This document provides an analysis of demand side management (DSM) technologies. It presents a diagram of the DSM system, identifying technological components like energy management systems (EMS), advanced metering infrastructures (AMI), and field area networks (FAN). The document then describes these DSM domains in more detail. Specifically, it outlines how AMI integrates smart meters and control devices to enable energy management. Finally, the document discusses how AMI facilitates communication among smart meters, service providers, billing systems, and demand response networks to support functions like real-time energy consumption monitoring.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and an overview of energy consumption management and advanced interface technologies like AMI and FAN. It then presents the structure of DSM, showing how AMI connects smart meters, service providers, energy management systems, and energy generators and storage at the consumer level. The document concludes with an announcement about California adopting new rules to ensure consumers can access energy usage data from utilities.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and an overview of energy consumption management and advanced interface technologies like AMI and FAN. It then presents the structure of DSM, showing how AMI connects smart meters, service providers, and energy management systems at the consumer level. The document concludes with an overview of the California PUC adopting new rules to ensure consumers can access energy usage data from smart meters.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and its focus on smart grid technologies. It then presents the structure of DSM, outlining the key technological domains like energy management systems, advanced metering infrastructure, and field area networks. The document uses case studies of companies in these domains to analyze business opportunities in DSM for Japanese startups.
This document provides an analysis of demand side management technologies. It begins with an introduction to demand side management and its focus on smart grid domains like energy management systems and advanced metering infrastructure. It then presents a case study on the company EnerNOC, which provides demand response and energy management services. EnerNOC's business model involves aggregating reductions in energy consumption from commercial and industrial customers during periods of peak demand to help utilities balance their systems. The document discusses EnerNOC's services, funding history, business focus areas, and some risks to its business model from factors like dependence on utility revenues.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and its focus on smart grid technologies like energy management systems and advanced metering infrastructure. It then presents the structure of DSM, outlining its key technological domains and components. The document analyzes two case studies - People Power and iControl Networks. People Power offers an integrated energy management solution while iControl Networks provides a software platform to enable home security, energy management, and health care functions. Both partner with broadband and home security companies but have different business models.
The document analyzes US venture capital investment trends in cleantech startups. It finds that between 2006-2010, cleantech investments increased at a 22% compound annual growth rate. In the first quarter of 2011, cleantech investment equaled that of web companies. The analysis also shows that VC investment concentrates on energy production, energy management systems, and batteries technologies. For Japanese cleantech startups, opportunities may be greater in the demand side of smart grid technologies due to direct consumer contact and technological overlaps.
SmartSynch is a smart grid communications company that uses cellular networks for utilities' smart grid projects. It was founded in 2000 and currently has 70 employees. SmartSynch has raised over $83 million in funding from investors including Kinetic Ventures, Siemens Venture Capital, and JP Morgan. The company's GridRouter platform allows utilities to integrate smart meter data with other systems using cellular networks. While cellular networks provide flexibility, mesh networks may be better able to handle future smart grid applications due to lower latencies.
Silver Spring Networks is a smart grid communications company that supplies wireless mesh equipment to utilities to enable two-way communication networks throughout the electric grid. It has raised over $207 million in funding since 2008. While revenue has grown in recent years, the company has experienced significant losses each year and anticipates continued losses as it expands its customer base. Key risks include reliance on a limited number of utility customers and long sales cycles for new utility contracts.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and an overview of energy consumption management and advanced interface technologies like AMI and FAN. It then presents the structure of DSM, showing how AMI connects smart meters, service providers, energy management systems, and energy generators and storage at the consumer level. The document concludes with an announcement about California adopting new rules to ensure consumers can access energy usage data from utilities.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and an overview of energy consumption management and advanced interface technologies like AMI and FAN. It then presents the structure of DSM, showing how AMI connects smart meters, service providers, and energy management systems at the consumer level. The document concludes with an overview of the California PUC adopting new rules to ensure consumers can access energy usage data from smart meters.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and its focus on smart grid technologies. It then presents the structure of DSM, outlining the key technological domains like energy management systems, advanced metering infrastructure, and field area networks. The document uses case studies of companies in these domains to analyze business opportunities in DSM for Japanese startups.
This document provides an analysis of demand side management technologies. It begins with an introduction to demand side management and its focus on smart grid domains like energy management systems and advanced metering infrastructure. It then presents a case study on the company EnerNOC, which provides demand response and energy management services. EnerNOC's business model involves aggregating reductions in energy consumption from commercial and industrial customers during periods of peak demand to help utilities balance their systems. The document discusses EnerNOC's services, funding history, business focus areas, and some risks to its business model from factors like dependence on utility revenues.
