The document discusses the need to educate American consumers and market the smart grid effectively in order to increase acceptance of the new electrical infrastructure. It analyzes case studies that show the importance of consumer education in smart grid pilot projects. Marketing strategies like market segmentation and cause marketing can help engage consumers and demonstrate the environmental benefits of the smart grid. With education to recognize the issues with the current grid and address concerns, along with tailored marketing, the theory of technological momentum suggests society will adopt the smart grid, leading to lasting changes in technology and behavior.
The document discusses several key trends that will shape the future of energy and utilities:
1. The industry is undergoing a major transformation as it shifts from fossil fuels to renewable energy sources like solar and wind. New technologies like smart grids and energy storage will play a big role in this transition.
2. Customers will demand more personalized services that give them insight and control over their energy consumption. Utilities will need to offer solutions like home energy management to better serve these needs.
3. New players from sectors like technology and automotive are entering the energy market. Utilities will face more competition and need to adapt their business models to remain relevant in this changing landscape.
The document discusses the rise of "prosumers", who both produce and consume energy. Prosumers obtain energy from distributed generation sources like rooftop solar panels rather than large utility companies. By 2020, some utilities could lose 50% of their customer demand and revenue as more people become prosumers. New regulations are needed to account for changing energy business models and transactions as prosumers compete to sell excess energy on wholesale markets.
Public power utilities were early adopters of community solar projects. Seattle City Light championed the idea before it became widely known and has created four community solar gardens with over 1,300 participants. Community solar allows those without suitable rooftops to purchase shares in a central solar installation and receive credits for the power generated. It has grown rapidly as it provides solar access to more customers. Public power utilities have helped drive the popularity of community solar through early innovative projects.
This document provides an overview of the future of US electric distribution systems over the next 20-30 years. Key trends include the transformation of the industry through distributed energy resources, grid technologies, customer energy management, and social networking. Technology advancements like energy storage, power electronics, sensors, and analytics will fundamentally change distribution system design, investments, and operations. The electric industry is at a tipping point that will require new business models, regulations, and utility roles to accommodate a more dynamic grid and empowered customers.
One of the miracles of the modern era is the reliability of the modern grid. An understanding of how a utility operates will not only allow a better understanding of how the electricity we use daily is generated and transported to our homes and businesses but will provide insight into how alternative technologies such as smart grid and demand response will change the way we think of power generation, transmission, and distribution
Eco Green Group Utility Overview Presentation FINALTony Green
油
The document provides an overview of utilities and sustainability in California. It discusses how energy is produced, transmitted, and distributed across the state. Key points include: (1) electricity is generated from various sources like natural gas, hydro, and renewables; (2) transmission occurs through high voltage power lines; and (3) California has deregulated its electricity market and established the California Independent System Operator to oversee the wholesale power grid. The document also covers the renewable portfolio standard, smart meters, demand response programs, and emerging technologies that could shape the future grid.
Solving indonesia's present and future energy needsAndre Susanto
油
Indonesia is an archipelago with over 17,000 islands. Almost 1000 of them are permanently inhabited and over 5000 more are inhabited for part of the year. A centralized grid with large power plants is costly, and logistically almost impossible.
Decentralized power generation and storage with microgrid infrastructures are what's needed to solve Indonesia's energy needs. Implemented and planned correctly, this will allow Indonesia to leapfrog the traditional power distribution and transmission method of electrification. Indonesia can be a leader in how to implement power plants that utilize and maximize the local renewable energy sources as part of its electrification strategy.
This presentation was the slides that I presented in Munich during the 2015 conference on decentralized solar PV systems in Indonesia. This event was sponsored and supported by the Renewable Energy Export Initiative under the German Federal Ministry of Economy and Energy.
The Role of Minigrids in Energy Access and National Electrification PlanningAndre Susanto
油
This document discusses developing a national energy plan that promotes energy access and economic growth. It argues that energy access means more than just basic lighting and must provide equal opportunities to improve quality of life. Mini-grids can play a role but must be planned to connect and grow with communities' increasing energy needs over time. A comprehensive plan requires in-depth data collection and should facilitate connecting mini-grids to each other and the public grid to efficiently meet energy demand and allow communities to develop.
Adaptive Energy_Future of Electic UtilityPaul Evans
油
The document discusses how distributed energy and microgrids are transforming the electric utility industry. Technological advances have made centralized power generation less necessary. Distributed energy sources like solar and wind, coupled with falling costs, are challenging the traditional electric utility business model. Microgrids allow communities and organizations to generate and distribute their own electricity, increasing reliability and resilience. This democratization of energy threatens utilities' natural monopoly status but also presents opportunities if they adapt by developing microgrids and distributed energy solutions for customers.
Smart cities: Understanding policies, standards, applications and case studies IJECEIAES
油
This document discusses smart cities and the key building blocks and technologies involved. It outlines four main building blocks - people and environment, smart utilities, smart technologies, and smart administration. Smart utilities are described as the organizations that provide infrastructure services to citizens and must adopt new technologies. Various technologies are discussed including IoT, big data, blockchain and their applications to areas like utilities management, transportation, and environment monitoring. The document also covers policies, standards, and case studies related to building smart cities.
