach the hard-to-reach (energy users)?Leonardo ENERGY
Energy efficiency is sometimes called "the greatest market failure of all times" - it makes so much sense, is imperative to achieve the energy transition affordably, and yet it remains difficult to achieve the energy efficiency potential that technological and policy innovations promise to deliver. Is this because our technological and policy advances fail to reach all energy users in the same way? We believe that there is a significant percentage of the human population who can be regarded as “hard-to-reach (HTR) energy users”. These are the people policymakers, utility programme managers and research experts often struggle to engage with when designing and rolling out technological and behavioural interventions. Their barriers and needs are different to those "lower hanging fruit" energy users we understand well. This HTR audience segment becomes even larger once we expand from hard-to-reach individuals and groups in the residential, to those in the non-residential, particularly the commercial sector – especially if we look across all fuels and energy services, including mobility. This, potentially very large energy user segment is the focus of this new research collaboration and we present our first findings in this webinar.
Jason Gifford REV 2012 Presentation - Drivers of Change for Distributed Resou...Chris Williams
This document discusses drivers of change for distributed renewable energy resources in Vermont. It notes trends in policies, costs, and financing that are influencing the characteristics and growth of distributed generation projects in the state. Key discussion points include how state policies are changing to promote in-state or emerging technologies, falling technology costs like for solar and wind, and increasing price pressure in renewable energy markets and incentive programs as deployment accelerates.
Karthik Krishna is a research engineer at APSRC who focuses on distributed energy systems, combined heat and power generation, plug-in electric vehicle grid integration, smart grids, and bioenergy. He has an MS in Mechanical Engineering and an MBA from Michigan Tech. He is the co-PI for a project to develop an advanced characterization facility to assess micro-CHP technologies. He is also a member of NIST Smart Grid Interoperability Panel working groups on price communication and electric vehicle integration standards. Karthik was recognized as an exceptional young energy professional and invited to participate in the 2010 Gridweek conference.
Perspectives on Energy Efficiency Opportunities and Strategies:Technology an...Alliance To Save Energy
On September 14, Executive Vice President for Programs Brian Castelli keynoted the Riso International Energy Conference 2009 at the Technical University of Denmark, where he addressed the role of energy efficiency in reducing greenhouse gases (GHG).
e21 Forum on Integrated Systems PlanningTrevor Drake
The document summarizes a forum on integrated systems planning held on December 3rd, 2018. It includes introductions from various participants and organizations involved in energy and environment issues. The forum discussed Phase I and Phase II of the e21 initiative, which aims to have proactive stakeholder engagement on regulatory issues to reduce costs and improve outcomes. Specific topics discussed included improving utility resource planning, key questions around building a reliable and affordable low-carbon grid, and the role of the Minnesota Public Utilities Commission in grid modernization efforts.
The document summarizes renewable energy financing and the role of policy and economics. It discusses how federal and state incentives impact the valuation of renewable energy projects. The value of renewable energy certificates (RECs) is also examined, noting that REC prices depend on compliance markets, regional supply and demand, and long-term policy stability. High REC prices can improve financing but investors face risks related to the energy resource, technology, and the environment. The conclusions state that renewable project valuation depends on incentives to cover costs above electricity revenues and the ability to secure long-term REC contracts.
The global financial crisis has significantly impacted the global economy and energy markets in the short term. However, long term energy challenges related to energy security, sustainability, and alleviating energy poverty remain top priorities. Climate change impacts are also occurring faster than predicted due to continued growth in greenhouse gas emissions from fossil fuels. Achieving long term climate change and energy security goals will require transitioning to more sustainable energy systems through international cooperation and flexible, intelligent infrastructure.
This document summarizes Hugh Gleeson's presentation on energy infrastructure investment and regulation. Some key points include: electricity and gas prices are increasing due to rising costs, aging infrastructure, and growing peak demand. While United Energy benchmarks as efficient, its costs are still rising to meet these demands. The AER has proposed rule changes around setting expenditure allowances, incentive mechanisms, and the cost of capital. United Energy is concerned about a lack of confidence in the price setting process. It argues the rules should work as originally intended and calls for strengthening the AER, consumer advocates, and ensuring robust, evidence-based decision making.