This document provides an analysis of demand side management (DSM) technologies. It begins with an introduction to DSM and its focus on smart grid technologies like energy management systems and advanced metering infrastructure. It then presents the structure of DSM, outlining its key technological domains and components. The document analyzes two case studies - People Power and iControl Networks. People Power offers an integrated energy management solution while iControl Networks provides a software platform to enable home security, energy management, and health care functions. Both partner with broadband and home security companies but have different business models.
The document analyzes US venture capital investment trends in cleantech startups. It finds that between 2006-2010, cleantech investments increased at a 22% compound annual growth rate. In the first quarter of 2011, cleantech investment equaled that of web companies. The analysis also shows that VC investment concentrates on energy production, energy management systems, and batteries technologies. For Japanese cleantech startups, opportunities may be greater in the demand side of smart grid technologies due to direct consumer contact and technological overlaps.
SmartSynch is a smart grid communications company that uses cellular networks for utilities' smart grid projects. It was founded in 2000 and currently has 70 employees. SmartSynch has raised over $83 million in funding from investors including Kinetic Ventures, Siemens Venture Capital, and JP Morgan. The company's GridRouter platform allows utilities to integrate smart meter data with other systems using cellular networks. While cellular networks provide flexibility, mesh networks may be better able to handle future smart grid applications due to lower latencies.
Silver Spring Networks is a smart grid communications company that supplies wireless mesh equipment to utilities to enable two-way communication networks throughout the electric grid. It has raised over $207 million in funding since 2008. While revenue has grown in recent years, the company has experienced significant losses each year and anticipates continued losses as it expands its customer base. Key risks include reliance on a limited number of utility customers and long sales cycles for new utility contracts.
Opower is an energy efficiency company that provides utilities with a customer engagement platform to help households save energy. It was founded in 2007 and has grown to over 200 employees. Opower works with over 50 utilities to deliver personalized energy reports, online tools, and alerts to over 10 million households. This has helped households save an average of 3-5% on their energy bills, totaling over $450 million in savings. A California utility saw continued higher savings each year working with Opower by integrating it with their systems to easily transfer usage data. Key to Opower's success is that its reports are opt-out rather than opt-in, and it has good relationships with utilities.
Distribution Planning With reliability Options for Distributed Generationdavidtrebolle
This document discusses a proposed market mechanism called reliability options for distributed generation (RODG) that aims to encourage distributed generation (DG) to actively participate in avoiding overloads on electricity distribution networks and substituting new network investments. The mechanism would allocate the firm capacity required from DG through a competitive auction process. This would make DG partly responsible for reliability while also providing incentives for more efficient operation in consideration of network conditions. Benefits would be shared between distribution system operators, who obtain firm power from DG as an alternative to network upgrades, and DG owners, who are compensated for providing this service.
Hara Software is a software company founded in 2008 that provides a SaaS application called Hara EEM to help businesses measure and reduce their greenhouse gas emissions. Hara EEM has four application modules: Discover, Plan, Act, and Innovate. Hara has raised $45 million in three rounds of funding from investors including Kleiner Perkins Caufield & Byers and employs 69 people as of September 2011.
This document discusses implementing a smart grid using IBM's Datapower technology. It discusses:
1) Industry forces driving changes in utilities like customer expectations, aging infrastructure, and new regulations.
2) The need for greater reliability, efficiency, and observability in utility networks, leading to intelligent utility networks.
3) How standards like CIM and GID can provide common data models and services to improve integration across utility systems.
4) IBM's Solution Architecture for Energy and Utilities (SAFE) which provides a framework for building integrated solutions leveraging these standards.
Data center power and cooling infrastructure worldwide wastes more than 60,000,000 megawatt-hours per year of electricity that does no useful work powering IT equipment. This represents an enormous financial burden on industry, and is a significant public policy environmental issue. This paper describes the principles of a new, commercially available data center
architecture that can be implemented today to dramatically improve the electrical efficiency of data centers.
This document summarizes the key challenges and considerations for rolling out smart meters in the UK. It discusses the drivers for smart grids including cost savings and enabling renewable energy. Challenges include determining who pays for installation, establishing universal communication standards, and addressing customer concerns over privacy and security. Effective rollout will require overcoming technical issues through system design that considers full lifecycle security risks and achieving targets through continued stakeholder commitment.
The document provides an overview of wireless communication, including:
1) It discusses the evolution of wireless standards from telegraph to 4G cellular and highlights key technologies like 2G, 3G, WiFi and Bluetooth.
2) It outlines some of the challenges in wireless communication such as limitations of the wireless channel, issues around standardization, network planning and other concerns.
3) It explores future trends and research areas in wireless including technologies like UWB, OFDM and MIMO that can help address challenges and enhance capacity, data rates and performance.