Investigations into the lifetime of gas meter batteries in the NetherlandsMachiel Joosse
油
At 2020 there will be about seven million smart gas meters installed in the Netherlands, using batteries that are supposed to last for about 20 years. The long lifetime of the batteries is crucial, because an operation to replace them would be on a large scale and therefore expensive. Distribution System Operators (DSOs) have to be able to rely on a lengthy lifetime. The Dutch DSOs Netherlands (within Netbeheer Nederland), joined forces to carry out a unique study of the predicted and actual battery lifetime. In this study, batteries were examined from gas meters that had already been operating for 4-5 years. The results were promising: after 4-5 years: the actual (practical) lifetime of the batteries examined turned out to be in line with the predicted (theoretical) values.
Achieving Universal Electrification in India: A Roadmap for Rural Solar Mini-...The Rockefeller Foundation
油
This document discusses India's dual challenges of providing universal access to electricity while reducing its environmental impact. Approximately 235 million Indians lack access to electricity, mostly in rural areas. Historically electricity access has increased through coal, gas and hydroelectric power, increasing India's greenhouse gas emissions and environmental footprint. The document argues that solar power presents an opportunity to address both challenges by providing decentralized renewable energy through rural solar mini-grids. However, solar mini-grids face significant cost and technical hurdles that must be overcome for them to be deployed at scale. The document proposes a three-pronged approach of technology innovations, private sector investment, and targeted policy changes to help make solar mini-grids affordable and viable for rural electrification across India
Consumers have become increasingly committed to involvement in media and entertainment, and may follow this example in the energy industry. The document discusses how consumers are taking on more active roles in industries like media and entertainment due to technology advances and a desire for more choice and control. This shift in consumer attitudes and the advancement of new technologies will radically redefine the relationship between utilities and consumers in the energy industry. The next five years will be pivotal as consumer needs expand and utilities will need to respond by revising strategies and operations to prepare for a more participatory market.
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.
Transactive Energy (TE) can play a defining role in adapting and stabilizing today's grid for tomorrow. A follow-up to the Cross-DEWG Discussion on Transactive Energy session held in May at the SGIP Spring 2014 Members Meeting, this webinar continues the dialogue regarding this important game changer. SGIP is making this webinar event open and free to the public.
pptWhitepaper 03-smart grid-the future of the electric power systemavvariharish
油
This document provides an introduction to the smart grid, including:
1. What the smart grid is, how it allows two-way communication between producers and consumers to better balance supply and demand.
2. Why the smart grid matters to more efficiently utilize the electric grid and reduce emissions by flattening demand.
3. A brief history of smart grid projects starting in the early 2000s in Italy and the US.
This document summarizes research on financing off-grid energy access. It finds that third party financing has increased adoption of technologies like rooftop solar in the US. Pilot projects in Millennium Villages using pay-as-you-go microgrids demonstrated that most customers maintained positive balances over 90% of the time. Data from these projects can provide insights into technical improvements and their costs. The document also discusses the importance of considering reliability versus cost in system design and examines how financing structures and perceived returns affect adoption and payback periods for different technologies.
This document summarizes the key findings of a 2014 survey of 77 US rural electric cooperatives on their smart grid initiatives and trends. The top benefits of smart grid for rural utilities are reduced restoration times, increased visibility and control of the grid, and analytics-based decision making. While costs are a significant challenge, most rural utilities have some smart grid efforts underway or planned, with automatic meter reading and advanced metering infrastructure being common projects. Integration of distributed energy resources and developing expertise in data analytics were also highlighted as challenges for rural cooperatives.
The document discusses the future of energy regulation in Minnesota. It frames the discussion around three questions: 1) What don't we want? It notes low customer satisfaction ratings for cable TV and internet providers. 2) What do we have today? It describes the current investor-owned electric utility industry as reliable with responsive customer service and more renewable energy. 3) Why change and what change do we want? It lists trends like declining utility revenue growth and the need for grid upgrades to accommodate new technologies. Possible regulatory changes discussed include separating generation from distribution, modifying revenue recovery mechanisms, and adding more retail pricing options.
The document discusses the concept of smart grids, which represent a revolutionary transition from traditional power grids. Smart grids can accommodate power from multiple distributed renewable sources, flexibly store power, and improve reliability through advanced control algorithms. Several US utility companies and governments are implementing smart grid pilot projects to modernize aging infrastructure, reduce costs and emissions, and better accommodate renewable energy sources and electric vehicles. Smart grids face challenges including high costs, incompatible equipment, regulatory hurdles, and the need for international cooperation to realize their full benefits.
The document discusses issues around developing a global energy charter to protect consumer interests as energy markets liberalize worldwide. Key points include:
1) Consumers in developing markets need protections as many face barriers to affordable, reliable energy access.
2) A global charter should address both social issues of affordability for the poor and sustainability concerns around increasing energy access.
3) Market structures vary greatly globally, so a charter cannot mandate specific models but should uphold principles of consumer participation, fair supplier conduct, and regulatory protection of consumer interests.
