This document summarizes a research report on advancing energy management through smart metering systems from an operational perspective. The report discusses the limitations of traditional electricity meters and how smart meters can help overcome issues by providing consumers with more information on their energy usage. It outlines the objectives of the study, which include analyzing currently deployed smart metering systems, suggesting improvements, and studying consumer energy usage behaviors. The report also reviews the evolution of electricity meters and discusses the costs and benefits of smart metering systems for consumers and electricity suppliers.
This document provides an overview of traditional electricity grids and introduces smart grid systems. It discusses problems with traditional grids like blackouts and inefficiencies. The smart grid aims to address these through advanced infrastructure, metering, monitoring, management and communication technologies. This allows for two-way communication between energy producers and consumers, integrated renewable energy, automated maintenance and self-healing of outages. The document outlines India's plans to adopt smart grid technologies and analyzes barriers to implementation like high costs and security risks. Overall, smart grids are expected to improve energy efficiency, reliability and consumers' ability to manage their energy usage.
A smart grid uses digital communication technologies to improve the efficiency, reliability, and sustainability of electricity production and distribution. It allows for automated and two-way communication between suppliers and consumers of electricity. Key features include implementing an advanced metering infrastructure with smart meters, data concentrators, communication networks, and management systems. This provides benefits like reduced transmission and distribution losses, improved power quality and reliability, and increased integration of renewable energy.
The document discusses smart grids and the business case for them in India. It begins with defining smart grids and comparing them to traditional grids. It then discusses the market definition and overview, including the various components of a smart grid and their advantages over traditional systems. Following this, the document outlines the market size and trends in India, including growth forecasts and government investment plans. It also discusses the various players involved in the different areas of the smart grid ecosystem and potential partners for collaboration.
Q1: How do smart grids differ from current electricity infrastructure in the United States?
2. What management, organization, and technology issues should be considered when developing a smart grid?
3. What challenge to the development of smart grids do you think is most likely to hamper their development?
4. What other areas of our infrastructure could benefit from “smart” technologies? Describe one example not listed in the case.
5. Would you like your home and your community to be part of a smart grid? Why or Why not?
This document summarizes a research report on advancing energy management through smart metering systems from an operational perspective. The report discusses the limitations of traditional electricity meters and how smart meters can help overcome issues by providing consumers with more information on their energy usage. It outlines the objectives of the study, which include analyzing currently deployed smart metering systems, suggesting improvements, and studying consumer energy usage behaviors. The report also reviews the evolution of electricity meters and discusses the costs and benefits of smart metering systems for consumers and electricity suppliers.
This document provides an overview of traditional electricity grids and introduces smart grid systems. It discusses problems with traditional grids like blackouts and inefficiencies. The smart grid aims to address these through advanced infrastructure, metering, monitoring, management and communication technologies. This allows for two-way communication between energy producers and consumers, integrated renewable energy, automated maintenance and self-healing of outages. The document outlines India's plans to adopt smart grid technologies and analyzes barriers to implementation like high costs and security risks. Overall, smart grids are expected to improve energy efficiency, reliability and consumers' ability to manage their energy usage.
A smart grid uses digital communication technologies to improve the efficiency, reliability, and sustainability of electricity production and distribution. It allows for automated and two-way communication between suppliers and consumers of electricity. Key features include implementing an advanced metering infrastructure with smart meters, data concentrators, communication networks, and management systems. This provides benefits like reduced transmission and distribution losses, improved power quality and reliability, and increased integration of renewable energy.
The document discusses smart grids and the business case for them in India. It begins with defining smart grids and comparing them to traditional grids. It then discusses the market definition and overview, including the various components of a smart grid and their advantages over traditional systems. Following this, the document outlines the market size and trends in India, including growth forecasts and government investment plans. It also discusses the various players involved in the different areas of the smart grid ecosystem and potential partners for collaboration.
Q1: How do smart grids differ from current electricity infrastructure in the United States?
2. What management, organization, and technology issues should be considered when developing a smart grid?
3. What challenge to the development of smart grids do you think is most likely to hamper their development?
4. What other areas of our infrastructure could benefit from “smart” technologies? Describe one example not listed in the case.
5. Would you like your home and your community to be part of a smart grid? Why or Why not?
Utilities in the US have been deploying smart meters to implement energy efficiency programs and encourage sustainable energy use. A power company installed over 2 million smart meters across the US at a cost of $1 billion or about $29,000 per meter. They aimed to ensure accurate meter reading, enable remote reading, reduce theft and errors, and implement time-of-use pricing and energy savings programs. Customers pay monthly for smart meters but some resisted, so an opt-out fee was added to incentivize adoption. A demand response program notified customers of peak rates and times to reduce usage and costs.
English version presentation VREG Round table 2010-10-5 smart metersDirk Van Evercooren
Introductory presentation for the round table on smart metering in Flanders. Survey results for households and small and medium business energy customers.
The document discusses smart grids and their challenges. It defines a smart grid as a modernized electrical grid that uses communications technology to improve efficiency. Key aspects of smart grids include reliability, efficiency, load balancing, sustainability, and two-way power and data flows. However, challenges include inadequate existing infrastructure, intermittent renewable resources, and regulatory policies around pricing. Overall, smart grids aim to enable active consumer participation, accommodate diverse energy sources, and operate resiliently.