SCE's smart grid vision is to develop a more reliable, secure, efficient and environmentally friendly electric system covering production, transmission, distribution and smart use of electricity. Key drivers include growth in renewable energy, electric vehicles and distributed energy resources which are challenging the capabilities of the current grid. SCE's $1.5 billion smart grid development plan includes investments in technologies like phasor measurement, distribution automation and smart metering to help integrate renewables, support electric vehicles and empower customers. Realizing a fully functional smart grid will require continued technology advances, seamless communications infrastructure and a skilled workforce.
The Army manages both installation and operational energy requirements. In FY11, the Army spent $1.3 billion on facility energy and $3.7 billion on liquid fuel purchases, a more than $1 billion increase over FY10. The Army is working to improve energy efficiency across its enterprise in order to enhance capabilities, safeguard resources, and build resilience through renewable and alternative energy sources.
Session2 sw hs industry in syria current situation and prospects (mohamad ho...RCREEE
The document discusses solar water heating (SWH) in Syria. It provides an overview of Syria's energy indicators and solar energy potential. It then summarizes Syria's history with SWH technology, the current SWH industry and market, barriers to market growth, and policies to promote SWH adoption. The market has potential to grow with the right regulations, financing programs, and cooperation between public and private sectors.
1) The document discusses smarter asset management strategies for renewable energy projects across their lifecycle, from planning and design through operation and maintenance.
2) Advanced analytics tools are highlighted that can optimize wind farm design and placement to increase efficiency. Remote monitoring technologies allow issues to be identified before failures occur.
3) Case studies show how data-driven approaches have reduced response times, improved accuracy in turbine placement, and increased revenue through condition-based maintenance.
Michael Hsieh (UC Berkley Extension) - Conférence TechnoArk 2013TechnoArk
The document discusses the modernization of the electric grid and the consumerization and democratization of smart energy. It summarizes that (1) consumers are becoming "prosumers" who both consume and produce energy, (2) new crowd-sourced technologies are emerging that are not supplied by traditional utilities, and (3) all technologies must be able to interconnect and interact as intended on the grid.
Stephen Lee presented on future system planning to meet new challenges. Some key points:
- Planning needs to take a holistic approach considering the entire power supply and delivery chain.
- Foundations like situational awareness, models, and protection schemes need strengthening to improve reliability.
- New solutions are needed like optimal dispatch, aggregators, energy storage, and expanded transmission.
- Holistic planning optimizes decisions while considering total costs and public benefits.
The document discusses opportunities for smarter electric grids through analyzing, simplifying and implementing new technologies and business models. It highlights two key opportunities: renewable energy integration through improved forecasting and scheduling aided by energy storage; and demand response programs. Challenges in deploying smart grid technologies include defining business cases, regulatory policies, consumer acceptance and technical design issues.
This document discusses managing an SOA environment with Tivoli products. It introduces SOA concepts and components. It describes several Tivoli products for SOA management, including ITCAM for SOA, ITCAM for WebSphere, ITCAM for Response Time Tracking, and OMEGAMON XE for Messaging. It covers basic and advanced SOA and Web services management tasks that can be performed with these products, such as monitoring, debugging performance, understanding calling patterns, and maintaining continuity with an enterprise service bus.
This document provides guidance on migrating an existing IBM Encryption Key Manager (EKM) installation on z/OS to Tivoli Key Lifecycle Manager for z/OS. There are several differences in how the two products manage encryption keys that must be taken into account during migration. The migration process involves moving the EKM configuration, keystore, drive information, and metadata into the TKLM environment. Proper permissions and preparations must be made before key data can be migrated from EKM to TKLM.
The document provides an overview of implementing OMEGAMON XE for Messaging V6.0:
- It discusses WebSphere MQ, WebSphere Message Broker, and WebSphere InterChange Server as messaging middleware.
- OMEGAMON XE for Messaging provides monitoring, configuration, and automation capabilities for these products.
- The document guides readers on installing the OMEGAMON infrastructure, configuring WebSphere MQ agents, using the product for WebSphere MQ configuration and monitoring, and provides examples of monitoring scenarios.
Selecting And Protecting The Right Sharepoint Backup Targets Sps MichiganChristopher Bunn
The document discusses various technical targets that should be protected for a SharePoint farm backup and disaster recovery plan. The key targets include content databases, the central admin database, farm configuration database, service applications, search indexes, solution packages, and the SharePoint root files. Other related targets that may need protection depending on the farm configuration include IIS settings, certificates, the web root, global assembly cache, registry hives used by SharePoint, and installation files. More specialized targets include those used for remote blob storage, transparent data encryption, external data sources, and single server farms. The document stresses understanding your unique farm and prioritizing protection of the most important targets.