The document discusses whether consumer engagement is necessary for the success of the smart grid. While the smart grid allows individuals to manage their energy use according to their preferences, most consumers will prefer to not actively monitor prices or adjust their routines frequently. The smart grid should aim to be as easy to use as technologies like anti-lock brakes or Apple products, empowering consumers without requiring their constant participation. For the smart grid and energy system to remain sustainable and cost-effective, it must make life just as convenient for consumers as traditional energy systems do.
Capgemini ses - smart grid operational services - leveraging technology to ...Gord Reynolds
油
The document discusses the vision for transforming electric transmission and distribution (T&D) systems into "smart grids" through the use of new technologies. It outlines drivers for change such as aging infrastructure, climate change, customer expectations, and regulatory pressures. The vision is for a grid that can autonomously restore power, support distributed energy resources, provide power quality, and operate with lower costs. This will require upgrading grid hardware with sensors, analyzing collected data in real-time and non-real-time, monitoring and managing the grid, and rebuilding infrastructure to allow bi-directional power flows. The transformation is an evolution that will take years or decades to fully implement across utility service territories.
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?
The Smart Grid Forum released a report on developing Ontario's smart grid. [1] The report defines a smart grid as an electricity system that uses advanced technologies and communication to improve flexibility, reliability, efficiency and safety. [2] It recommends the province support smart grid development through legislation, regulations and incentives. [3] This would help modernize Ontario's electricity system and create jobs while facilitating renewable energy and electric vehicles.
Eco Green Group Utility Overview Presentation FINALTony Green
油
The document provides an overview of utilities and sustainability in California. It discusses how energy is produced, transmitted, and distributed across the state. Key points include: (1) electricity is generated from various sources like natural gas, hydro, and renewables; (2) transmission occurs through high voltage power lines; and (3) California has deregulated its electricity market and established the California Independent System Operator to oversee the wholesale power grid. The document also covers the renewable portfolio standard, smart meters, demand response programs, and emerging technologies that could shape the future grid.
Solving indonesia's present and future energy needsAndre Susanto
油
Indonesia is an archipelago with over 17,000 islands. Almost 1000 of them are permanently inhabited and over 5000 more are inhabited for part of the year. A centralized grid with large power plants is costly, and logistically almost impossible.
Decentralized power generation and storage with microgrid infrastructures are what's needed to solve Indonesia's energy needs. Implemented and planned correctly, this will allow Indonesia to leapfrog the traditional power distribution and transmission method of electrification. Indonesia can be a leader in how to implement power plants that utilize and maximize the local renewable energy sources as part of its electrification strategy.
This presentation was the slides that I presented in Munich during the 2015 conference on decentralized solar PV systems in Indonesia. This event was sponsored and supported by the Renewable Energy Export Initiative under the German Federal Ministry of Economy and Energy.
The Role of Minigrids in Energy Access and National Electrification PlanningAndre Susanto
油
This document discusses developing a national energy plan that promotes energy access and economic growth. It argues that energy access means more than just basic lighting and must provide equal opportunities to improve quality of life. Mini-grids can play a role but must be planned to connect and grow with communities' increasing energy needs over time. A comprehensive plan requires in-depth data collection and should facilitate connecting mini-grids to each other and the public grid to efficiently meet energy demand and allow communities to develop.
Adaptive Energy_Future of Electic UtilityPaul Evans
油
The document discusses how distributed energy and microgrids are transforming the electric utility industry. Technological advances have made centralized power generation less necessary. Distributed energy sources like solar and wind, coupled with falling costs, are challenging the traditional electric utility business model. Microgrids allow communities and organizations to generate and distribute their own electricity, increasing reliability and resilience. This democratization of energy threatens utilities' natural monopoly status but also presents opportunities if they adapt by developing microgrids and distributed energy solutions for customers.
Smart cities: Understanding policies, standards, applications and case studies IJECEIAES
油
This document discusses smart cities and the key building blocks and technologies involved. It outlines four main building blocks - people and environment, smart utilities, smart technologies, and smart administration. Smart utilities are described as the organizations that provide infrastructure services to citizens and must adopt new technologies. Various technologies are discussed including IoT, big data, blockchain and their applications to areas like utilities management, transportation, and environment monitoring. The document also covers policies, standards, and case studies related to building smart cities.
Investigations into the lifetime of gas meter batteries in the NetherlandsMachiel Joosse
油
At 2020 there will be about seven million smart gas meters installed in the Netherlands, using batteries that are supposed to last for about 20 years. The long lifetime of the batteries is crucial, because an operation to replace them would be on a large scale and therefore expensive. Distribution System Operators (DSOs) have to be able to rely on a lengthy lifetime. The Dutch DSOs Netherlands (within Netbeheer Nederland), joined forces to carry out a unique study of the predicted and actual battery lifetime. In this study, batteries were examined from gas meters that had already been operating for 4-5 years. The results were promising: after 4-5 years: the actual (practical) lifetime of the batteries examined turned out to be in line with the predicted (theoretical) values.