The document discusses the history and development of smart energy and smart grids. It began with the 2003 Northeast blackout and was expanded by the 2007 Energy Independence and Security Act. The Act included titles on energy security, biofuels, transportation infrastructure, small business programs, and smart grids. Traditional electric utilities involved one-way energy flows with little information, while smart grids enable two-way communication and energy flows from various sources like solar and wind power. The document also discusses energy demand and pricing trends, wind energy growth in Denmark, various methods of energy storage, refrigerator and lighting energy usage trends in the US, goals to reduce CO2 emissions, the increase in energy regulation like the EPA's Clean Power Plan, the declining costs of
What is a Smart Grid?
The Smart Grid Enables the ElectriNetSM
Local Energy Networks
Electric Transportation
Low-Carbon Central Generation
What Should Be the Attributes of the Smart Grid?
Why Do We Need a Smart Grid?
Is the Smart Grid a “Green Grid”?
Alternative Views of a Smart Grid
Context of smart grids in india knowledge paper of india smart grid day 2013L&C
This document discusses regulatory support needed for smart grid projects in India. It outlines three key areas of regulatory focus: economic regulation, safety and standards, and awareness and capacity building. Some challenges in these areas include the lack of optimal tariff design, investment approval mechanisms, interoperability standards, cyber security standards, and consumer awareness. Suggested interventions include introducing time-of-use tariffs, facilitating investment approvals, developing interoperability and cyber security standards, and conducting capacity building and consumer education programs. State regulatory commissions can support smart grid projects by leveraging factors in the Electricity Act that encourage competition, efficiency and optimal investments.
The document discusses smart grids and the integration of renewable energy sources and electric mobility into power systems. It covers advanced energy management tools, cost benefit analysis of smart grid projects, and life cycle assessment of smart grid projects. Specifically, it summarizes a study on an energy management system called IREMS that optimally manages generators, loads, and storage in microgrids. It also provides an overview of guidelines for conducting cost-benefit analysis of smart grid projects, and analyzes a case study of a project called REVE that aimed to use electric vehicles for energy storage to improve the electricity network's load factor.
Smart Grid: Definition
• Need of smart grid
• Smart grid functions
• How Smart Grid Works
• Smart Grid: Benefits
• Smart grid components and its Benefits
• Issues and Challenges
• Opportunities in future
• Smart Grid Projects in India and Gujarat
• Question-Answer
• References
This document discusses smart grids and sustainable development from a regulatory and operational perspective. It covers topics such as:
- The definition of sustainable development and how smart grids can enable a more sustainable power sector.
- India's current energy scenario including low per capita consumption, generation and transmission issues, and the need to reduce dependence on coal for sustainable development and energy security.
- How smart grid technologies like sensors, automation, and two-way communication can help address existing issues in generation, transmission, distribution and with consumers.
- The key drivers for smart grids in India from the perspective of utilities, customers and government/regulators. The objectives are to achieve cost recovery and customer value for utilities, and cost
June 15, 2011
Audrey Zibelman's presentation from America’s Sustainable Future: How U.S. Cities Are Making Energy Work, an invitational conference of public-private partnership efforts from U.S. cities pursuing innovative energy management and smart grid initiatives. The assembled leaders in industry, research and policy-making will explore the diverse energy strategies emerging in Philadelphia and across the United States.
“We’re really looking forward to both learning from the great examples set by other cities represented in the conference, and showing off the groundbreaking work happening right here in Philadelphia,” says Laurie Actman, Viridity Energy’s director of strategic partnerships and public policy.
“With smart ideas and smart policy, we should be able to build support for smart grid projects and microgrids at the federal, state and local level.”"Energy technology is changing at such a rapid pace, it's crucial to examine who's doing it right in smart grid and microgrid projects all around the country," says Eugenie Birch, Penn IUR co-director.
"With the right policy moves—which we'll be exploring at the conference—Philadelphia can be a national leader in energy innovation," noted Susan Wachter, Penn IUR co-director.
This document discusses smart grids, which aim to make the electricity delivery system more efficient and sustainable. It describes how smart grids use two-way communication and automation to better manage generation, transmission and distribution of electricity. This allows for things like demand response, reduced carbon emissions and more reliable power. Key components of smart grids are discussed like smart meters, sensors, distributed generation and control centers. Challenges to implementing smart grids are also outlined.
OVERVIEW
WHAT IS SMART GRID?
NEED OF SMART GRID IN INDIAN CONTEXT.
SMART GRID ATTRIBUTES.
INDIAN GOVERNMENT INTIATIVE TOWARDS SMART GRID
SMART GRID PROJECTS IN INDIA.
INDIAN GOVT. APPROVED PROJECTS.
PRESENT STATUS OF PROJECTS
BARRIERS TO SMART GRID IMPLEMETATION
LAYOUT OF SMARTGRID
CONCLUSION
REFRERENCES
The document discusses the pros and cons of implementing a price cap for electricity in India. It notes that while price caps can prevent supplier market power and price gouging, they can also reduce supply and investment if set too low. International experience shows that price caps are not effective long-term solutions and often trap governments into higher subsidies over time. The document analyzes electricity market data from India and concludes that widespread intervention may not be needed given most power is sold through long-term contracts and exchange prices impact a small percentage of the overall market. Demand response and better regulation of distribution companies are presented as alternatives to consider before implementing a price cap.
ENHANCEMENT OF ELECTRICAL ENERGY EFFICIENCY BY “INTERNET OF THINGS” IAEME Publication
This paper goals at studying the place and possible contribution of “Internet of Things” (IoT) in the context of the EU’s ambitious climate and energy targets for 2020.