This document provides a guide to selecting and differentiating IBM tape products. It begins with an introduction and overview of IBM tape offerings. The guide then presents a questioning format to gather information about a user's current and future backup environment. This includes questions about hardware, software, data, backup processes, restore needs and financial considerations. The document helps users find the best tape solution by comparing entry-level, LTO and enterprise tape subsystem options. It provides positioning matrices and summaries to aid in selecting the most appropriate tape drives, libraries and components for a user's backup strategy.
This document provides instructions for a lab exercise on getting started with IBM MobileFirst Platform. It introduces the key concepts of MobileFirst Platform Studio and walks through steps to import a sample banking application project, examine the project structure, add an Android environment, and preview the application in the Mobile Browser Simulator and an Android device. It also demonstrates how to invoke adapters and use the MobileFirst Platform Console and Operational Analytics. The lab aims to familiarize users with the MobileFirst Platform development tools and features.
Opower is an energy efficiency company that provides utilities with a customer engagement platform to help households save energy. It was founded in 2007 and has grown to over 200 employees. Opower works with over 50 utilities to deliver personalized energy reports, online tools, and alerts to over 10 million households. This has helped households save an average of 3-5% on their energy bills, totaling over $450 million in savings. A California utility saw continued higher savings each year working with Opower by integrating it with their systems to easily transfer usage data. Key to Opower's success is that its reports are opt-out rather than opt-in, and it has good relationships with utilities.
Distribution Planning With reliability Options for Distributed Generationdavidtrebolle
This document discusses a proposed market mechanism called reliability options for distributed generation (RODG) that aims to encourage distributed generation (DG) to actively participate in avoiding overloads on electricity distribution networks and substituting new network investments. The mechanism would allocate the firm capacity required from DG through a competitive auction process. This would make DG partly responsible for reliability while also providing incentives for more efficient operation in consideration of network conditions. Benefits would be shared between distribution system operators, who obtain firm power from DG as an alternative to network upgrades, and DG owners, who are compensated for providing this service.
Hara Software is a software company founded in 2008 that provides a SaaS application called Hara EEM to help businesses measure and reduce their greenhouse gas emissions. Hara EEM has four application modules: Discover, Plan, Act, and Innovate. Hara has raised $45 million in three rounds of funding from investors including Kleiner Perkins Caufield & Byers and employs 69 people as of September 2011.
This document discusses implementing a smart grid using IBM's Datapower technology. It discusses:
1) Industry forces driving changes in utilities like customer expectations, aging infrastructure, and new regulations.
2) The need for greater reliability, efficiency, and observability in utility networks, leading to intelligent utility networks.
3) How standards like CIM and GID can provide common data models and services to improve integration across utility systems.
4) IBM's Solution Architecture for Energy and Utilities (SAFE) which provides a framework for building integrated solutions leveraging these standards.
Data center power and cooling infrastructure worldwide wastes more than 60,000,000 megawatt-hours per year of electricity that does no useful work powering IT equipment. This represents an enormous financial burden on industry, and is a significant public policy environmental issue. This paper describes the principles of a new, commercially available data center
architecture that can be implemented today to dramatically improve the electrical efficiency of data centers.
This document summarizes the key challenges and considerations for rolling out smart meters in the UK. It discusses the drivers for smart grids including cost savings and enabling renewable energy. Challenges include determining who pays for installation, establishing universal communication standards, and addressing customer concerns over privacy and security. Effective rollout will require overcoming technical issues through system design that considers full lifecycle security risks and achieving targets through continued stakeholder commitment.
The document provides an overview of wireless communication, including:
1) It discusses the evolution of wireless standards from telegraph to 4G cellular and highlights key technologies like 2G, 3G, WiFi and Bluetooth.
2) It outlines some of the challenges in wireless communication such as limitations of the wireless channel, issues around standardization, network planning and other concerns.
3) It explores future trends and research areas in wireless including technologies like UWB, OFDM and MIMO that can help address challenges and enhance capacity, data rates and performance.
SCE's smart grid vision is to develop a more reliable, secure, efficient and environmentally friendly electric system covering production, transmission, distribution and smart use of electricity. Key drivers include growth in renewable energy, electric vehicles and distributed energy resources which are challenging the capabilities of the current grid. SCE's $1.5 billion smart grid development plan includes investments in technologies like phasor measurement, distribution automation and smart metering to help integrate renewables, support electric vehicles and empower customers. Realizing a fully functional smart grid will require continued technology advances, seamless communications infrastructure and a skilled workforce.