Achieving Universal Electrification in India: A Roadmap for Rural Solar Mini-...The Rockefeller Foundation
油
This document discusses India's dual challenges of providing universal access to electricity while reducing its environmental impact. Approximately 235 million Indians lack access to electricity, mostly in rural areas. Historically electricity access has increased through coal, gas and hydroelectric power, increasing India's greenhouse gas emissions and environmental footprint. The document argues that solar power presents an opportunity to address both challenges by providing decentralized renewable energy through rural solar mini-grids. However, solar mini-grids face significant cost and technical hurdles that must be overcome for them to be deployed at scale. The document proposes a three-pronged approach of technology innovations, private sector investment, and targeted policy changes to help make solar mini-grids affordable and viable for rural electrification across India
Consumers have become increasingly committed to involvement in media and entertainment, and may follow this example in the energy industry. The document discusses how consumers are taking on more active roles in industries like media and entertainment due to technology advances and a desire for more choice and control. This shift in consumer attitudes and the advancement of new technologies will radically redefine the relationship between utilities and consumers in the energy industry. The next five years will be pivotal as consumer needs expand and utilities will need to respond by revising strategies and operations to prepare for a more participatory market.
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.
Transactive Energy (TE) can play a defining role in adapting and stabilizing today's grid for tomorrow. A follow-up to the Cross-DEWG Discussion on Transactive Energy session held in May at the SGIP Spring 2014 Members Meeting, this webinar continues the dialogue regarding this important game changer. SGIP is making this webinar event open and free to the public.
pptWhitepaper 03-smart grid-the future of the electric power systemavvariharish
油
This document provides an introduction to the smart grid, including:
1. What the smart grid is, how it allows two-way communication between producers and consumers to better balance supply and demand.
2. Why the smart grid matters to more efficiently utilize the electric grid and reduce emissions by flattening demand.
3. A brief history of smart grid projects starting in the early 2000s in Italy and the US.
This document summarizes research on financing off-grid energy access. It finds that third party financing has increased adoption of technologies like rooftop solar in the US. Pilot projects in Millennium Villages using pay-as-you-go microgrids demonstrated that most customers maintained positive balances over 90% of the time. Data from these projects can provide insights into technical improvements and their costs. The document also discusses the importance of considering reliability versus cost in system design and examines how financing structures and perceived returns affect adoption and payback periods for different technologies.
This document summarizes the key findings of a 2014 survey of 77 US rural electric cooperatives on their smart grid initiatives and trends. The top benefits of smart grid for rural utilities are reduced restoration times, increased visibility and control of the grid, and analytics-based decision making. While costs are a significant challenge, most rural utilities have some smart grid efforts underway or planned, with automatic meter reading and advanced metering infrastructure being common projects. Integration of distributed energy resources and developing expertise in data analytics were also highlighted as challenges for rural cooperatives.
The document discusses the future of energy regulation in Minnesota. It frames the discussion around three questions: 1) What don't we want? It notes low customer satisfaction ratings for cable TV and internet providers. 2) What do we have today? It describes the current investor-owned electric utility industry as reliable with responsive customer service and more renewable energy. 3) Why change and what change do we want? It lists trends like declining utility revenue growth and the need for grid upgrades to accommodate new technologies. Possible regulatory changes discussed include separating generation from distribution, modifying revenue recovery mechanisms, and adding more retail pricing options.
The document discusses the concept of smart grids, which represent a revolutionary transition from traditional power grids. Smart grids can accommodate power from multiple distributed renewable sources, flexibly store power, and improve reliability through advanced control algorithms. Several US utility companies and governments are implementing smart grid pilot projects to modernize aging infrastructure, reduce costs and emissions, and better accommodate renewable energy sources and electric vehicles. Smart grids face challenges including high costs, incompatible equipment, regulatory hurdles, and the need for international cooperation to realize their full benefits.
The document discusses issues around developing a global energy charter to protect consumer interests as energy markets liberalize worldwide. Key points include:
1) Consumers in developing markets need protections as many face barriers to affordable, reliable energy access.
2) A global charter should address both social issues of affordability for the poor and sustainability concerns around increasing energy access.
3) Market structures vary greatly globally, so a charter cannot mandate specific models but should uphold principles of consumer participation, fair supplier conduct, and regulatory protection of consumer interests.
The document discusses whether consumer engagement is necessary for the success of the smart grid. While the smart grid allows individuals to manage their energy use according to their preferences, most consumers will prefer to not actively monitor prices or adjust their routines frequently. The smart grid should aim to be as easy to use as technologies like anti-lock brakes or Apple products, empowering consumers without requiring their constant participation. For the smart grid and energy system to remain sustainable and cost-effective, it must make life just as convenient for consumers as traditional energy systems do.
Capgemini ses - smart grid operational services - leveraging technology to ...Gord Reynolds
油
The document discusses the vision for transforming electric transmission and distribution (T&D) systems into "smart grids" through the use of new technologies. It outlines drivers for change such as aging infrastructure, climate change, customer expectations, and regulatory pressures. The vision is for a grid that can autonomously restore power, support distributed energy resources, provide power quality, and operate with lower costs. This will require upgrading grid hardware with sensors, analyzing collected data in real-time and non-real-time, monitoring and managing the grid, and rebuilding infrastructure to allow bi-directional power flows. The transformation is an evolution that will take years or decades to fully implement across utility service territories.
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?
