Worldwide Nanotechnology Electric Smart Grid Market Shares Strategies, and Forecasts, 2009 to 2015
WinterGreen Research announces that it has a new study on Worldwide nanotechnology electric smart grid markets. Worldwide the smart electric grid is poised to achieve significant growth as end to end transmission and distribution management is implemented. Systems integration, management of consumer endpoints, the ability to recharge cars from renewable energy stations, the ability to store solar power is anticipated to drive smart grid market growth.
The smart grid depends on automated process provided by software. Middleware provides the integration technology to support inter-connective grid systems in a flexible manner.
Smart grid middleware software market share analysis relates to looking at how existing utility market presence is shifting to smart grid systems. Middleware is useful for managing the ability to turn appliances on and off remotely. It is useful for controlling the distribution of renewable energy. IBM dominates the SOA Web services markets because of its broad set of software and hardware product lines in combination with a strong global services team.
The new management challenges of service-orientation relate to establishing governance in the context of changing market conditions. SOA provides flexibility—breaking ungainly monolithic applications into distributed components and enabling IT to nimbly respond to the needs of the business. Organizations harness the potential of service orientation to create a sustainable competitive advantage.
IBM is the leader in SOA smart grid electric utility markets with 54% share of a $169 million market. Tibco is the number two vendor with 32% market share. SOA software vendors are merging and making acquisitions at a rapid pace seeking to achieve SOA product sets that are relevant to the shifting smart grid systems. IBM approach to the smart grid is to partner with suppliers so that leveraging information provides a more intelligent marketing effort by a team of suppliers.
Cisco EnergyWise permits companies to reduce energy costs and greenhouse gas. Endpoints are most impacted by the smart grid. Power management is being automated so that devices can be turned on and off to achieve storage of electricity from renewable sources. Day-to-day use of electricity is being taken to a new level of IT control.
Power electronics are at the heart of the interface among energy storage, distributed generation and the electric system. Power electronics devices hold substantial promise for transforming the electric power system. High voltage power electronics allow precise and rapid switching of electric power to support long distance transmission. Lower voltage power electronics can be used in power distribution, and in the interface between customers and the electric grid.
The smart electrical grid is moving to electronics and sensors from a purely mechanical infrastructure. Computer networks and systems are needed to gather and analyze information. With information comes the ability to intelligently control the grid. Solid state electronics provides the base for gathering information from the electricity grid. Control is needed because renewable energy brings several different types of electricity to be transmitted and distributed.
Solid state electronics is set to improve the efficiency of the electricity grid. Solid state electronics is used for compression connectors and cross arms. Solid state fault-current limiters using high temperature superconductors offer a solution to controlling fault-current levels on utility distribution and transmission networks. These fault-current limiters, unlike reactors or high-impedance transformers, limit fault currents without adding impedance to the circuit during normal operation. Development of superconducting fault-current limiters is being pursued by electrical manufacturers around the world.
Breakthrough technology in electric grids brings advancements that provide customers with personal transportation choices never before available. Transmission capacity to bring remote generation to load centers is limited. New transmission infrastructure is being planned and built to address this issue. Increasingly, new generation is sited far from population centers. Wind power generation is often located in remote or rural locations. This requires the installation of new transmission. Wind resources have capacity factors below 50%. It is often the case that new transmission capacity for the renewable resource is not economical.
This leads to the incentive for use of end point storage of power generated from renewable sources. Local generation of electricity from wind and solar do not require the development of new transmission lines. The local generators are not necessarily owned by a utility, more likely by the building owner or residence owner. Thus, the utilities do not plan for the effectiveness of local generation of electricity because they do not profit from it.
Wind power projects may mean it is cost-effective to build transmission capacity for slightly less than the full nameplate capacity of the project and store output during the small number of hours per year when output exceeds the available transmission capacity. Adding energy storage to enable the dispatch of the energy at a different time is being developed.
According to Susan Eustis, lead author of the study, “Large emerging smart grid markets are providing equipment used for electricity management of new renewable energy gat endpoints. Systems are used to consolidate and distribute power generated by renewable energy systems. Endpoints are being configured with batteries. End to end management of electricity by the smart grid means that appliances, air conditioners, and electric vehicles have an ability to manage stored energy. End point management of electricity from off peak times for use during peak hours requires a more sophisticated electrical grid.”
Markets for electric smart grid SOA and software integration infrastructure at $169 million in 2008 are anticipated to reach $1.7 billion by 2015. Markets for electric smart grid meters at $492 million in 2008 are anticipated to reach $1.1 billion by 2015. Lithium-ion batteries used in cell phones and PCs, and in cordless power tools are proving the technology to power endpoint of electric grids. Early trials of electric smart grid meters are being used, proving the feasibility of electric smart grids.
The smart grid depends on automated process provided by software. Middleware provides the integration technology to support inter-connective grid systems in a flexible manner.
Smart grid middleware software market share analysis relates to looking at how existing utility market presence is shifting to smart grid systems. Middleware is useful for managing the ability to turn appliances on and off remotely. It is useful for controlling the distribution of renewable energy. IBM dominates the SOA Web services markets because of its broad set of software and hardware product lines in combination with a strong global services team.
The new management challenges of service-orientation relate to establishing governance in the context of changing market conditions. SOA provides flexibility—breaking ungainly monolithic applications into distributed components and enabling IT to nimbly respond to the needs of the business. Organizations harness the potential of service orientation to create a sustainable competitive advantage.