The Army manages both installation and operational energy requirements. In FY11, the Army spent $1.3 billion on facility energy and $3.7 billion on liquid fuel purchases, a more than $1 billion increase over FY10. The Army is working to improve energy efficiency across its enterprise in order to enhance capabilities, safeguard resources, and build resilience through renewable and alternative energy sources.
Session2 sw hs industry in syria current situation and prospects (mohamad ho...RCREEE
The document discusses solar water heating (SWH) in Syria. It provides an overview of Syria's energy indicators and solar energy potential. It then summarizes Syria's history with SWH technology, the current SWH industry and market, barriers to market growth, and policies to promote SWH adoption. The market has potential to grow with the right regulations, financing programs, and cooperation between public and private sectors.
1) The document discusses smarter asset management strategies for renewable energy projects across their lifecycle, from planning and design through operation and maintenance.
2) Advanced analytics tools are highlighted that can optimize wind farm design and placement to increase efficiency. Remote monitoring technologies allow issues to be identified before failures occur.
3) Case studies show how data-driven approaches have reduced response times, improved accuracy in turbine placement, and increased revenue through condition-based maintenance.
Michael Hsieh (UC Berkley Extension) - Conférence TechnoArk 2013TechnoArk
The document discusses the modernization of the electric grid and the consumerization and democratization of smart energy. It summarizes that (1) consumers are becoming "prosumers" who both consume and produce energy, (2) new crowd-sourced technologies are emerging that are not supplied by traditional utilities, and (3) all technologies must be able to interconnect and interact as intended on the grid.
Stephen Lee presented on future system planning to meet new challenges. Some key points:
- Planning needs to take a holistic approach considering the entire power supply and delivery chain.
- Foundations like situational awareness, models, and protection schemes need strengthening to improve reliability.
- New solutions are needed like optimal dispatch, aggregators, energy storage, and expanded transmission.
- Holistic planning optimizes decisions while considering total costs and public benefits.
The document discusses opportunities for smarter electric grids through analyzing, simplifying and implementing new technologies and business models. It highlights two key opportunities: renewable energy integration through improved forecasting and scheduling aided by energy storage; and demand response programs. Challenges in deploying smart grid technologies include defining business cases, regulatory policies, consumer acceptance and technical design issues.
This document discusses managing an SOA environment with Tivoli products. It introduces SOA concepts and components. It describes several Tivoli products for SOA management, including ITCAM for SOA, ITCAM for WebSphere, ITCAM for Response Time Tracking, and OMEGAMON XE for Messaging. It covers basic and advanced SOA and Web services management tasks that can be performed with these products, such as monitoring, debugging performance, understanding calling patterns, and maintaining continuity with an enterprise service bus.
This document provides guidance on migrating an existing IBM Encryption Key Manager (EKM) installation on z/OS to Tivoli Key Lifecycle Manager for z/OS. There are several differences in how the two products manage encryption keys that must be taken into account during migration. The migration process involves moving the EKM configuration, keystore, drive information, and metadata into the TKLM environment. Proper permissions and preparations must be made before key data can be migrated from EKM to TKLM.
The document provides an overview of implementing OMEGAMON XE for Messaging V6.0:
- It discusses WebSphere MQ, WebSphere Message Broker, and WebSphere InterChange Server as messaging middleware.
- OMEGAMON XE for Messaging provides monitoring, configuration, and automation capabilities for these products.
- The document guides readers on installing the OMEGAMON infrastructure, configuring WebSphere MQ agents, using the product for WebSphere MQ configuration and monitoring, and provides examples of monitoring scenarios.
Selecting And Protecting The Right Sharepoint Backup Targets Sps MichiganChristopher Bunn
The document discusses various technical targets that should be protected for a SharePoint farm backup and disaster recovery plan. The key targets include content databases, the central admin database, farm configuration database, service applications, search indexes, solution packages, and the SharePoint root files. Other related targets that may need protection depending on the farm configuration include IIS settings, certificates, the web root, global assembly cache, registry hives used by SharePoint, and installation files. More specialized targets include those used for remote blob storage, transparent data encryption, external data sources, and single server farms. The document stresses understanding your unique farm and prioritizing protection of the most important targets.
This document provides a guide to selecting and differentiating IBM tape products. It begins with an introduction and overview of IBM tape offerings. The guide then presents a questioning format to gather information about a user's current and future backup environment. This includes questions about hardware, software, data, backup processes, restore needs and financial considerations. The document helps users find the best tape solution by comparing entry-level, LTO and enterprise tape subsystem options. It provides positioning matrices and summaries to aid in selecting the most appropriate tape drives, libraries and components for a user's backup strategy.