The Smart Grid Forum released a report on developing Ontario's smart grid. [1] The report defines a smart grid as an electricity system that uses advanced technologies and communication to improve flexibility, reliability, efficiency and safety. [2] It recommends the province support smart grid development through legislation, regulations and incentives. [3] This would help modernize Ontario's electricity system and create jobs while facilitating renewable energy and electric vehicles.
Capgemini_SmartGrid_RenewableEnergySurvey_0209Jeffrey Norman
油
The survey found growing regulatory acceptance of AMI initiatives, with 67% of respondents either requiring AMI deployments or allowing them without regulations. However, most regulators do not yet support real-time pricing for all customer classes due to concerns about exposing customers to high fluctuating energy costs. The broader vision of a smart grid that includes two-way communication, automation, and integration of distributed resources is also gaining traction. While deployments lag, regulators see potential benefits of a smart grid such as improved reliability, efficiency and incorporation of renewable energy.
Running head:MARKET ANALYSIS 1
MARKET ANALYSIS2
Market Anlalysis
Students Name
IInsitutional Affiliation
Table of Contents
Introduction2
3. US market analysis2
3.1. Marketing research2
3.2 Marketing size and growth3
3.3 Market trends4
3.4 Customer Analysis5
Conclusion7
References8
Introduction油Comment by Sandra Ducoffe: You will not need this intro in your final plan.
Market analysis is determined to be the qualitative and quantitative assessment of a market based on various aspects. However, the primary aim of the paper is to conduct US market analysis by determining the size, growth, and trend of the market along with customer analysis.油3. US market analysis油3.1. Marketing research油
US market has experienced steady growth for five years to 2019 by increasing growth in internet advertising expenditure along with research and development. It provides dynamic and efficient opportunities for companies to operate a business in the US. The US market is the largest consumer market across the world, which possesses the potential to attract a considerable consumer base by fulfilling their needs. As a result, it helps most of the companies to increase their sales volume. While preparing products or services, companies in the US focus on the quality, needs, and expectations of the consumers (Hatheway, Kwan & Zheng, 2017). However, through increasing variety and lowering the cost of the products, the US market provides various advantages to its consumers. It determines consumer behavior by acknowledging that the majority of customers like cool brands. Operating in the US market, companies are required to follow specific regulations like licensing duties and customs regulations along with Consumer Data Privacy Laws. According to the US Department of Energy, solar energy is more prevalent, accessible and affordable than before. Solar-friendly laws have widely contributed to the growth of the solar industry in the US. The list of federation laws are:
Department of Energy Organization Act of 1997: The purpose of this Act is to ensure Americas prosperity and security by addressing its energy, nuclear and environmental challenges through technology solutions and transformative science.
The Federal Power Act of 1935: It coordinates the development of hydroelectric projects in US more effectively.
Federation Energy Regulatory Commission (FERC) Orders 890 and 1000: It transmits the providers requirement to organize transmission planning at the local and regional level. It provides flexibility to methods of cost distribution of transmission upgrades.
FERC order 2006: Its purpose is to address interconnection standards for small generators.
Energy Policy Act of 2005: This law focuses towards promoting energy self-sufficiency and improvements in US. It also includes considerable changes in interconnection legislation.
FERC Orders 819 and 827: This provision deals with the sale of primary frequency response services by sellers at market.
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.
In an interview, Dr. S. Massoud Amin discusses the evolution of the smart grid from his original vision conceived over 20 years ago. He envisioned transforming the electric power system into an "integrated, self-healing and electronically-controlled secure and resilient power system." While progress has been steady, the full vision of an anticipatory, self-healing grid with minimal human intervention has yet to be realized. Technological barriers around integration of renewables and distributed energy remain, as do policy challenges. However, microgrids and a focus on security, resilience and customer value are expected to advance the grid over the next five years.
Connectedness is something that the ancients always knew and understood, even if the modern human race seemed to have lost that perspective. In todays world of bits and bytes the emerging connectedness of things is creating radically different behavior patterns that are positively impacting companies and consumers to adapt to the new normal. Something that nature does in its intuitive and magical way, technology now aims to offer to achieve at least some of this, for the benefit of society both people and organizations. So what does this mean to consumers and to producers of goods and services and what can be expected?
This document is the first issue of a journal called "Interdisciplinary Studies Works" published by the Arizona State University chapter of Alpha Iota Sigma. It contains several student articles on interdisciplinary topics, an introductory editor's letter, and a guest essay. The journal aims to showcase undergraduate work in interdisciplinarity and feature the talents of students studying interdisciplinary subjects.
Clean Energy Data Science Challenge - Participant Starter KitZvika Krieger
油
This document provides information about an upcoming clean energy data science challenge hosted by the US Department of State. It includes the preliminary schedule, frequently asked questions, an event overview, use case descriptions, and available data sources. The challenge will take place March 31-April 2 in San Francisco and will focus on using open data to address barriers to clean energy development in Myanmar. Participants will work in teams to develop solutions for three use cases: mapping unconnected households, developing customer profiles, and identifying areas for renewable energy development potential. The goal is to explore how data science can help expand energy access in developing countries.