IBM is the leader in SOA smart grid electric utility markets with 54% share of a $169 million market. Tibco is the number two vendor with 32% market share. SOA software vendors are merging and making acquisitions at a rapid pace seeking to achieve SOA product sets that are relevant to the shifting smart grid systems. IBM approach to the smart grid is to partner with suppliers so that leveraging information provides a more intelligent marketing effort by a team of suppliers.
Cisco EnergyWise permits companies to reduce energy costs and greenhouse gas. Endpoints are most impacted by the smart grid. Power management is being automated so that devices can be turned on and off to achieve storage of electricity from renewable sources. Day-to-day use of electricity is being taken to a new level of IT control.
Power electronics are at the heart of the interface among energy storage, distributed generation and the electric system. Power electronics devices hold substantial promise for transforming the electric power system. High voltage power electronics allow precise and rapid switching of electric power to support long distance transmission. Lower voltage power electronics can be used in power distribution, and in the interface between customers and the electric grid.
The smart electrical grid is moving to electronics and sensors from a purely mechanical infrastructure. Computer networks and systems are needed to gather and analyze information. With information comes the ability to intelligently control the grid. Solid state electronics provides the base for gathering information from the electricity grid. Control is needed because renewable energy brings several different types of electricity to be transmitted and distributed.
Solid state electronics is set to improve the efficiency of the electricity grid. Solid state electronics is used for compression connectors and cross arms. Solid state fault-current limiters using high temperature superconductors offer a solution to controlling fault-current levels on utility distribution and transmission networks. These fault-current limiters, unlike reactors or high-impedance transformers, limit fault currents without adding impedance to the circuit during normal operation. Development of superconducting fault-current limiters is being pursued by electrical manufacturers around the world.
Breakthrough technology in electric grids brings advancements that provide customers with personal transportation choices never before available. Transmission capacity to bring remote generation to load centers is limited. New transmission infrastructure is being planned and built to address this issue. Increasingly, new generation is sited far from population centers. Wind power generation is often located in remote or rural locations. This requires the installation of new transmission. Wind resources have capacity factors below 50%. It is often the case that new transmission capacity for the renewable resource is not economical.
This leads to the incentive for use of end point storage of power generated from renewable sources. Local generation of electricity from wind and solar do not require the development of new transmission lines. The local generators are not necessarily owned by a utility, more likely by the building owner or residence owner. Thus, the utilities do not plan for the effectiveness of local generation of electricity because they do not profit from it.
Wind power projects may mean it is cost-effective to build transmission capacity for slightly less than the full nameplate capacity of the project and store output during the small number of hours per year when output exceeds the available transmission capacity. Adding energy storage to enable the dispatch of the energy at a different time is being developed.
According to Susan Eustis, lead author of the study, “Large emerging smart grid markets are providing equipment used for electricity management of new renewable energy gat endpoints. Systems are used to consolidate and distribute power generated by renewable energy systems. Endpoints are being configured with batteries. End to end management of electricity by the smart grid means that appliances, air conditioners, and electric vehicles have an ability to manage stored energy. End point management of electricity from off peak times for use during peak hours requires a more sophisticated electrical grid.”
Markets for electric smart grid SOA and software integration infrastructure at $169 million in 2008 are anticipated to reach $1.7 billion by 2015. Markets for electric smart grid meters at $492 million in 2008 are anticipated to reach $1.1 billion by 2015. Lithium-ion batteries used in cell phones and PCs, and in cordless power tools are proving the technology to power endpoint of electric grids. Early trials of electric smart grid meters are being used, proving the feasibility of electric smart grids.