German Energy Transition Workshop-Anna Leidreiter from the World Future CouncilEDAMA
The document discusses Germany's energy transition and renewable energy policies internationally. It was received with interest by other countries as a potential model if successful. Other nations pursuing renewable energy transitions through measures like phasing out nuclear power and setting renewable targets include Ireland, Denmark, Austria, Norway, Sweden, Switzerland, the Netherlands, Belgium, Spain, France, and Japan. The UK and Ontario were highlighted as examples of best practices through policies like feed-in tariffs that increased renewable energy adoption and job growth. International policy trends include more countries setting renewable targets and using incentives like feed-in tariffs that have grown in use over time.
This document provides an overview of energy storage technologies and their potential to transform the power sector. It discusses how energy storage can help integrate renewable energy sources by addressing intermittency issues. A variety of energy storage technologies are described along with their characteristics and applications across the different segments of the power sector value chain. The economics of energy storage technologies are evaluated based on costs and potential benefits. Cost reductions through innovation and the ability to provide multiple stacked services are seen as important factors in developing a favorable business case for energy storage adoption. Regulatory reforms are also highlighted as necessary to fully capture the value that energy storage can provide across the entire power system.
Energy Storage Tracking TechnologiesTransform Power SectorSeda Eskiler
This document provides an overview of energy storage technologies and their potential to transform the power sector. It discusses how energy storage can help integrate renewable energy sources by addressing issues of intermittency and variability. The document analyzes the economics of different energy storage technologies today, including their costs and the benefits they provide for applications in bulk energy, ancillary services, transmission and distribution, consumers, and renewable integration. It also examines technological innovations that could further improve performance and costs. Regulatory reforms are needed to fully realize the value and disruptive potential of energy storage across the entire energy sector.
This document provides an overview of electricity storage technologies, applications, and prospects. It discusses how electricity storage can help integrate renewable energy and support the electric grid. A variety of technologies are described from mature options like pumped hydro to emerging batteries. Near-term battery storage is seen as providing opportunities across the grid while challenges remain for utilities and developers. Rapid growth in electricity storage deployment is forecast this decade across utility, commercial and residential applications.
2012 Tutorial: Markets for Differentiated Electric Power ProductsSean Meyn
ACC 2012 Tutorial
http://accworkshop12.mit.edu
The talk will review the many services needed in today's grid, and those that will be more important in the future. It will also review recent competitive equilibrium theory for the highly dynamic markets that may emerge in tomorrow's grid. In particular, to combat volatility from increasing penetration of renewable energy resources, there will be greater need for regulation services at various time-scales. There is enormous potential to secure these ancillary services via demand response. However, there is an obsession today with the promotion of real time prices to incentivize demand response. All evidence strongly suggests that this is a bad idea: 1) In 2011, massive price swings in the real-time market generated anger in Texas and New Zealand 2) Our own research shows that this is to be expected: in a completive equilibrium real-time prices will reach the choke up price (which was recently estimated at 1/4 million dollars). With transmission constraints, our research concludes that prices can go much higher. 3) A recent EIA study shows that consumers are scared of smart meters - they do not trust utility companies to experiment with their meters, or their power bills. We must then ask, is there any motivation to focus on markets in a real-time setting? The speaker believes there is none. Explanations will be given, and alternative visions will be proposed.
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Systemic Biases in the National Electricity Market
1. Systemic Biases in the NEM
Barriers to Demand-side Participation
Glen Wright
National Electricity Market Advocate
glenw@tec.org.au
TOTAL ENVIRONMENT CENTRE
National Electricity Market Campaign
Suite 2, 89-97 Jones Street, Ultimo, NSW 2007
Ph: 02 9211 5022 | Fax: 02 9211 5033
2. DSP in the NEM
TEC, NEM Report Card (ISF, 2012) v
2
3. Barriers to DSP
Australian Alliance to Save Energy survey of stakeholder perceptions:
1. Lack of coordination
2. No DSP/environmental objective
3. Poor cost reflectivity in electricity prices
4. Utility bias toward centralised supply
5. Competing priorities in utilities
3
5. The National Electricity Objective (NEO)
“To promote efficient investment in, and efficient
operation and use of, electricity services for the long
term interests of consumers of electricity with respect
to –
• price, quality, safety, reliability, and security of supply of
electricity; and
• the reliability, safety and security of the national
electricity system.”