This document provides instructions for a lab exercise on getting started with IBM MobileFirst Platform. It introduces the key concepts of MobileFirst Platform Studio and walks through steps to import a sample banking application project, examine the project structure, add an Android environment, and preview the application in the Mobile Browser Simulator and an Android device. It also demonstrates how to invoke adapters and use the MobileFirst Platform Console and Operational Analytics. The lab aims to familiarize users with the MobileFirst Platform development tools and features.
The IBM MobileFirst Platform provides mobile application development tools and services. It allows developers to integrate backend data, continuously improve apps based on user feedback, and deliver personalized experiences. The platform provides modular services for contextualizing apps, securing data, and gaining insights from usage data. It supports both hybrid and native mobile application development.
We analyze each portfolio of the selected US venture capitals. In doing so, we sort those startups into some categories based on technologies such as Renewable Energy and Energy Management. We then evaluate opportunities for Japanese cleantech startups.
This document analyzes US venture capital investment trends in cleantech startups, focusing on categories like renewable energy, energy management systems, and batteries. It finds that investment concentrates on energy production, energy management, and batteries. For Japanese cleantech startups, opportunities may be greater in demand side technologies like energy management systems that interact directly with consumers.
Foothill College's energy system includes 1.5 MW of solar PV, 250 KW of cogeneration, and utility power. The document discusses distributed generation, the intelligent grid, and a new electricity model with energy generation close to loads. It also examines the energy pulse of the campus throughout the day and the concept of "Energy Intelligence" which uses monitoring, modeling, and management of smart energy systems.
This document discusses a cross-layer technology program developed by IMEC that aims to improve quality of experience for mobile multimedia services by offering the best tradeoff between energy consumption and perceived quality. There is a growing gap between available battery energy and increasing energy demands of wireless multimedia systems. IMEC's program designs smart controllers for wireless multimedia systems to minimize total energy consumption while providing required quality. The program was applied to a video surveillance scenario with multiple cameras sending video to an access point, and a smart controller was developed to ensure reliable and timely delivery of different video streams while maximizing battery lifetime. The proposed approach was shown to save up to 3 times more energy than state-of-the-art approaches and guarantee video quality over
This document discusses the opportunity for grid-scale energy storage and the barriers to widespread adoption. It notes that energy storage could be the next large renewable energy market after wind and solar. However, existing storage solutions are not adequate and technology breakthroughs are needed to bring costs below $1,200/kW and $200/kWh for large-scale use. As policy and performance barriers are addressed, the market is positioned for growth after 2015, especially if technologies can reach grid parity. Success will depend on developing solutions that meet efficiency, durability and other targets for different grid applications.
This document discusses data fusion theory for smart grids. It explains that smart grids produce large amounts of streaming data from various sensors and devices. Analyzing these correlated dynamic datasets in real-time is challenging but important for optimizing grid operations. The document proposes measuring the "smart grid entropy" to quantify how controllable and volatile a local grid's energy sources and loads are. This can help evaluate different grid design and investment options.
The document discusses smart meters and utility metering applications. It describes high-end utility meters that combine energy metering, power quality monitoring, I/O capabilities, and communications. These advanced meters can be used for revenue and tariff metering, power quality analysis, substation automation, equipment monitoring and control, and improving system accuracy. The document also provides examples of how a utility is using power quality monitoring systems to identify issues early, avoid equipment failures, reduce outage times, and lower costs.
This document discusses empowering energy suppliers and consumers to efficiently manage electricity through demand response programs. It introduces the CES Smart Distribution Panel, which is a fully scalable and integrated metering and site energy management system. The panel allows flexible and verifiable demand response by enabling selective curtailment of appliances based on consumer priorities. A pilot program example shows an average 57% reduction in consumption during demand shedding periods. The panel provides value to utilities by guaranteeing demand reductions and saving costs compared to traditional smart meters and demand response systems.
Houston's Smart Grid: Transforming the Future of Electric Distribution & Ener...aectnet
1) Over 1.6 million smart meters have been deployed, with deployment on schedule to reach 2.2 million meters by mid-2012. Benefits include electronic billing and service orders.
2) A $200 million Department of Energy grant accelerated smart meter deployment and supported intelligent grid infrastructure projects. Over $190 million has been invoiced and received from the grant.
3) Smart meters and the intelligent grid provide consumer benefits now like outage notifications and time-of-use rates, with future benefits including energy analysis tools, electric vehicle support, and demand response programs.
The document discusses infrastructure development in India with a focus on sustainability and renewable energy. It addresses what infrastructure means for a country, looking at the creation, maintenance, and disposal stages. It also examines the key components of infrastructure including mining, manufacturing, transportation, power generation, transmission and distribution. Sustainable infrastructure is highlighted as doing all of these stages sustainably.