Using qualitative procedure, we are mainly concentrating on Demand Side Management (DSM) as an effective method in balancing the load of Electrical Distribution Networks.
The role of IoT in DSM is to enable and enhance electrical energy peak demand reduction and its maximum uniform time-distribution achieved through society’s eco- education.
Using computational tools such as Data Mining and Recommender System we can achieve results at the level of electrical energy distribution network reflected in peak reduction and its uniform time distribution.
A presentation on "Big Data in Smart Grid" by MSc students at the University of Bradford, submitted as a part of coursework. It addresses the challenges, opportunities and issues related to Big Data and Data Protection in Smart Grid.
The document discusses smart grids, which are developing networks of energy systems that allow for two-way communication between suppliers and consumers. Some key points:
- Cities use 75% of the world's energy and 400 kWh are wasted currently.
- Smart grids would create 370,000 new jobs and allow consumers to get feedback on their energy usage in real-time to reduce consumption.
- When developing smart grids, management of consumer privacy, well-structured implementation to avoid negatively impacting energy companies, and developing new communication and sensor networks are important issues to consider.
- The biggest challenges to implementing smart grids are the large costs and effort required to completely change a country's energy infrastructure and ensure consumers understand
Christophe Dromacque, VaasaETT: Overview of European residential markets - Fo...VaasaETT
This document provides an overview of residential energy markets in Europe, with a focus on Central and Eastern European countries. It includes:
- An introduction to VaasaETT, an energy think tank, and their Household Energy Price Index (HEPI) for monitoring energy prices.
- Details on developments in HEPI, including price trends excluding taxes across the EU.
- Insights into indicators of energy affordability and market competition across Europe.
- An outline of the discussion sections at the end, touching on potential topics like SME prices and the aims of HEPI.
Presentation given in the final meeting of the project "Energy Efficiency Policies: a Worldwide Panorama", which was conducted under the guidance of the Energy Efficiency Policies & Technologies Knowledge Network. Date: 27-28 May 2013 in cooperation with WEC, CFE & ADEME.
Case study on innovation smart billing for household consumers and its main findings
Utilities in the US have been deploying smart meters to implement energy efficiency programs and encourage sustainable energy use. A power company installed over 2 million smart meters across the US at a cost of $1 billion or about $29,000 per meter. They aimed to ensure accurate meter reading, enable remote reading, reduce theft and errors, and implement time-of-use pricing and energy savings programs. Customers pay monthly for smart meters but some resisted, so an opt-out fee was added to incentivize adoption. A demand response program notified customers of peak rates and times to reduce usage and costs.
English version presentation VREG Round table 2010-10-5 smart metersDirk Van Evercooren
Introductory presentation for the round table on smart metering in Flanders. Survey results for households and small and medium business energy customers.
The document discusses smart grids and their challenges. It defines a smart grid as a modernized electrical grid that uses communications technology to improve efficiency. Key aspects of smart grids include reliability, efficiency, load balancing, sustainability, and two-way power and data flows. However, challenges include inadequate existing infrastructure, intermittent renewable resources, and regulatory policies around pricing. Overall, smart grids aim to enable active consumer participation, accommodate diverse energy sources, and operate resiliently.
The document discusses the history and development of smart energy and smart grids. It began with the 2003 Northeast blackout and was expanded by the 2007 Energy Independence and Security Act. The Act included titles on energy security, biofuels, transportation infrastructure, small business programs, and smart grids. Traditional electric utilities involved one-way energy flows with little information, while smart grids enable two-way communication and energy flows from various sources like solar and wind power. The document also discusses energy demand and pricing trends, wind energy growth in Denmark, various methods of energy storage, refrigerator and lighting energy usage trends in the US, goals to reduce CO2 emissions, the increase in energy regulation like the EPA's Clean Power Plan, the declining costs of
What is a Smart Grid?
The Smart Grid Enables the ElectriNetSM
Local Energy Networks
Electric Transportation
Low-Carbon Central Generation
What Should Be the Attributes of the Smart Grid?
Why Do We Need a Smart Grid?
Is the Smart Grid a “Green Grid”?
Alternative Views of a Smart Grid
Context of smart grids in india knowledge paper of india smart grid day 2013L&C
This document discusses regulatory support needed for smart grid projects in India. It outlines three key areas of regulatory focus: economic regulation, safety and standards, and awareness and capacity building. Some challenges in these areas include the lack of optimal tariff design, investment approval mechanisms, interoperability standards, cyber security standards, and consumer awareness. Suggested interventions include introducing time-of-use tariffs, facilitating investment approvals, developing interoperability and cyber security standards, and conducting capacity building and consumer education programs. State regulatory commissions can support smart grid projects by leveraging factors in the Electricity Act that encourage competition, efficiency and optimal investments.
The document discusses smart grids and the integration of renewable energy sources and electric mobility into power systems. It covers advanced energy management tools, cost benefit analysis of smart grid projects, and life cycle assessment of smart grid projects. Specifically, it summarizes a study on an energy management system called IREMS that optimally manages generators, loads, and storage in microgrids. It also provides an overview of guidelines for conducting cost-benefit analysis of smart grid projects, and analyzes a case study of a project called REVE that aimed to use electric vehicles for energy storage to improve the electricity network's load factor.