SMART ELECTRIC GRID MARKET EXECUTIVE SUMMARY
Day-To-Day Operation Of A Power Grid
Smart Grid Powers Economic Prosperity
Smart Grid Transactions Generate Revenue
U.S. Stimulus Plan For Smart Grid
Key Elements of Electrical Grid
Overall Worldwide Economic Environment
Smart Grid Market Driving Forces
Smart Grid Middleware Software Market Shares
Smart Grid Middleware Software Market Forecasts
Renewable Energy
Transmission
Purely Electronic Electrical Grid Systems
SiC Superior Material For Electronic Switches
Smart Grid Partnering
Power Electronics Devices
1. SMART ELECTRIC GRID MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Day-To-Day Operation Of A Power Grid
1.1.1 Smart Grid Leverages Renewable Energy
1.1.2 U.S. Stimulus Plan For Smart Grid
1.1.3 US Department of Energy GridWorks Cables
1.1.4 GridWorks Multi-Year Plan
1.1.5 Renewable Energy Smart Grid Transition Issues
1.2 Overview of the Electric Grid
1.2.1 Smart Grid
1.2.2 National Institute of Standards and Technology (NIST)
1.2.3 Smart Electrical Grid
1.2.4 Electric Transmission
1.2.5 Electric Distribution
1.2.6 Residential Customer and Business Electric Systems
1.2.7 Electricity Based Information Technology
1.3 Electric Power Industry
1.3.1 Challenges Facing the Electric Power Industry
1.3.2 Maintaining A Reliable Electric Power System
1.4 Smart Grid Market Opportunity
1.4.1 World-Class Electric System Challenges
1.4.2 Transmission Grids Mesh Networks
1.4.3 Smart Grid Vision
1.4.4 Italian System and Trial Smart Grids
1.4.5 Superconductivity
1.4.6 Power System Stabilizers
1.4.7 Solid State Fault Current Limiter
1.5 NEMA Board Approves Activities To Modernize Electrical Grid
1.5.1 Smart Grid
2. SMART ELECTRIC GRID MARKET SHARES AND MARKET FORECASTS
2.1 Smart Grid Market Driving Forces
2.1.1 Overall Worldwide Economic Environment
2.1.2 Key Elements of Electrical Grid
2.1.3 Renewable Energy
2.2 Smart Grid Middleware Software Market Shares
2.2.1 IBM Next Generation Electrical Grid
2.2.2 Tibco Solutions For Next-Generation Smart Grid Utility Challenges
2.2.3 Tibco Service Virtualization
2.3 Smart Grid Middleware Software Market Forecasts
2.4 Smart Grid Advanced Metering Market Shares
2.4.1 Itron
2.4.2 Itron North America AMR Systems
2.4.3 Itron North America AMI Systems
2.4.4 Itron Actaris AMR and AMI Systems
2.4.5 Itron Actaris Prepayment Metering
2.4.6 Landis+Gyr
2.4.7 GE
2.5 Smart Grid Advanced Metering System Forecasts
2.5.1 Itron Meter Unit Shipments
2.5.2 Smart Grid Meter Unit Shipment Forecasts
2.5.3 MR and AMI Systems
2.5.4 Electricity Meters, Products and Systems
2.5.5 Smart Grid Advanced Meters
2.5.6 Smart Grid Advanced Meters ROI Calculations
2.6 Semiconductor Industry Smart Metering
2.7 Worldwide Residential Solar Cell and Panel Shipments
2.7.1 Worldwide Utility Electricity Solar Cell and Panel Shipments
2.7.2 Smart Grid Technology Solution
2.7.3 AMI & The Smart Grid - Utilities at a Crossroads:
2.8 Smart Grid Companies with Measurable Market Share
2.8.1 IBM SOA Systems Integration Software and Smart-Meter Technology
2.8.2 Cisco and Digi International Smart Grid Networking
2.8.3 Cisco® Virtual Office
2.8.4 Itron
2.8.5 Echelon Corp
2.8.6 Landis+Gyr
2.8.7 Silver Spring Networks
2.8.8 Trilliant Two-Way Communication Between The Utility And Its Customers
2.8.9 Elster
2.8.10 Elster Technology and Innovation
2.8.11 OpenWay
2.8.12 Greenbox and Tendril
2.8.13 GridPoint and Trilliant
2.9 Smart Grid Wireless Sensor Networking Forecasts
2.9.1 Association of Home Appliance Manufacturers (AHAM) Energy Efficiency
2.9.2 Smart Grid Peak Usage Analysis
2.9.3 Smart Grid Intelligent Networks
2.9.4 Smart Grid Communications
2.9.5 Smart Grid In-Home Devices
2.9.6 Smart Grid Monitoring And Control Devices
2.9.7 Electric Vehicle Smart Grid Integration
2.10 Electric Vehicle Economic Market Driving Forces
2.10.1 Nanotechnology Forms the Base for Lithium-Ion Batteries
2.10.2 Lithium-Ion Batteries
2.10.3 Electric Vehicle Market Shares
2.10.4 Electric Vehicles Market Forecasts
2.11 Worldwide Nanotechnology Thin Film Lithium-Ion Battery Market Driving Forces
2.11.1 Electric Vehicles Market Driving Forces
2.11.2 Nanotechnology Forms the Base for Lithium-Ion Batteries
2.11.3 Competitors
2.12 Lithium-Ion Battery Market Shares
2.12.1 Electric Vehicles Lithium-Ion Battery Market Forecasts
2.12.2 Smart Grid Reduces Carbon Emissions
2.12.3 Smart Grid Key Policy Issues