The document discusses plug-in electric vehicles (PEVs) and the implications for vehicle charging infrastructure. It notes that automakers are ramping up PEV production forecasts for 2010 and beyond. Utilities are forming partnerships to prepare for PEV pilots. There are significant policy issues to address regarding tax collection, demand management, carbon caps, interoperability standards, and incentives. The document outlines three scenarios for charging infrastructure development and four key impact areas for the electricity industry regarding PEVs.
Thomas Van Maele, Partner Corporate Finance, Econopolis (Market structure and...Vlerick_Alumni
The document discusses the evolution of the traditional electricity supply chain. [1] It describes how liberalization led to unbundling generation, transmission, and distribution and allowed competition in production and supply. [2] It outlines the EU's 20-20-20 targets for renewable energy, emissions reductions, and energy efficiency. [3] Renewable energy targets have incentivized different support policies across member states and more focus is needed on energy efficiency to meet climate goals.
Energy Management System in Microgrid with ANFIS Control Scheme using Heurist...IRJET Journal
1. Premise: The document discusses an energy management system for a microgrid that uses an adaptive neuro-fuzzy inference system (ANFIS) control scheme.
2. Consequence: It is proposed that ANFIS control can efficiently manage power balancing in a microgrid system with renewable energy sources and an energy storage system. The ANFIS control scheme is simulated in MATLAB/Simulink to validate its effectiveness in mitigating power fluctuations during varying loads.
3. Resolution: The results of the simulation demonstrate that the proposed ANFIS control scheme can function as both an energy management system and battery management system for a microgrid system with renewable energy sources.
Learn how to build and energy awareness program that accelerates energy efficiency, scouts for cost savings and makes energy data actionable.
Presented by: Janie Jefferies-Freer
Learn about the challenges in implementing an energy project, the components of an EMS – Energy Management Solution, some important techniques for energy reduction, and how to make real money savings from your bottom line.
Register to view presentations On-Demand: http://be.buildingengines.com/Webinar-Energy-Data-Management.html
The document discusses integrating distributed solar and storage systems. It provides an overview of StrateGen Consulting and the California Energy Storage Alliance (CESA), whose goal is to expand the role of energy storage technology. Distributed applications are seen as offering the greatest number of potential value streams by providing benefits to customers, utilities, system operators, and society. Modeling of a hypothetical example shows that pairing a 350 kW solar PV system with energy storage could provide higher value than the solar system alone by allowing storage to shift solar power to peak demand periods.
Thoughts About the Grid of the Future and Realities about the Future of the Grid
The document discusses the challenges facing today's power grid and how energy storage can help solve them. The aging grid is struggling to integrate renewable energy and handle demand growth. This causes blackouts that cost businesses over $150 billion per year. Energy storage can provide grid flexibility through frequency regulation and ramping capacity to integrate more solar and wind power. As technologies improve, energy storage will play an even greater role in creating a self-healing, highly flexible grid of the future.
COST-EFFICIENT RESIDENTIAL ENERGY MANAGEMENT SCHEME FOR INFORMATION-CENTRIC N...IJCNCJournal
Home network (HOMENET) performs multiple important functions such as energy management,
multimedia sharing, lighting and climate control in smart grid (SG). In HOMENET there are numerous
challenges among which mobility and security are the basic requirements that need to be addressed with
priority. The information-centric networking (ICN) is regarded as the future Internet that subscribes data
in a content-centric manner irrespective of its location. Furthermore, it has pecial merit in mobility and
security since ICN supports in-network caching and self-contained security, these make ICN a potential
solution for home communication fabric. This paper aims to apply the ICN approach on HOMENET
system, which we called ICN-HOMENET. Then, a proof-of-concept evaluation is employed to evaluate the
effectiveness of the proposed ICN-HOMENET approach in data security, device mobility and efficient
content distribution for developing HOMENET system in SG. In addition, we proposed a cost-efficient
residential energy management (REM) scheme called ICN-REM scheme for ICN-HOMENET system which
encourages consumers to shift the start time of appliances from peak hours to off-peak hours to reduce the
energy bills. To the best of our knowledge, this is the first attempt to propose an ICN-based REM scheme
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20110804 ems intro_english
1. An Analysis of Demand Side Management
Aug 4, 2011
ⓒ 2011 insprout Corporation.
All rights reserved
2. Table of Contents
1. Introduction
2. Our Focus in the Technological Domains of Smart Grid
3. Demand Side Management
4. Big News!
2 ⓒ 2011 insprout Corporation.
All rights reserved
3. Introduction
Purpose
-In the previous research, we identify the business opportunities in
Demand Side Management (DSM) that include the Energy
Management Services (EMS) and Advanced Metering Infrastructures
(AMI) & Field Area Network (FAN).