Technology the key for householders to control their usage with electricity pricing models set to change in Australia, it needs to be easy
for consumers to make informed decisions about their electricity use. New
consumer research points to the need for simple, real-time technology to help
track and monitor electricity use. Households that understand their own
behavior stand to benefit most from new pricing plans.
Capgemini ses - smart metering pov 2007 (gr)Gord Reynolds
油
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.
The document discusses a survey of 108 energy professionals in California regarding their interest in accessing energy usage data. The top concern regarding data accessibility cited by respondents was promoting indirect outcomes of open access such as programmatic efficiencies. Four out of five respondents reported being interested in customer billing data and energy efficiency information. Respondents represented various levels of government, consultants, non-profits, academics, utilities and private sector product companies. The survey aimed to understand who wants access to the data, what data they want, and for what purposes in order to help inform policy around data access in California.
This document summarizes Dr. Thomas Methven's work developing an online tool called "well-sorted.org" to help facilitate idea generation and organization at academic workshops and meetings. The tool allows participants to submit ideas beforehand which are then automatically sorted into logical groups. At the events, this pre-sorting saves substantial time by avoiding lengthy brainstorming and grouping discussions. Feedback from organizers and attendees was very positive, with the tool significantly reducing their workload and allowing more productive use of meeting time.
Evolving Distribution Grid article in Electric Perspectives magazine Jan-Feb 2015 edition. Article discusses emerging business opportunities for a utility Distribution Services Provider.
In many ways, the electricity industry makes an unlikely candidate for disruption. Not much changed between the 1880s, when Thomas Edison began building power stations, and the start of the 21st century. Top business leaders rarely had to think about electricity. They got their electricity from the power plant, or the local utility, or the government, and had little say in how it was produced, delivered, or managed. Utility executives, for their part, could make and execute long-term plans with a great deal of security. Demand tended to rise along with the economy; natural monopolies were the norm.
No longer. Several coincident, significant transformations are causing a revolution in the way electricity the vital fuel of global commerce and human comfort is produced, distributed, stored, and marketed. A top-down, centralized system is devolving into one that is much more distributed and interactive. The mix of generation is shifting from high carbon to lower carbon, and, often, to no carbon. In many regions, the electricity business is transforming from a monopoly to a highly competitive arena.
The Economist Intelligence Unit conducted in August 2013 a global survey of 50 executives in utilities industries. The report explores how the revolution in consumer mobile communications is changing how utilities serve customers, encouraging them to become more responsive and engaged and to pursue strategies that make customers allies in more efficient and sustainable operations.
This document discusses how information technology systems can be made smarter to fully realize the potential of a smarter planet. Currently, IT systems are in need of an intelligence makeover as they are not configured efficiently. The emergence of smart things generating huge amounts of data highlights the need to process and make sense of data in real time. New smarter computing models like cloud computing, virtualization, and service-oriented software can make IT systems more efficient, dynamic, flexible and cost-effective. This will help unleash the power of a smarter planet connected by intelligent, optimized IT infrastructure.
Superfast or superfit? The case for UK broadband policy reformMartin Geddes
油
This is a critical moment for UK digital infrastructure policy. The context is one of rapid political, market and technological change. As a nation, we face important decisions over topics like post-Brexit regulation, universal service delivery, Openreach independence, TETRA replacement and 5G readiness. The imperative is to reflect on whether our historic approaches will meet our future needs. Where we anticipate a shortfall, we must act to protect our long-term national interest.
This paper aims to educate policymakers about one specific shortfall: the growing capability gap between broadband demand and supply.
It makes two recommendations.
This unwanted situation is avoidable by two readily attainable changes in our policy approach.
Firstly, our policy metrics need to reflect the readiness of broadband infrastructure to support both present and future demand.
Secondly, the money needs to move to incentivise the right market behaviours to create a correspondingly fit-for-purpose supply.
When these reforms are enacted together, this will help to position the UK with a world-class infrastructure ready to attract capital and talent on a global scale.
Superfast or superfit? The case for UK broadband policy reformMartin Geddes
油
Smart Grid Paper
1. Stephanie Crump
BIS 402 Research Paper
May 01, 2015
The Acceptance of the Smart Grid in America: Educating Sustainable
Energy and Marketing
ABSTRACT
The electrical infrastructure of America is dwindling down causing
blackouts and loss of billions of dollars across the country. The implementation of
a cohesive electrical network, better known as the smart grid, is imminent, yet
most Americans cannot fully explain exactly what the system entails or is yet to
bring. This misunderstanding causes consumers to push away the bold
restructure of our electrical grid, which ultimately, and unfortunately,
procrastinates the process. This essay will be looking at this issue through my
eyes as a Bachelor of Interdisciplinary Studies student with an emphasis on
sustainability, sales, and marketing. Using 7 scholarly articles and a thorough
examination of 2 case studies, I will attempt to solve the issue of Americas need
for a behavior change towards the smart grid. This essay will go into further detail
describing why a technological momentum theory, over technological
determinism and social construction of technology, is preferred when looking at
sustainable consumer behavior change.