2.12.4 Smart Grid Federal Policy Considerations
2.13 Smart Grid Substations
2.13.1 Next Generation Smart Grid Components and Systems
2.13.2 Electric Power Utilities As Adopters Of Technology
2.13.3 Smart Grid Scalability
2.13.4 Secure Smart Grid
2.13.5 Strategic Smart Grid
2.13.6 Open Standards Smart Grid Infrastructure
2.14 Electronic Switches
2.15 Stimulus Plan Promises Billions For Smart Grid.
2.16 Smart Grid Cables and Conductors
2.16.1 Underground Electrical Transmission Infrastructure
2.16.2 Smart Grid Conductors
2.17 Smart Grid Communications
2.17.1 Smart Grid Transmission
2.17.2 Smart Grids And Intelligent Information Systems Inside Utilities
2.17.3 Smart Grid Systems Interoperability
2.17.4 Smart Grid System Reliability and Economics
2.18 Electrical Grid Regional Analysis
2.18.1 United States Transmission
2.18.2 US Electricity Market Profile
2.18.3 North American Electric Reliability Council
2.18.4 Electric Generation
2.19 Smart Grid Regional Analysis
2.19.1 United States
2.19.2 European Union
2.19.3 China
2.19.4 Canada
2.19.5 Itron Revenues By Region
2.19.6 Digi International Sales By Geographic Region:
2.19.7 Elster Group Regional Revenue
3. ELECTRIC SMART GRID PRODUCT DESCRIPTION
3.1 Smart Grid Electronics and Sensors Replace Mechanical Infrastructure
3.1.1 Smart Grid Networking
3.2 IBM Next Generation Electrical Grid
3.2.1 IBM Grid Management System
3.2.2 IBM and Itron Strategic Relationships
3.2.3 IBM, EDF to Research Smart Grid Technology
3.2.4 IBM Smart Grid Client American Electric Power
3.2.5 IBM Nationwide Smart Grid Implementation
3.2.6 IBM Smart Grid Asset Management and Security
3.2.7 OE Linkages
3.2.8 IBM Energy Positioning
3.2.9 IBM Outage Management Systems
3.2.10 IBM Smart Grid Billing Support
3.2.11 IBM Renewable Energy Systems
3.3 Tibco
3.3.1 Tibco Solutions For Next-Generation Smart Grid Utility Challenges
3.3.2 Tibco Services Oriented Architecture SOA
3.3.3 Tibco Service Virtualization
3.3.4 Tibco ActiveMatrix
3.3.5 Tibco SOA Solutions
3.3.6 Tibco Monitor, Filter, Analyze, Correlate, And Respond In Real Time
3.3.7 Tibco SOA For Shipping And Distribution
3.3.8 Tibco SOA Mainframe Service Suite
3.3.9 Tibco Adapter For z/OS
3.3.10 Tibco Object Service Broker
3.3.11 Tibco ActiveMatrix Business Works Advantage
3.3.12 Tibco SOA Cost Effective Strategy
3.3.13 Tibco Utility Middleware
3.3.14 TIBCO Solutions for the Utility Industry
3.4 Cisco
3.4.1 Cisco EnergyWise Key Component of Networked Framework
3.5 Cisco for Computers, Buildings
3.5.1 Cisco® Virtual Office
3.6 Silver Spring Networks
3.6.1 Silver Spring Networks Smart Grid Interoperability
3.6.2 ABB and Silver Spring Networks
3.6.3 Silver Spring Networks Energy Platform
3.6.4 Silver Spring Networks and OG&E Electric Services Partner to Deploy Smart Grid Technology
3.6.5 Silver Spring Networks Smart Grid IP Network
3.7 Smart Energy IP Network Framework
3.7.1 Smart Energy Network Dynamic, Secure and Comprehensive Control
3.7.2 Smart Energy Network Performance Throughout The Smart Grid
3.8 Silver Spring Networks' UtilityIQ Advanced Metering for the Smart Grid
3.9 Silver Spring Networks' UtilityIQ Network Management for the Smart Grid
3.10 Silver Spring Networks UtilityIQ ODS
3.10.1 Silver Springs Networks
3.10.2 Smart Grid Miami: FPL, GE, Cisco, Silver Spring Rolling Out 1M Smart Meters
3.11 Digi International
3.11.1 Digi International Embedded And Non-Embedded Modules
3.11.2 Digi International Non-Embedded Products
3.12 Electronic Switches
3.12.1 Power Electronics Devices
3.12.2 Power Switches
3.12.3 Linkages
3.13 Distribution SubStation Enterprise Electronic Switches
3.14 Silicon Power Corporation
3.15 Silicon Power Solidtron
3.15.1 Silicon Power Systems Division
3.15.2 Silicon Power Solid State Fault Limiter
3.15.3 Silicon Power DC, AC, and Voltage Conversion Systems
3.15.4 Silicon Power Super Gate Turn Off thyristor)
3.15.5 Silicon Power Solid State Fault Limiter
3.16 Royal Philips Electronics / Intermagnetics General Corporation
3.17 American Superconductor
3.17.1 American Superconductor Superconducting Cable
3.18 Netherlands' Royal Philips Electronics / SuperPower
3.19 Advanced Metering
3.20 Itron OpenWay Advanced Metering
3.20.1 OpenWay Advanced Metering System Benefits
3.20.2 Itron® OpenWay
3.20.3 Itron OpenWay Centron Solid-State Meter
3.20.4 Itron and IBM Strategic Relationships