National Electricity Law (Schedule to the National Electricity (South Australia) Act 1996), s.7
5
6. DSP Objective
• The NEM was originally intended to be a two-sided market
• Precursor to the NEM included statement about DSP:
– “Demand Management and renewable energy options are intended to
have equal opportunity alongside conventional supply side options to
satisfy future requirements.”
National Grid Management Council, National Grid Protocol (First Issue 1992)
– “Initial commitments to include the demand side were not followed
through, in either the original version or the current version of the
market rules.”
Crossley, D., ‘Demand-Side Participation in the Australian National Electricity Market: A Brief Annotated History’ (Regulatory Assistance Project 2011) 8
6
7. DSP Objective
• No DSP objective in the current Rules
• Rules only require DSP to be considered, e.g.:
– TNSPs must publish a report when proposing network investment that must include a
description of all credible options for meeting demand, including DSP
– A NSP must not be biased against DSP solutions
• Recent changes have continued this trend, e.g.:
– Demand-side engagement strategy
– Demand-side database
• There is a risk that, without an objective in place, DSP will be considered a
formality rather than a fundamental component of a balanced energy
market
7
8. Environmental Objective
• Same story as DSP – strong environmental goals watered
down in NEM implementation
• In 2001 COAG agreed on goals for the NEM, including:
– “Mitigating local and global environmental impacts, notably greenhouse
impacts, of energy production, transformation, supply and use”
COAG, Energy Policy Details (8 June 2001).
• The Australian Energy Market Agreement (2004) (AEMA) mentioned
environmental concerns, but failed to allocate responsibility to any of the
NEM’s governing bodies
• NEO was implemented in 2005 without environmental objective
8
11. Environmental Objectives in
Other Jurisdictions
• US
– “Assist consumers in obtaining reliable, efficient and sustainable
energy services at a reasonable cost through appropriate regulatory
and market means”
Federal Energy Regulatory Commission, ‘About Us’ <http://www.ferc.gov/about/about.asp>
• Canada
– We regulate pipelines, energy development and trade in the Canadian
public interest… a balance of economic, environmental and social
consideration”
National Energy Board, ‘Strategic Plan’ (2011)
• UK
– “protect the interests of existing and future consumers… having regard
to [security of supply, prudential requirements and] the need to
contribute to the achievement of sustainable development”
Gas Act 1986, s. 4AA, as amended by the Energy Act 2008
11
12. Environmental Objectives in
Other Jurisdictions
• Europe
– “Environmental issues have taken centre stage in the
design of European electricity markets due to the stringent
climate-change mitigation objectives implied by
mainstream climate science and partially reflected in
current E.U. policies”
Federivo, G, The Spanish Gas and Electricity Sector: Regulation, Markets and Environmental Policies (2010)
12
14. Cost Reflectivity of Prices
• Australia has historically had some of the lowest electricity
prices in the world – no incentive to lower use
• This is now changing: prices are increasing as NSPs
(over)invest in infrastructure
– “For many years Australia enjoyed relatively stable electricity prices.
But this situation has changed markedly, with substantial price
increases since 2007. The increases are mostly attributable to rising
charges for energy network”
AER, ‘State of the Energy Market’ (2011)
• Some reduction in demand as a result
14
15. Cost Reflectivity of Prices
• An estimated 94% of residential consumers are on flat or
inclining block tariffs: no sense that cost changes nor any
incentive to vary use in response to market conditions
• While consumers are motivated to participate in demand
response programs for various reasons – including
financial, environmental, or social good – the opportunity to
receive some form of financial benefit appears to be one of
the most important drivers”
Futura Consulting, Investigation of existing and plausible future demand side participation in the electricity market (2011) 87
• Greater cost reflectivity could therefore increase DSP
– Note distinction between residential customers and business/industry customers
• However, there are considerable challenges 15
16. Challenges for Improving Cost Reflectivity
• Improved cost reflectivity in electricity prices will require:
– widespread availability and consumer awareness of pricing options
– incentives for retailers and NSPs to investigate and implement these
initiatives and market them
– consumer protection and compensation frameworks for vulnerable
consumers
– long term contracting arrangements: continuity so consumers are able
to earn a return on investment (particularly true of businesses which
are making large investments in DSP technologies)
• Unforeseen problems can arise, e.g. costs have hampered
efforts to rollout smart meters in Victoria and in the UK
16
17. Challenges for Improving Cost Reflectivity
• “International experience indicates that… modest
time-of-use pricing works best if combined with
real-time communication with customers [this is]
possible if the networks redirected more of their
capital investment to smart meters and smart
grids“
Fanning, E., ‘THE HIDDEN COST OF INFINITE ENERGY (PART 2)’ The Global Mail (7 February 2012)
17
19. Utility Bias
• Generally known that utilities prefer supply-side
solutions
• Why?