INTRODUCTION
Americas aging electrical power grid has become more and more of an
issue each year. The power lines we currently have can barely supply the
2. electricity needed now which is a major problem considering the increasing
demand for electricity of the future. In order to mitigate this energy crisis,
scientists, environmentalists, and inventors have come together to create the
idea of the smart grid. The smart grid uses analog information and
communications technology, or ICT, that acts on information gathered about
suppliers and consumers, specifically their behavior. One of the issues with this
new and improved electrical system is the lack of acceptance and adoption in
America. Certain countries, like India and China, have already taken the smart
grid into effect and it makes me question; we havent we? Theres a need for the
smart grid in America, considering we consume more than the amount of three
countries combined.
We have always consumed energy in a way thats foreign to the way we
purchase everything else. We use what we believe we need and at the end of the
month, we are hit with this huge electric bill. This new smart grid system will give
consumers the choice of how much energy theyd like to consume and adjust the
way they use their energy accordingly. Its a great way to keep track of how much
energy their using and the associated costs.
Most Americans cant even tell you what a smart grid is. We are
complacent with how things are now, with the uncertainty of the price of our
electrical bills, dealing with the occasional blackout, and avoiding anything that
might be too much of a risk. In order for the smart grid to develop in America,
Americans must be accepting of the change. Correctly educating and marketing
the smart grid to consumers will eventually lead to the implementation of the
3. smart grid and ultimately an overall sustainable behavior change. This includes
our values, norms, and beliefs, to understand the value in major technological
innovations. Powerful social agents must educate on how the smart grid system
works so that they might be less skeptical, but also keep things simple and easy
to understand. We must then make the smart grid desirable through specific
marketing efforts to specific market segments. Using marketing tactics, such as
cause marketing, will increase the acceptance of the smart grid. Eventually, with
the help of education of sustainable benefits and marketing, the smart grid can
become Americas new electric infrastructure.
This smart grid plan is something what I believe to be of technological
momentum. Technological momentum relates society and technology and how
their relationship alters and connects over time. Thomas P. Hughes, the historian
who is believed to have coined the term, believes that the innovation of
technology is dependent on society and its values, also known as social
determinism, and as time goes on, the society is dependent on innovated
technology that has influence on daily life in an irreplaceable way, known as
technological determinism, (Hughes, 1994). If the society accepts the smart grid
into their lives, the electrical infrastructure of America will forever be changed,
and society will then be dependent on the smart grid system. I will now go into
the two tactics we can use to accelerate the rate at which the smart grid is
accepted by American society, education and marketing.
EDUCATE, BUT KEEP IT SIMPLE
4. The first part in resolving any issue is to recognize and understand that
there is an issue. Americans havent personally been effected by the issues of
the current electrical grid, therefore it is hard for them to understand why a
newer, more efficient, and in some cases, more expensive smart grid is
ultimately better. Many are blind to the environmental issues being brought about
by our current electrical infrastructure by the complacency and ease of its
process. The education of Americans is the building blocks behind the drive that
will push America towards the future of the smart grid. In order for utilities to be
incentivized to build the necessary infrastructure and consumer education
investments, clear policy, targets, and timeframes must be in place, (Gilligan,
2010). Although the government ultimately makes the decisions about smart grid
installation and policies, it is truly the public opinion that will drive them to start
making these decisions. This is why it is so important to inform consumers now,
before it is too late.
When people are well informed, they automatically feel more confident
making life-altering decisions. Many people will go to a second or third party
when debating making a large purchase like a home or a car. Imagine what it
would take to make a smart grid consumer 100% comfortable with their
acceptance of the smart grid. Pilot projects have been put in place, mainly in
areas like North America, Europe, and Australia that we can learn from. In 2009,
one pilot project, Pacific Gas and Electric, were facing a lawsuit in Bakersfield
California, where consumers were believed to be overcharged by smart meters.
Instead of their normal $200 monthly electric bill, consumers were receiving $500
5. - $600 bills. In October 2010, the California Public Utilities Commission asked
Pacific Gas and Electric to check out the smart meter issue through testing and
validation. This case is one of many where its a consumer-based project and is
not doing as well as some of the grid-based smart grid pilot projects. These
people were being asked to pay at least $200 more than they are used to without
being educated or informed as to why; as if they were manipulated into their
position. Consumer issues were being overlooked and this could potentially
cause issues with the development stage of a smart grid.
A successful case study has taken place with the Salt River Project. From
2003 to 2013, 935,000 residential, commercial, and industrial consumers
participated in a smart grid pilot project. There were very few complaints and
88% of consumers said they prefer the M-Power prepaid metering system to a
monthly bill and 93% said to have used energy more wisely. The differences
between the two case studies is that SRP added measurements of consumer
education to its smart grid pilot. SRPs website included a reading tutorial for the
smart meters, FAQ, and a guide that informs consumers on what to expect
during the installation process. This usually includes the receiving of a postcard
before installation, an informative door hanger prior to installation, and a print out
of their first bill that includes smart meter/grid benefits. Customers were also able
to access the TOU data through email notifications or through a web portal, (EIA,
2011).