Smart Grid: Definition
• Need of smart grid
• Smart grid functions
• How Smart Grid Works
• Smart Grid: Benefits
• Smart grid components and its Benefits
• Issues and Challenges
• Opportunities in future
• Smart Grid Projects in India and Gujarat
• Question-Answer
• References
This document discusses smart grids and sustainable development from a regulatory and operational perspective. It covers topics such as:
- The definition of sustainable development and how smart grids can enable a more sustainable power sector.
- India's current energy scenario including low per capita consumption, generation and transmission issues, and the need to reduce dependence on coal for sustainable development and energy security.
- How smart grid technologies like sensors, automation, and two-way communication can help address existing issues in generation, transmission, distribution and with consumers.
- The key drivers for smart grids in India from the perspective of utilities, customers and government/regulators. The objectives are to achieve cost recovery and customer value for utilities, and cost
June 15, 2011
Audrey Zibelman's presentation from America’s Sustainable Future: How U.S. Cities Are Making Energy Work, an invitational conference of public-private partnership efforts from U.S. cities pursuing innovative energy management and smart grid initiatives. The assembled leaders in industry, research and policy-making will explore the diverse energy strategies emerging in Philadelphia and across the United States.
“We’re really looking forward to both learning from the great examples set by other cities represented in the conference, and showing off the groundbreaking work happening right here in Philadelphia,” says Laurie Actman, Viridity Energy’s director of strategic partnerships and public policy.
“With smart ideas and smart policy, we should be able to build support for smart grid projects and microgrids at the federal, state and local level.”"Energy technology is changing at such a rapid pace, it's crucial to examine who's doing it right in smart grid and microgrid projects all around the country," says Eugenie Birch, Penn IUR co-director.
"With the right policy moves—which we'll be exploring at the conference—Philadelphia can be a national leader in energy innovation," noted Susan Wachter, Penn IUR co-director.
This document discusses smart grids, which aim to make the electricity delivery system more efficient and sustainable. It describes how smart grids use two-way communication and automation to better manage generation, transmission and distribution of electricity. This allows for things like demand response, reduced carbon emissions and more reliable power. Key components of smart grids are discussed like smart meters, sensors, distributed generation and control centers. Challenges to implementing smart grids are also outlined.
OVERVIEW
WHAT IS SMART GRID?
NEED OF SMART GRID IN INDIAN CONTEXT.
SMART GRID ATTRIBUTES.
INDIAN GOVERNMENT INTIATIVE TOWARDS SMART GRID
SMART GRID PROJECTS IN INDIA.
INDIAN GOVT. APPROVED PROJECTS.
PRESENT STATUS OF PROJECTS
BARRIERS TO SMART GRID IMPLEMETATION
LAYOUT OF SMARTGRID
CONCLUSION
REFRERENCES
The document discusses the pros and cons of implementing a price cap for electricity in India. It notes that while price caps can prevent supplier market power and price gouging, they can also reduce supply and investment if set too low. International experience shows that price caps are not effective long-term solutions and often trap governments into higher subsidies over time. The document analyzes electricity market data from India and concludes that widespread intervention may not be needed given most power is sold through long-term contracts and exchange prices impact a small percentage of the overall market. Demand response and better regulation of distribution companies are presented as alternatives to consider before implementing a price cap.
ENHANCEMENT OF ELECTRICAL ENERGY EFFICIENCY BY “INTERNET OF THINGS” IAEME Publication
This paper goals at studying the place and possible contribution of “Internet of Things” (IoT) in the context of the EU’s ambitious climate and energy targets for 2020.
Using qualitative procedure, we are mainly concentrating on Demand Side Management (DSM) as an effective method in balancing the load of Electrical Distribution Networks.
The role of IoT in DSM is to enable and enhance electrical energy peak demand reduction and its maximum uniform time-distribution achieved through society’s eco- education.
Using computational tools such as Data Mining and Recommender System we can achieve results at the level of electrical energy distribution network reflected in peak reduction and its uniform time distribution.
A presentation on "Big Data in Smart Grid" by MSc students at the University of Bradford, submitted as a part of coursework. It addresses the challenges, opportunities and issues related to Big Data and Data Protection in Smart Grid.
The document discusses smart grids, which are developing networks of energy systems that allow for two-way communication between suppliers and consumers. Some key points:
- Cities use 75% of the world's energy and 400 kWh are wasted currently.
- Smart grids would create 370,000 new jobs and allow consumers to get feedback on their energy usage in real-time to reduce consumption.
- When developing smart grids, management of consumer privacy, well-structured implementation to avoid negatively impacting energy companies, and developing new communication and sensor networks are important issues to consider.
- The biggest challenges to implementing smart grids are the large costs and effort required to completely change a country's energy infrastructure and ensure consumers understand
Christophe Dromacque, VaasaETT: Overview of European residential markets - Fo...VaasaETT
This document provides an overview of residential energy markets in Europe, with a focus on Central and Eastern European countries. It includes:
- An introduction to VaasaETT, an energy think tank, and their Household Energy Price Index (HEPI) for monitoring energy prices.
- Details on developments in HEPI, including price trends excluding taxes across the EU.
- Insights into indicators of energy affordability and market competition across Europe.
- An outline of the discussion sections at the end, touching on potential topics like SME prices and the aims of HEPI.
Presentation given in the final meeting of the project "Energy Efficiency Policies: a Worldwide Panorama", which was conducted under the guidance of the Energy Efficiency Policies & Technologies Knowledge Network. Date: 27-28 May 2013 in cooperation with WEC, CFE & ADEME.