– Partly cultural
• “To a large extent, one of the major obstacles continues to be a culture
which favours traditional 'build' engineering solutions and which pays
little more than lip service to alternative options”
IPART, Inquiry into the Role of Demand Management and Other Options in the Provision of Energy Services (Final Report 2002)
– Partly due to biases in regulatory frameworks
• “common perception that the NEM is supply-side focussed and that, as such, DSP is
under-represented in Australian electricity markets”
MCE, Demand-Side Participation in the National Electricity Market (2010)
19
20. Supply-side Bias in the Rules
• Utilities profit by building more infrastructure and increasing
capital expenditure (capex) under the ‘building block’
approach to regulation
– Perverse incentive to increase energy usage
– George Malthabrow (CEO, Ausgrid) says that regulated utilities in
Australia have “absolutely no incentive to drive down energy use”
• Utilities do not make a regulated profit on DSP because it is
considered operating expenditure (opex)
• While NSPs can, in theory, make a saving by undertaking DSP
projects that supplant network expenditure, this means that
the NSP foregoes the addition of the capex to its regulatory
asset base 20
21. Supply-side Bias in the Rules
• Revenue setting process is weighted heavily in favour of NSPs:
facilitates the ‘build’ culture
– This has been noted by IPART, Garnaut and the Regulator
– Rule change process currently in progress to tighten Rules
• No ‘capacity market’ – third party aggregators unable to
participate in the wholesale market for electricity. NSPs have
less options for DSP
• Excessive reliability and security standards driving
expenditure
• Gentailers – incentive to increase electricity throughput 21
23. Recommendations
• Add an environmental objective to the NEO, and implement a DSP
objective/target
• Continue work toward improving cost reflectivity: time of use
pricing, smart meters, removal of price regulation – ensuring protection
for vulnerable consumers
• Increasing the incentives available to NSPs to instigate DSP projects
– UK’s RIIO model of regulation
• Decouple NSP revenue from expenditure
– California’s longstanding decoupling policy
23
24. Recommendations
• Open up the wholesale market for electricity to third party
aggregators
– The AEMC has flatly rejected incorporating discussion of this idea into
its DSP review as it is not intending to ‘fundamentally alter market
design’
• Harmonise reliability and security standards and reduce them
to reflect the value consumers truly place on levels of service
24
26. Progress?
• DSP3: The Power of Choice
– Review of DSP in the NEM
– Focus on pricing
– But: early stages, narrow focus
• Demand Management Incentive Scheme
– demand management innovation allowance: recovery of costs for DSP
projects, fixed amount of revenue at the commencement of each
regulatory year
– recovery of forgone revenue by a DNSP as a result of reductions in the
quantity of energy sold
• Efficiency Benefit Sharing Scheme – amended so as not to
penalise NSPs for investing in DSP 26
27. Progress?
• National Energy Savings Initiative
– Part of the Clean Energy Future Package
– Will require retailers/utilities to assist customers to reduce their
energy use
• Overall, there have generally only been piecemeal changes to
the Rules
• Minor barriers are removed while the tenor of the NEM
remains supply-focused
27
28. “Electricity networks were designed back in the
time of Thomas Edison as a one-way system to
supply power to the customer”
Fanning, E., ‘THE HIDDEN COST OF INFINITE ENERGY (PART 2)’ The Global Mail (7 February 2012)
We need to fundamentally rethink the way we
operate electricity markets and reconceive
them for the 21st century
28
29. Glen Wright
National Electricity Market Advocate
glenw@tec.org.au
TOTAL ENVIRONMENT CENTRE
National Electricity Market Campaign
Suite 2, 89-97 Jones Street, Ultimo, NSW 2007
Ph: 02 9211 5022 | Fax: 02 9211 5033