MARKETING THE SMART GRID
6. Market classification and segmentation play a major role in marketing.
Market classification is the marketing of a service or good, in this case the smart
grid, focuses more so on demographics like residential, industrial, or commercial
consumers. Advocates have been great at market classification and marketing to
those specific groups. However, market segmentation, which is the marketing of
a service or good to a type of customer, a make-it-yourself or a do-whats-easiest
mindset for example, should be what marketers for the smart grid should be
focusing on. Tailoring a message to a specific segment requires a lot of thought.
Marketers must tell a story with heir narrative to engage the consumer.
Different areas of America will react to the smart grid differently. This all
depends on what renewable resource is the most available and the demand of
these resources. For example, Chinas winds are heavily supplied therefore wind
power is taken advantage of, (Chan, Xu, Wang, Wu, 2010). These resources will
have a heavy effect on what types of stories and marketing efforts should be
used.
Psychology is also a major backbone of marketing. There are 5 stages of
consumer decision making that can be applied to the way society accepts the
smart grid; 1) Need Recognition, 2) Information Search, 3) Alternative Evaluation,
4) Purchase Decision, and 5) Post-Purchase Behavior, (Perreau, 2014). Need
recognition goes hand in hand with education. Educating society about the need
for a new electrical infrastructure and the environmental benefits of switching will
help them recognize the need for change. Information Search and Alternative
Evaluation involve the research of smart grid options and whether or not it is
7. something the customer is interested in. This is where marketing will play a major
role. Having positive and influential content out on the market that tells a story
that the consumer can connect with, especially emotionally, can increase the
acceptance rate. Purchase Decision all boils down to whether the consumer
likes, trusts, and wants the product offered. This entire decision can be swayed
with cause-based marketing, or marketing that focuses on a greater good, and
messages tailored to the customers segments.
America is a very skeptical country and unless there is a well-defined and
obvious need for something, change is rare. In developing countries, it is
apparent that a change must be made in order for their country to succeed.
Different types of government are also a factor in the application of smart grids in
other countries. Some societies dont have a choice on whether or not to have a
smart grid. This is why some countries like China or India and so willing to
implement the smart grid infrastructure.
LASTING CHANGE FOR AMERICA
When looking at the sociology of the smart grid in America, its clear to see that
society and technology are constantly intertwined. Technological momentum is
how I would view the smart grid coming to America. At first society must
understand the smart grid and that it is a better option for our future. Sierra
Coughlin, another Interdisciplinary Studies student who is a member of ISEEs
Society on Social Implications of Technology group, said it best when said,
Given this understanding, it is accurate to argue that despite the economic
downturn of the United States, investing in and promoting Smart Grid
8. technologies is a fiscally and ethically responsible decision for the American
people. Furthermore, Smart Grid technologies contribute a significant role in the
preservation and sustainable health of future generations, (Coughlin, Smart
Grid). Once society has accepted the smart grid and it has become an important
part and the singular electrical system in the United States, it will become a part
of who we are, how me live, and how we innovate from then on. Society will then
become dependent on technology. This transformation from social determinism
to technological determinism is how the smart grid system will take over America.
It can be argued that a social construction of technology, SCOT, theory
can be used when looking at the smart grid. This theory states that human action
is the main driver for technological innovation, (Bijker, Pinch, 1987). However, I
think that over time, technology does drive how society acts.
Technological determinism can also be argued, that technology is the soul
factor in society changes. I dont believe this is true because we must incorporate
other changes in time, for example, environmental changes like global warming,
Heilbroner, 1994).
CONCLUSION
In conclusion, I believe that with the right education system for consumers
and future prospects and a tailored marketing message for market segments, I
think that the smart grid will be accepted at a faster rate and applied throughout
America to make a lasting change in the electrical infrastructure. Education
tactics like those of SRP, continuously keeping consumers involved, and
education programs to inform about the benefits, like the reduction of
9. greenhouse gases and energy savings, should be used so that consumers dont
feel like their being taken advantage of. Customers should feel a sense of trust
and likeability to smart grid utility brands through cause-based marketing
strategies that influence good behavior, or in this case, closely watching how
they consume energy. Consumers might have to spend more money on bills, but
they will feel a sense of doing good and will be more inclined to do so with the
right marketing story. Based on the technological momentum theory, society will
bring in the smart grid, apply it, then it will forever change the way we use
electricity, innovate America, and live our lives.
10. Work Cited:
Accenture. (2010). Accelerating Successful Smart Grid Pilots. World Economic
Forum.
Bijker, W. E., Hughes, T. P., & Pinch, T. (1987). The Social Construction of Technological
Systems. The MIT Press.
Chan, K., Xu, D., Wang, M., Wu, C. (2010). Evolution of the Smart Grid in China. McKinsey
on Smart Grid.
Gilligan, B. (2010). How To Drive The Smart Grid Forward: Connect With Consumers.
Green Biz.
Heilbroner, R. (1994). Technological Determinism Revisited. The MIT Press.
11. Hughes, T. P. (1994). Technological Momentum. In Smith, M. R. and Marx, L., Does
Technology Drive History: The Dilemma of Technological Determinism. The MIT
Press
Perreau, F. (2014). The 5 Stages of Consumer Buying Decision Process. The Consumer
Factor.
SAIC. (2011). U.S. Smart Grid Case Studies.