3.20.5 Itron and Digi International Partner to Develop Smart Grid Applications
3.20.6 Digi’s Drop-in Networking Architecture
3.21 GE Energy Advanced Metering
3.22 Eaton Corporation
3.22.1 Eaton Corporation Hitachi Order for Commercial Vehicle Hybrid System
3.22.2 Sensor Switch Occupancy Sensor Products
3.22.3 Sensor Switch Technology Engineering Driven Company
3.22.4 Sensor Switch Passive Infrared
3.23 Microphonics™
3.24 Demand/Energy Management
3.24.1 Comverge SuperStat Pro State-Of-The-Art Smart Thermostat
3.25 EnerNOC
3.25.1 EnerNOC Site Server
3.25.2 EnerNOC PowerTrak Enterprise Energy Management Software
3.25.3 Greenbox™ Technology
3.26 Home Area Networks and Devices
3.27 Tendril
3.27.1 Tendril Outlet
3.27.2 Energate Pioneer Z100 –
3.28 Rate$Aver
3.29 Home Energy Controller
3.29.1 Trilliant SecureMesh™ Micro Access Portal
3.29.2 Daintree Networks Sensor Network Analyzer
3.30 Smart Energy Test Harness
3.30.1 Smart Energy Automizer
3.30.2 GSF Smart Energy Device Simulator
3.31 GridPoint Energy Manager
3.32 SmartSynch SmartMeter
3.32.1 SmartSynch : Inside the Smartmeter
3.32.2 SmartSynch Meter
3.33 Trilliant
3.33.1 Trilliant SecureMesh™ Network
3.33.2 Trilliant MeshGate™ Gateway
3.33.3 Trilliant Commercial & Industrial
3.33.4 Trilliant Residential Meters
3.34 Smart Grid Controls
3.35 Echelon LonWorks
3.35.1 Echelon Corp Has Installed 30 Million Wired LonWorks Meters
3.36 Honeywell
3.36.1 Honeywell Smart Grid Solutions Flexible, Scalable Solutions
3.36.2 Energy Management Services
3.36.3 Honeywell Energy Management Services
3.36.4 Honeywell Comprehensive Services, Innovative Solutions
3.36.5 Honeywell Micro SwitchTM Safety Switches
3.37 SolarWinds
3.38 Verdiem Energy Management
3.39 Schneider Electric
3.40 Johnson Controls
3.40.1 Johnson Controls Actuators Dampers And Valves
3.40.2 Johnson Controls Actuators
3.40.3 Johnson Controls Damper Products
3.40.4 Johnson Controls Sensor Products
3.40.5 Johnson Controls Valve Products
3.41 Verdiem
3.42 Google
3.43 DC Systems Smart Grid Software
3.44 SuperPower
3.44.1 Attributes of SuperPower 2G High Temperature Superconducting HTS Wire
3.44.2 SuperPower 2G High Temperature Superconducting HTS Wire Manufacturing Capability
3.44.3 SuperPower 2G High Temperature Superconducting Wire Applications & Capabilities
3.45 PNNL Electronics and Systems Integration
3.46 3M
3.47 Southwire
3.47.1 Southwire HTS Triax System Operations
3.47.2 Southwire HTS Triax Super-Clean Compounds
3.47.3 Southwire HTS Triax Rigorous Testing And Full Reporting
3.47.4 Hydrogen Storage of Electricity in Campus and Utility Environments
3.47.5 Thin Film Battery Storage of Electricity in Residential and Transportation Environments
3.48 Silicon Power
3.49 Elster
3.49.1 Elster Metering Systems (AMR)
3.50 Landis+Gyr
3.51 Sensus
3.51.1 Sensus and Telemetric
4. ELECTRIC SMART GRID TECHNOLOGY
4.1 Balancing Of Volatile Electricity Transmission
4.1.1 Carnegie Mellon Software Engineering Institute (SEI)
4.1.2 Global Intelligent Utility Network Coalition
4.1.3 World Energy Council (WEC)
4.1.4 Electric Power Research Institute (EPRI)
4.1.5 ZigBee Alliance Objectives
4.1.6 Smart Energy Markets and Solutions
4.1.7 Smart Energy Golden Unit Certification Products
4.2 Superconductivity
4.3 Grid Reliability
4.3.1 Calculation Of The Cost Of A Power Outage
4.4 Purely Electronic Electrical Grid Systems
4.4.1 SiC Superior Material For Electronic Switches
4.5 Traditional Electricity Energy Resources
4.6 Transmission Capacity for Wind Power Generation
4.6.1 AEP Deploying A 5.0 Megawatt (MW) Sodium Sulfur (NaS) Battery
4.6.2 Energy Storage As A Transmission Application
4.7 Concentrating Solar Power Basics
4.8 How Solar Cells Work
4.8.1 90% Of Solar Cells Made From Silicon
4.8.2 Crystalline Silicon
4.8.3 Solar Cells Convert Sunlight to Electricity
4.8.4 Intensity Of The Photon Flow
4.9 Solar Technologies
4.9.1 SunPower Technology
4.9.2 Types of PV Technologies
4.9.3 Crystalline Silicon
4.9.4 Thin-Film PV Technology
4.9.5 Thin film PV Modules Technology
4.9.6 Amorphous and Thin Film Silicon
4.9.7 Highly Efficient Thin-Film Solar Cells
4.9.8 Developing Technologies: Electrochemical PV cells
4.10 Filsom Technology
4.10.1 Dyesol DSC - Dye Solar Cell Technology
4.10.2 First Solar CdTe Technology
4.10.3 Copper Indium Diselenide
4.11 Amorphous Silicon
4.12 Regional Considerations
4.13 Solar Panel Standards