Case study on innovation smart billing for household consumers and its main findings
Potential of residential Demand Response and smarter homes: some answers from a mass pilot comparison. Presentation associated to Smart Power Europe 2011 and given in Copenhagen on 8th Nov 2011.
This document provides tips for promoting quizzes and surveys. It recommends that quizzes and surveys are easier to promote than other content because they are more engaging, shared more often, and naturally viral. It stresses that the quiz or survey must be good quality with a variety of questions at an appropriate difficulty level and meaningful outcomes. Promotion methods include adding sharing buttons, asking for entries on forums and social media while following etiquette, offering certifications, building incentives for users, listing on quiz directories, and creating paid ads emphasizing user input. Publishing findings from collected data can also help promotion.
CDO provides training and human resource services through three divisions: training and development, HR consultancies, and partnering with schools and universities for studying abroad. It aims to provide high quality, cost effective services to corporate, industrial, and student customers seeking local or international training, HR assistance, or studying abroad opportunities. CDO offers a wide range of programs and HR services and works with foreign partners and esteemed domestic clients.
This presentation was given as part of the April 21, 2010 Northwest Clean Energy Resource Team meeting on Smart Grid Technology in Northwest Minnesota.
This document outlines various software solutions for managing corporate performance, projects, assets, and business processes for organizations involved in designing, supplying, installing, constructing, maintaining, refurbishing and decommissioning facilities. It includes solutions for financial management, project management, asset management, human resources, health and safety, procurement, supply chain management, and plant operations optimization.
Smart meters are electrical meters that record energy consumption in intervals of hours or less. They communicate usage data wirelessly to utilities for monitoring and billing. Smart meters enable two-way communication between meters and utilities, allowing utilities to remotely read usage, connect/disconnect service, and detect outages. While smart meters alone do not constitute a smart grid, they support smart grid capabilities like demand response by providing time-based usage data. Smart meters provide benefits to both consumers and utilities through more accurate billing, outage alerts, remote payment options, and tools for consumers to manage energy use.
Smart meters are advanced electric meters that allow two-way communication between the utility and customers. They provide benefits like more accurate billing, outage detection, and potential cost savings through time-based pricing programs. However, some are concerned about the health effects of the radiofrequency radiation emitted by smart meters and their mesh networks. Opponents argue that smart meters increase overall radiation exposure and fossil fuel usage compared to traditional analog meters. The World Health Organization has classified radiofrequency electromagnetic fields as possibly carcinogenic to humans based on some evidence of increased cancer risk from cell phone use.
The document discusses smart meters and the smart grid. It defines the electric grid and how smart grids modernize it using communication technologies. Smart meters are two-way communicating electric meters that provide more detailed energy usage data to utilities in real-time. They are different than conventional meters by being bi-directional and able to connect to home networks and the smart grid. The benefits of smart meters include more accurate billing, outage detection, load management capabilities, and energy savings.
This document summarizes a webinar on opportunities for customer relationship management (CRM) in the smart grid. The webinar featured a panel of experts discussing topics like the consumer experience with smart meters and pricing programs, opportunities for utilities to provide customers with energy usage information and pricing choices, and challenges and opportunities for CRM in educating customers and protecting privacy as the smart grid develops. The panelists represented utilities, technology companies, and consulting organizations.
This document discusses smart grids and consumer engagement. It defines smart grids as electricity networks that can intelligently integrate the behavior of generators, consumers, and prosumers to efficiently deliver sustainable, economic, and secure electricity. The document discusses how changing energy usage and generation requires more intelligent energy systems. It also summarizes strategies used in Vaxjo, Sweden to engage consumers and encourage energy efficient behavior through tools like EnergiKollen that gamified energy usage data. The document concludes that smart grids can help consumers manage costs as energy systems transition to being more low-carbon and distributed.
This document discusses monetizing home energy management through connected devices and the Internet of Things. It provides context on the importance of home energy management and drivers for growth. It then outlines AlertMe's positioning in the market, how its technology platform works, business models for home energy management, and factors to consider for successful monetization like providing valuable services to consumers and innovative propositions beyond single products or subscriptions.
1. The document discusses how smart grids can help address issues around energy security, affordability, and reducing emissions through outcomes like managing demand, improving efficiency, reducing costs and price volatility.
2. It defines smart meters and smart grids, noting that smart meters are the first step and will provide consumers information to influence behavior, with the long term goal of enabling automation and demand management.
3. The impact on consumers in the near term could be choice in tariffs and time-of-use pricing and energy services, but much depends on engaging consumers to change behaviors and trusting utilities to control aspects of energy use.
All North American utilities will adopt smart metering and advanced metering infrastructure (AMI) to some degree in the near future. While some utilities will take a minimal approach, more visionary companies will use smart metering as an opportunity to positively influence their future. Most utilities favor taking the latter, more innovative approach based on programs seen throughout North America. Implementing smart metering programs presents both business strategy challenges and technology issues for utilities to navigate. Utilities that view smart metering solely as a means to improve revenue management are missing opportunities, as effective programs leverage investments to support broader benefits and market efficiency. Partnerships will be key to ensuring smart metering initiatives succeed in meeting utilities' goals.