-In this research, we will deeply take a look at the structure of these
technological domains, and pick up & analyze some companies
active in these domain as case study.
Methodology
-We will present an diagram of Demand Side Management,
identifying each technological component within the system.
-We will then pick up some companies that are actively doing
businesses within these fields to get case studies for Japanese startups.
3 ⓒ 2011 insprout Corporation.
All rights reserved
4. 2.Our Focus in the Technological Domains of Smart Grid
Generation Transmission Distribution Consumption
1 2 3 Energy Consumption
Energy Production Monitoring&Control of System Power Supply
1) Renewable Energies 4) Wide Area Monitoring System 5)Distribution Automation 6) EMS
2) Alternative Energies 7) EV
4
Effective Operation of System Power Supply
3)Fossil Fuel Efficiency 8) Recycle
10)Superconducting Transmission
9) Energy Saving
11) Power Electronics Applied Equipment
5
Advanced Interface Technologies
12) AMI / FAM
13) Power Conditioner Technologies
6
Energy Storage
14) Energy Storage Technologies
4 ⓒ 2011 insprout Corporation.
※Classifications are based on Japan’s New Energy and Industrial Technology Development Organization (NEDO) “Renewable Energy Technology White Paper 2010.” All rights reserved
5. 2.Detailed Descriptions of DSM Domains
Technological
Description
Domain
Process of managing the consumption of energy, generally to
③Energy Consumption
6) EMS Technologies
optimize available and planned generation resources.
It includes HEMS, BEMS, FEMS, and Demand Response.
AMI refers to a system that integrates smart meter and various
⑤Advanced Interface
control devices for energy management. FAN is a network that
Technologies
12) AMI / FAN bundles multiple smart meters and connects to public
communication lines.
5 ⓒ 2011 insprout Corporation.
※Classifications are based on Japan’s New Energy and Industrial Technology Development Organization (NEDO) “Renewable Energy Technology White Paper 2010.” All rights reserved
6. 3.Structure of DSM
Block Diagram
Demand Response Network Household
Power Company Energy
Business Generator
AMI HEMS Household
System
Controller Devices
Distribution Energy
MDMS Concentrator Communication
Storage
Automation
System Building/Commercial/Industrial
Energy
Generator
Measure
Control
Gas Company
BEMS/FEMS Household
Controller Devices
Service Energy
Provider Storage
System Structure Wired/Wirelsss
Communication
Unit MDMS Smart Meter
EMS Controller
Concentrator 6 ⓒ 2011 insprout Corporation.
※Source: “Technologies and Standardization of Smart Grid” published in 2010 by Japan Standard Association All rights reserved
7. 3.Structure of DSM
AMI assumes communications among Smart Meter, Service Providers
including utility companies and Energy Management System placed in the
demand side.
Between service providers and consumers AMI provides information to
various systems through Meter Data Management System (MDMS). For
example, billing automation system, distribution automation system are done
through AMI.
The introduction of AMI makes it possible to
measure power consumption real time.
7 ⓒ 2011 insprout Corporation.
All rights reserved
8. 4.Big News!
California PUC adopted the world’s first comprehensive set of rules
to ensure that consumers can access the detailed energy usage data
gathered by their smart meter. This decision calls for:
1. Web Presentment
-Utilities must provide via their websites such information as detailed energy usage.
2. Tier Alerts
-When customers move from one price tier to the next, the utilities are to provide notification.
3. Rate Option Calculator
-Help consumers understand whether they would save money by switching to a time-of-use rate.
4. Real-time Data
-Decision requires them to file plans that “include an initial phase with a rollout that enables a
minimum of 5,000 HAN-enabled devices to be directly connected with smart meters.
5. Third-Party Data Service
- Consumers can authorize third parties to receive their backhauled smart meter data directly from the
utility to support services such as energy efficiency. Will use OpenADE as standard.
8 ⓒ 2011 insprout Corporation.
All rights reserved
9. 4.Big News! ~OpenADE (Automated Data Exchange)
How the Open Automated Data Exchange communication standard works
Utility Data Center Authorized Third Party
Meter Utility Utility Open
Open Internet ADE
Data Billing Web
ADE Energy Info
Mgmt & CIS Site
Application
Smart Network
Application Platform
Communication Network
Head End
Internet
Smart Meter Next Day Data
Communications AMI
Network Radio
9 ⓒ 2011 insprout Corporation.
※Source:http://www.emeter.com/smart-grid-watch/2011/california-puc-adopts-consumer-data-access-and-privacy-rules-for-smart-meters/ All rights reserved
10. TO BE CONTINUED
We will analyze in detail various DSM technologies and
companies in those domains
10 ⓒ 2011 insprout Corporation.
All rights reserved