4.14 Batteries For Solar Energy Storage
4.14.1 Thin film batteries (TFB)
4.14.2 Flooded Lead Acid Batteries
4.14.3 Absorbed Glass Mat Sealed Lead Acid (AGM)
4.14.4 MK Gel Cell Batteries
4.14.5 MK Power-Tech Batteries
4.15 Solar Research and Development
4.15.1 Barrier Coatings And Stability Of Thin Film Solar Cells
4.15.2 High-Efficiency Amorphous Silicon And Nanocrystalline Silicon-Based Solar Cells And Modules
4.15.3 High Throughput, Low Toxic Processing Of Very Thin, High Efficiency CIGSS Solar Cells
4.16 Solar Utility Projects
4.16.1 Jefferson County Jail in Golden, Colo
4.16.2 Utility Application Of The Stirling Solar Dish
4.16.3 Yes! Solar PV Systems
4.16.4 Large Photovoltaic System In Connecticut
4.16.5 Arizona Community Solar PV Systems
4.16.6 Arizona State Installed 2 MW Of Solar Photovoltaics
4.16.7 Canadian Solar Delivers Building-Integrated Photovoltaics To Beijing
4.16.8 Amtech Solar Diffusion Processing Systems
4.16.9 Solar-Powered Affordable Housing
4.16.10 OptiSolar Xantrex GT500MV Grid-Tie Inverters
4.16.11 Amtech Solar Diffusion Processing Systems
4.16.12 Solar-Powered Affordable Housing
4.16.13 OptiSolar Selects Xantrex GT500MV Grid-Tie Inverters
4.16.14 Young Brothers To Purchase Power From Hoku Solar System
4.16.15 Yingli To Supply 9.19 MW Of Modules To EN-NEO
4.16.16 Timminco Enters Supply Relationship With CSI
4.16.17 ersol Thin Film Signs Module Supply Contract With Ralos Vertriebs
4.16.18 eSolar, SCE To Produce 245 MW Of Solar Power
4.16.19 Canadian Solar Signs Supply Agreement With Neo Solar Power
4.16.20 Solar Power Inc SPI Closes $20 Million Hardware Sale
4.16.21 Yingli Green Energy Signs New Sales Contract With S.A.G.
4.16.22 Kyocera Solar Teams With Zacher Homes, American Solar Electric
4.16.23 OPEL To Market Solarfun Panels In North America And Brazil
4.16.24 Solar Thin Films, China Singyes To Partner On 100 MW Of Photovoltaics
4.16.25 Napa Valley Winery Features Floating Photovoltaic Panels
4.16.26 SunEdison Puts 1.18 MW Of Solar Online At California Prison
4.16.27 Yingli Green Energy Contracts With Sailing New Energy Resources
4.16.28 Asola To Supply Sunworx With Solar PV Modules
4.16.29 XsunX Expands Relationship With Newport For Thin-Film Solar Manufacturing
4.16.30 ersol Signs Solar Cell Supply Contract With aleo solar
4.16.31 Spire To Provide Turnkey Solar Module Manufacturing Line To BTCP
4.16.32 Evergreen Solar Signs Two Large Sales Contracts
4.16.33 Nanosolar Highlights 1 GW CIGS PV Production Tool
4.16.34 Schuco Introduces S SPU-4 Series Of Polycrystalline Solar PV Modules
4.16.35 Genasun Offering GV-3 Solar Charge Controller
4.16.36 Solar Monkey Installs 3 MW Of Solar PV
4.16.37 Pacific Power, Mitsubishi Complete 1 MW Photovoltaic Installation
4.16.38 Ecostream and City Solar Grid Installations in Spain
4.16.39 SunPower Completes 1.4 MW Solar Electric System In South Korea
4.16.40 Solel Closes Deal With Ibereolica For 190,000 Solar Receivers
4.17 Impact Of Nanotechnology
4.17.1 Thin Film Batteries
4.17.2 High Rate Capability
4.17.3 Comparison Of Rechargeable Battery Performance
4.17.4 Polymer Film Substrate
4.17.5 Micro Battery Solid Electrolyte
4.18 Thin Film Lithium Ion Battery Technology
4.18.1 Rechargeable Lithium Batteries Characteristics
4.19 Challenges in Battery Design
4.19.1 Advanced Lithium-ion Batteries Requirements
4.20 Vendor Lithium-Ion Battery Positioning
4.20.1 High-Quality, Volume Manufacturing Facilities
4.21 Applications Of Lithium-Ion Batteries
4.22 Mobile Phone Industry
4.22.1 Nanowires
4.22.2 Thin Film Battery Enabling Chemistries
4.22.3 The Cathodes
4.22.4 Solid State Devices Provide More Energy Density
4.23 Advantages of Lithium-Ion Batteries
4.23.1 Lithium-Ion Battery Shortcomings
4.23.2 Charging
4.23.3 Applications
4.23.4 Costs
4.24 Lithium Cell Chemistry Variants
4.24.1 Lithium-ion
4.24.2 Lithium-ion Polymer
4.24.3 Other Lithium Cathode Chemistry Variants
4.24.4 Lithium Cobalt LiCoO2
4.24.5 Lithium Manganese LiMn2O4
4.24.6 Lithium Nickel LiNiO2
4.24.7 Lithium (NCM) Nickel Cobal Manganese - Li(NiCoMn)O2
4.24.8 Lithium Iron Phosphate LiFePO4
4.25 Operating Performance Of The Cell Can Be Tuned
4.26 Lithium Metal Polymer
4.26.1 Lithium Sulphur Li2S8
4.26.2 Alternative Anode Chemistry
4.27 ExxonMobil affiliate, Tonen Chemical Polyethylene-Based, Porous Film
4.28 Cymbet Alternate Manufacturing
4.29 Thin-Film Batteries Packaging