The document discusses the adoption of smart metering and advanced metering infrastructure (AMI) by North American utilities. It states that while some utilities will take a minimal compliance-based approach, more visionary companies will see smart metering as an opportunity to positively influence their future. It outlines the benefits of smart metering programs that go beyond basic meter reading to leverage investments and benefit all electricity market participants. Key challenges include influencing consumer behavior and integrating new technology and data with legacy utility systems. Effective smart metering solutions require coordinated implementation of meters, communications systems, data management and other components. Utilities are advised to partner with experienced providers to ensure successful smart metering initiatives.
SMi Group's 3rd annual Meter Asset Management 2016 conferenceDale Butler
This document provides information about the 3rd annual Meter Asset Management conference taking place on June 20-21, 2016 in London. It includes details about registration, discounts for booking early, speakers, sessions, sponsors and exhibitors. The conference will focus on optimizing asset management and preparing for the evolution of smart meters by discussing topics such as smart meter implementation programmes, progress in different countries, using smart meter data to influence customer behavior and determining asset life. A half-day workshop on smart meter asset management through data use will also be held on June 22nd.
Applying behavioural insights to demand side energy policies and programmes: ...Leonardo ENERGY
1) The document discusses how behavioural insights can support energy policy by identifying behavioural barriers and designing policies to address them. It analyzes over 40 case studies applying behavioural insights across residential, transport, and business sectors.
2) Key examples include providing home energy use feedback to encourage conservation, goal-setting programs for demand response, and simplifying energy labels. Studies found feedback reduced energy use by 1.5-6%, while goals and challenges cut energy use up to 42% during events.
3) The analysis found most applications are pilots rather than full policies or programs. It also noted opportunities to better leverage tools like defaults, rewards, and social norms. Expanding successful household programs and prompting business investment
Indigo Advisory Group provides strategy, technology, and innovation services to utilities and energy companies to help them manage the transformation of the energy industry. This document highlights trends impacting utilities, emerging strategies, new technologies being invested in, and Indigo's services including utility analytics, emerging technologies assessments, grid transformation support, and strategic consulting. Indigo employs tools like UtiliAPP to help utilities prioritize analytics investments and emerges as an expert advisor for utilities navigating uncertainty created by new technologies and regulations.
Transformation Tools for Utilities | Indigo Advisory GroupDavid Groarke
This pivotal moment of transformation in the utility industry is providing large scale and unprecedented opportunity for traditional power providers and those operating at the edge of the grid. In this capability primer, we highlight some of the broader industry technology trends and the resulting tools, approaches and insights that Indigo Advisory Group employs to help utilities navigate uncertainty and create the right strategies.
Josie Gough Innovate UK Sustainability and Funding Opportunities low carbon i...The Future Economy Network
Josie Gough is the Regional Manager for South West England at Innovate UK. The document discusses Innovate UK's role in funding business-led innovation and connecting businesses to opportunities. It provides information on various Innovate UK funding programs such as the Industrial Strategy Challenge Fund, innovation loans, and Knowledge Transfer Partnerships. The document also summarizes upcoming funding competitions focused on developing smart local energy systems and growing cities sustainably.
Case Study: It’s All About Data – And the CustomerJill Kirkpatrick
Utilities are unlocking the power of data by coordinating forms of information across organizational departments, applications and databases to personalize their services and put customer at the center of their businesses
enCOMPASS: Pitch at Sustainable Places Conference 2019encompassH2020
This document discusses a solution called enCOMPASS that aims to help consumers reduce their energy usage through increased awareness, personalized recommendations, and gamified incentives. It was presented at the Sustainable Places Conference. The solution combines smart home technologies, analytics, and recommendations to help consumers save up to 10% on energy costs while learning about their energy usage and environmental impacts. It also benefits utility companies by providing customer insights. The document requests investment to further develop the solution and bring it to market.
Capgemini ses - smart metering pov 2007 (gr)Gord Reynolds
The document discusses how utilities in North America will need to adopt smart metering and advanced metering infrastructure to some degree due to regulatory mandates. It argues that utilities should leverage smart metering as an opportunity to positively influence their business by embracing a fresh approach to managing peak demand and system security. This will require benefits that motivate consumer conservation, business cases that look beyond meter-to-cash processes, and market transparency. The document outlines the key components needed for an effective smart metering solution and argues that utilities should partner with experienced providers to ensure program success.
Energy efficiency programs that focus on changing consumer behavior can significantly reduce energy usage and peak demand. Successful programs make energy usage visible and provide feedback, incentives, and a social platform to encourage conservation behaviors. Engaging customers through personalized recommendations, goal setting, competitions, and rewards can increase savings versus traditional rebate-focused programs. Large-scale data analysis is needed to accurately measure total program impacts compared to control groups not receiving behavior-based interventions.
How to make a metering system work! and what still needs to be done canice emekaCANICE EMEKA
Metering is the Pivot of Power Distribution. To get it right we must first of all understand how it works and put the right plans and strategies in place in order to make it successful. Here we talked about what makes a metering System Work and the future of Metering.
Utility megatrends and contact center transformationsGridgal
The traditional utility business model is undergoing profound transformations. How will these changes impact Utility Contact Centers? Learn about the impacts and how to leverage them to your utility's advantage.