4.30 ITN Energy Systems Fibrous Substrates, PowerFiber
4.30.1 ITN Sensors
4.31 Cell Construction
4.32 Battery Technology for Smart Grid Devices
4.32.1 Battery Chemistries Technology
5. ELECTRIC SMART GRID COMPANY PROFILES
5.1 ABB
5.1.1 ABB Revenue
5.2 Association of Home Appliance Manufacturers (AHAM)
5.3 Cisco
5.3.1 Cisco / PostPath
5.3.2 Cisco / Jabber
5.3.3 Cisco Next-Gen Unified Communications
5.3.4 Cisco Focus On Development Of Conferencing And Collaboration, Leveraging Expertise In The Network
5.3.5 Cisco Revenue
5.3.6 Cisco Acquisitions and Investments
5.3.7 Cisco Innovation
5.3.8 Cisco Customers
5.4 Comverge
5.4.1 Comverge / Enerwise Global Technologies / Public Energy Solutions
5.5 Digi International
5.5.1 Digi International Segment Information
5.5.2 Digi International Segment Revenue 2008
5.5.3 Digi International Wireless Machine To Machine Strategic Positioning
5.6 Echelon
5.6.1 Echelon Revenue
5.6.2 Echelon Building Automation
5.6.3 Echelon Industrial Automation
5.6.4 Echelon Demand Response
5.6.5 Echelon Street Lighting
5.6.6 Echelon Home Control
5.6.7 Echelon Transportation
5.6.8 Echelon LonWorks Smart Grid/Metering
5.6.9 Echelon Corporation LonWorks Managed Street Lighting Networks
5.7 Elster
5.7.1 Elster Group
5.7.2 Elster Metering Limited
5.7.3 Elster Group acquires SmartMeter™ Business from Severn Trent Services
5.7.4 Elster Group Revenue
5.8 EnerNOC
5.8.1 EnerNOC Revenue
5.8.2 EnerNOC Clean And Intelligent Energy Solutions Competitive Strengths
5.8.3 EnerNOC Highly Scalable Business Model Focused on Commercial, Institutional and Industrial Customers
5.8.4 EnerNOC Comprehensive Technology Platform
5.8.5 EnerNOC Customers
5.8.6 EnerNOC Growing Customer Base
5.8.7 EnerNOC Strategy
5.8.8 EnerNOC End-Use Customers
5.8.9 EnerNOC Grid Operator and Utility Customers
5.8.10 EnerNOC Revenues
5.8.11 EnerNOC Recurring Revenues
5.8.12 EnerNOC Energy Monitoring
5.9 EPRI
5.10 Galvin Electricity
5.11 GE Energy
5.11.1 GE Energy Power Generation
5.11.2 GE Energy, Invenergy Federal Stimulus Funds U.S. Wind Projects
5.11.3 GE Renewable Energy
5.11.4 GE Energy Profile
5.11.5 GE Diversified Global Infrastructure
5.11.6 GE Energy Positioning Profile
5.11.7 GE Revenue
5.12 GridPoint
5.13 Honeywell International
5.13.1 Honeywell Revenue
5.14 IBM
5.14.1 IBM Strategic Priorities
5.14.2 IBM Delivers Integration and Innovation to Clients
5.14.3 IBM Business Model
5.14.4 IBM Unified Communications In The Cloud Architecture
5.14.5 IBM LotusLive Cloud-Based Portfolio Of Social Networking And Collaboration Services
5.14.6 IBM Revenue
5.14.7 IBM Software Capabilities
5.14.8 IBM Systems and Technology Capabilities
5.14.9 IBM Worldwide Organizations
5.14.10 IBM Security
5.14.11 IBM / American Electric Power
5.14.12 IBM Smart Grid Positioning
5.14.13 IBM GridWise Alliance Participation
5.14.14 Carnegie Mellon Software Engineering Institute and IBM Launch Smart Grid Framework
5.15 Itron
5.15.1 Itron North America AMR Systems
5.15.2 Itron North America AMI Systems
5.15.3 Itron Actaris AMR and AMI Systems
5.15.4 Itron Actaris Prepayment Metering
5.15.5 Itron Revenue
5.15.6 Itron North America
5.15.7 Actaris
5.15.8 Itron International
5.15.9 Itron Revenue First Three Months of 2009
5.15.10 Itron Revenues by Segment, Electricity, Gas, Water
5.16 Invenergy Wind LLC
5.17 Johnson Controls
5.17.1 Johnson Controls Building efficiency
5.17.2 Johnson Controls Power Solutions
5.17.3 Johnson Controls Net Sales
5.18 Landis+Gyr
5.18.1 Landis+Gyr Partners With Utilities
5.18.2 SCADA Solutions and Landis+Gyr Partner to Provide SCADA Applications for the Renewable Energy Wind Industry
5.18.3 Landis+Gyr Technology Enables Full Service Smart Grid Coverage
5.18.4 Landis+Gyr Advanced Metering Contract with PHI
5.18.5 Landis+Gyr Welcomes Smart Metering
5.19 OG&E Electric Services
5.20 Oracle
5.20.1 Oracle Utilities Customer Care and Billing
5.21 Pepco Holdings
5.21.1 Pepco Holdings Selects Silver Spring Networks For Smart Grid
5.22 PNNL
5.23 Royal Philips Electronics
5.23.1 Royal Philips Electronics / Intermagnetics General Corporation
5.23.2 Royal Philips Electronics / SuperPower
5.23.3 Royal Philips Electronics SuperPower Superconductivity
5.24 SCADA Solutions
5.25 Schneider Electric
5.26 Sensor Switch
5.26.1 Sensor Switch Passive Infrared
5.26.2 Sensor Switch Microphonics™
5.27 Sensus
5.27.1 Sensus Fiscal Fourth Quarter 2009