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Dr. Sean Tan, Head of Data Science, Changi Airport Group
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1. Don’t leave your customers behind:
Explore secrets to demonstrating smart meter value for customers
Thursday, 15 October 2015
2. Today’s topics
1 | State of deployments: Globally and ANZ
2 | Smart meter engagement: Learnings
3 | Smart meter engagement: A framework
4 | Putting it all together: A blueprint for success
5 | Visions for Customer Engagement in the Utility Industry
3. VaasaETT overview
Supporting Consumer
Centric Energy Markets
& Solutions
Consumers Markets Offerings
CONSUMERS
18 years of ground breaking research into
energy consumer behaviour in liberalised
energy markets
MARKETS
Nearly Every liberalised market (and others)
tracked since the onset of competition.
OFFERINGS
Monitoring of what is offered to consumers
around the world, how and with what
success.
7. State of deployments: Europe
• 80% smart electricity meters by 2020
(approx. 200m elec. smart meters
and 45m gas)
• Total installation estimated 154.7
million by 2017.
• Consumer response mixed
• Websites, emails, information
campaigns, newsletters, site visits
and phone calls etc. at time of
installation of a new meter are the
most common type of consumer
communication
Source: European
Commission, 2015
8. State of deployments: USA
Expected smart meter deployment by US state in 2015
• >50m smart meters deployed in
the U.S as of end 2014.
• 30 of the largest utilities in the U.S.
have fully deployed smart meters
• Several states have implemented
policies that allow customers to
opt out
• The number of customers that
have officially requested to opt-
out of a smart meter installation is
low (according to IEI 2014 Smart
Meter survey)
Source: IEI 2014, VaasaETT Analysis
9. State of deployments: ANZ
Australia
NEM
(non Vic)
• New rules in 2017
• Opt-out for new meter (new
homes, upgrades and
replacement)
• Opt-in for the rest (mostly related
to the new offerings)
• NSW has recently announced a
voluntary market-led rollout.
• AGL has started rolling out prior to
the new Rules in South Australia
Victoria • Completed the full roll-out
• 2.8 million meters installed
• Mandated roll-out
Result Very negative in VIC, Negative
elsewhere so far
New Zealand
Status • 1.26 million smart meters deployed
(about 72% of the total meters)
• Commenced in 2015; expected to
complete in 2018
• Averagely 17,000 meters/month
Approach Market-led, Opt-in
Result • Generally positive on public
feedback and ROI
• Limited resistance from a few minor
groups (e.g. conspiracy theorists)
10. Audience Question #1
In your view, which area will see the most significant value from
current and future smart meter deployments in Australia and New
Zealand?
1. Customer-driven value added services
2. Demand side management
3. Operational savings and grid reliability
4. Integration of renewables & distributed generation
11. Today’s topics
1 | State of deployments: Globally and ANZ
2 | Smart meter engagement: Learnings
3 | Smart meter engagement: A framework
4 | Putting it all together: A blueprint for success
5 | Visions for Customer Engagement in the Utility Industry
14. Because Customers Are Pre-Disposed
• Automatic outage detection, restoration and SMS
notifications
• Accurate Bills (not estimated)
• In-home display
• Energy alerts
• Cheaper costs when moving house
• Smoother switching between retailers
• Flexible pricing
• Smart appliances / smart thermostats
• Solar: monitor what percentages of solar and
mains electricity you are using and change usage
patterns to take advantage of your solar
generation.
• Allows power companies to sack thousands of meter
readers, increase charges and remotely control electricity
supply for their financial advantage.
• Give no real benefits for customers who have paid power
companies over $2 billion towards the cost of meter
installations.
• Allows power companies to force peak tariffs charges onto
customers, increasing the costs to people who can least
afford it.
• Allows power companies to remotely control home
appliances.
• Cause thousands of people who are sensitive to microwave
radiation to suffer health ailments including headaches,
insomnia, heart palpitations, ringing in the ears, fatigue and
other health issues.
15. Only Experience Changes Perceptions
Storuman Energi, Sweden
Flick, New Zealand
Tempus, Great Britain
Origin, Australia
Chamelian, UK
16. Only Experience Changes Perceptions
Source: AGL
Source: Opower & Mercury Energy
Mixed success, huge
potential
17. Source: ADVANCED FP7 Project, 2014
Insights which questions old beliefs…
DO NOT JUST FOCUS
ON HIGH BILLS
Simply paying attention to
energy use because of a
high cost actually reduces
a customer’s propensity to
participate in Active
Demand programs…
18. Source: ADVANCED FP7 Project, 2014
Insights which questions old beliefs…
FOCUS ON
PERSONALISED
UNDERSTANDING
Only when the
communication effort was
personalized and a better
understanding about
energy consumption
achieved did people
become positive about
smartening their energy
usage…
19. Insights: What Works?
1. Segmentation
2. Harvesting data
3. Communication
a) Simple
b) Linked to behaviour
c) Not primarily about savings
d) Not primarily about being green
e) But by taking the customer’s concerns seriously
f) Non-stop journey
g) Do not promote the smart meter as the benefit but the benefits as the smart meter
h) MAKING IT FUN & Fashionable - Something to shout about
4. Preparation for changes not only within the minds of the customers
but also internally in the organizations of your industry
5. Before, during and after smart meter roll-out
20. 17.3%
Circulation of Newspapers
(drop from 2001 to 2008)
Source: Newspaper Assn of America
18%
Number of households saying
”no” to paper ads
Source: Post Danmark
10%
Network TV Viewership
(drop in 2009)
Source: TV Report
14.2%
Household Telephone
Usage (drop in 2009)
source: ITU World
Telecommunication
21%
Yearly e-mail growth
source: Forrester
1.3 bio
Smart Phones shipped in 2014
source: IDC
2.8 bio
Global Internet Users
Source: Internet World Stats
1.5 bio
Facebook users
Source: Internet World Stats
Insights: Dynamic Engagement for Changing Behaviour
Digitalisation has changed the way we interact from business driven
to customer driven and from single channel to multi channel.
21. Non-activeActive
IndifferentActive OppositionalModerate
Concerned
Green
Not concerned
Anti green
Listen to the man in the street
I have lots of other things to care about
Progress is good, but one step at a time
Power by the people – let’s get into actionWhich actually is an enabler for starting a dialogue……
Insights: Dynamic Engagement for Changing Behaviour
22. SEGMENT UTILITY ROLE COMMUNICATION
Comfortable Advisor
Step by step explanation, constant
reassurance, not too many words. Easy to
understand diagrams
Active Guide
Feed back programs, analysis, follow up,
recommendations – applauding - very
personal
Moderate Coach
Asking questions – giving answers.
Encouraging, status on environmental
benefits
Oppositional Teacher
Calming down, reassuring. Telling what to do
and explaining. Positive words, giving way,
understanding, small steps at a time
Insights: Dynamic Engagement for Changing Behaviour
23. 1 | State of deployments: Globally and ANZ
2 | Why smart meter engagement?
3 | Smart meter engagement: A framework
4 | Putting it all together: A blueprint for success
5 | Visions for Customer Engagement in the Utility Industry
Today’s topics
25. Continuous
value creation
Post-installation
engagement
Roll-out
campaign
A framework for smart meter engagement
Pre-deployment
education
Proactively engage
customers and the
community prior to
installation to gain
consumer trust
Proactively engage
customers and the
community prior to
installation to gain
consumer trust
Establish
baseline energy
management tools
enabled by interval
data
Make customer
engagement a
priority as additional
smart meter-enabled
technologies and
programs are
available
6 months prior 4 weeks prior 4 weeks after Ongoing
26. Engagement results in greater value for
customers, as well as measurable business value
Increase customer
loyalty
Decrease
cost to serve
Enable demand
side management
Increase adoption
of new products
and services
Continuous
value creation
Post-
installation
engagement
Roll-out
campaign
Pre-deployment
education
27. Gain consumer trust by proactively engaging
the community prior to installation
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
6 months prior
CASE STUDY
Awareness and community engagement campaign
Phase I: Raising awareness Phase II: Direct engagement
Launch of interactive website
Phase I local
newspaper
advertising
Phase II local
newspaper
advertising
Public transit
advertising
Campaign events
28. Maryland, USA
Pair the hardware installation
with an education campaign
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
4 weeks prior
CASE STUDY
Smart meter value education & tools introduction
4 weeks before installation
Post card introducing
Smart Meters
during installation
Smart Meter benefits
door-hanger
4 weeks after installation
Opower report &
welcome insert
5 weeks after installation
Email
reminder
29. Result: Greater customer understanding of
investment value and acceptance
47%
40% 42%
62%
54% 57%
I have a good
understanding of smart
meters and their function
I have a
favourable opinion of
smart meters
My smart meter
has given me personally
useful information
Control Opower Report Recipients
+15%
+14%
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
4 weeks prior
+15%
30. CASE STUDY
Smart meter enabled alerts + self-service insights
Establish baseline energy management
tools enabled by their new smart meters
4 weeks after
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
Customer satisfaction
5% increase in overall
customer satisfaction
Call center reduction
19% decrease in high bill calls during
highest volume months
31. CASE STUDY
Smart meter enabled alerts + self-service insights
Weekly AMI emails Smart meter insights via web
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
4 weeks after
Establish baseline energy management
tools enabled by their new smart meters
32. CASE STUDY 1
Proactive TOU engagement
Ongoing
Continuous
value creation
Post-installation
engagement
Roll-out
campaign
Pre-deployment
education
Make customer engagement a priority as
additional technologies and programs are enabled
CASE STUDY 2
Solar net metering self-service
33. Audience Question #2
Which of the four stages are the most important for
your business in the next 2 years?
1. Pre-deployment education
2. Rollout campaign
3. Post-installation engagement
4. Continuous value creation
34. 1 | State of deployments: Globally and ANZ
2 | Why smart meter engagement?
3 | Smart meter engagement: A framework
4 | Putting it all together: A blueprint for success
5 | Visions for Customer Engagement in the Utility Industry
Today’s topics
35. Three requirements for a successful deployment
Qualify the business case for a smart meter deployment1
2 Establish the underlying technology platform
3 Execute on the smart meter engagement framework
36. The business case for the investment greatly
improves when customer value can be created
$-
$50
$100
$150
$200
$250
$300
$350
$400
Costs Operational savings Customer-driven
benefits
Total NPV benefits per smart metered home (20 year life | USD)
Incremental customer
engagement investment
($46)
Technology +
installation
($237) $148
$130
Incremental customer
engagement benefit
$103 NET BENEFIT
$41
per smart
metered home
NET BENEFIT
$98
per smart
metered home
37. One technology platform equipped to deliver
a customer experience during all framework stages
38. Today’s topics
1 | State of deployments: Globally and ANZ
2 | Smart meter engagement – Reasons and Realities
3 | Smart meter engagement: A framework
4 | Putting it all together: A blueprint for success
5 | Visions for Customer Engagement in the Utility Industry