5.27.2 Sensus Key Highlights for the Fiscal Fourth Quarter
5.28 Silicon Power
5.28.1 Silicon Power Thyristors/Diodes
5.29 Silver Spring Networks
5.29.1 Silver Spring Networks Partners
5.29.2 DC Systems and Silver Spring Networks Distribution Automation Partnership
5.29.3 Silver Spring Networks Smart Grid Software
5.29.4 Silver Spring Networks Power Features And Specifications
5.29.5 Silver Spring Networks Technology Alliance Program
5.29.6 Silver Spring Networks
5.30 SmartSynch
5.30.1 SmartSynch Smart Grid Infrastructure
5.30.2 SmartSynch Product Positioning
5.30.3 SmartSynch Products
5.30.4 SmartSynch Marketing Strategy
5.30.5 Utilities Pilot the SmartMeter System
5.30.6 SmartSynch California Market Share
5.30.7 SmartSynch Partnerships and Alliances
5.31 Telemetric
5.32 Tendril
5.33 Tibco
5.33.1 Tibco SOA
5.33.2 Tibco Business optimization
5.33.3 Tibco BPM
5.33.4 Tibco Professional Services
5.33.5 Tibco Competition
5.33.6 Tibco Revenue
5.34 Trilliant
5.35 Tollgrade Communications
5.36 Tennessee Valley Authority
5.37 Utilities Telecom Council (UTC)
5.38 Vermont Electric Power Company (VELCO)
5.39 Xcel Energy
5.40 ZIV
5.41 Selected Companies Participating in Smart Grid Markets
5.41.1 Selected Smart Grid Market Participants
5.41.2 Selected Meter Manufacturers
Day-To-Day Operation Of A Power Grid
Smart Grid Powers Economic Prosperity
Smart Grid Transactions Generate Revenue
U.S. Stimulus Plan For Smart Grid
Key Elements of Electrical Grid
Overall Worldwide Economic Environment
Smart Grid Market Driving Forces
Smart Grid Middleware Software Market Shares
Smart Grid Middleware Software Market Forecasts
Renewable Energy
Transmission
Purely Electronic Electrical Grid Systems
SiC Superior Material For Electronic Switches
Smart Grid Partnering
Power Electronics Devices
1. SMART ELECTRIC GRID MARKET DESCRIPTION AND MARKET DYNAMICS
1.1 Day-To-Day Operation Of A Power Grid
1.1.1 Smart Grid Leverages Renewable Energy
1.1.2 U.S. Stimulus Plan For Smart Grid
1.1.3 US Department of Energy GridWorks Cables
1.1.4 GridWorks Multi-Year Plan
1.1.5 Renewable Energy Smart Grid Transition Issues
1.2 Overview of the Electric Grid
1.2.1 Smart Grid
1.2.2 National Institute of Standards and Technology (NIST)
1.2.3 Smart Electrical Grid
1.2.4 Electric Transmission
1.2.5 Electric Distribution
1.2.6 Residential Customer and Business Electric Systems
1.2.7 Electricity Based Information Technology
1.3 Electric Power Industry
1.3.1 Challenges Facing the Electric Power Industry
1.3.2 Maintaining A Reliable Electric Power System
1.4 Smart Grid Market Opportunity
1.4.1 World-Class Electric System Challenges
1.4.2 Transmission Grids Mesh Networks
1.4.3 Smart Grid Vision
1.4.4 Italian System and Trial Smart Grids
1.4.5 Superconductivity
1.4.6 Power System Stabilizers
1.4.7 Solid State Fault Current Limiter
1.5 NEMA Board Approves Activities To Modernize Electrical Grid
1.5.1 Smart Grid
2. SMART ELECTRIC GRID MARKET SHARES AND MARKET FORECASTS
2.1 Smart Grid Market Driving Forces
2.1.1 Overall Worldwide Economic Environment
2.1.2 Key Elements of Electrical Grid
2.1.3 Renewable Energy
2.2 Smart Grid Middleware Software Market Shares
2.2.1 IBM Next Generation Electrical Grid
2.2.2 Tibco Solutions For Next-Generation Smart Grid Utility Challenges
2.2.3 Tibco Service Virtualization
2.3 Smart Grid Middleware Software Market Forecasts
2.4 Smart Grid Advanced Metering Market Shares
2.4.1 Itron
2.4.2 Itron North America AMR Systems
2.4.3 Itron North America AMI Systems
2.4.4 Itron Actaris AMR and AMI Systems
2.4.5 Itron Actaris Prepayment Metering
2.4.6 Landis+Gyr
2.4.7 GE
2.5 Smart Grid Advanced Metering System Forecasts
2.5.1 Itron Meter Unit Shipments
2.5.2 Smart Grid Meter Unit Shipment Forecasts
2.5.3 MR and AMI Systems
2.5.4 Electricity Meters, Products and Systems
2.5.5 Smart Grid Advanced Meters
2.5.6 Smart Grid Advanced Meters ROI Calculations
2.6 Semiconductor Industry Smart Metering
2.7 Worldwide Residential Solar Cell and Panel Shipments
2.7.1 Worldwide Utility Electricity Solar Cell and Panel Shipments
2.7.2 Smart Grid Technology Solution
2.7.3 AMI & The Smart Grid - Utilities at a Crossroads:
2.8 Smart Grid Companies with Measurable Market Share
2.8.1 IBM SOA Systems Integration Software and Smart-Meter Technology
2.8.2 Cisco and Digi International Smart Grid Networking
2.8.3 Cisco® Virtual Office
2.8.4 Itron
2.8.5 Echelon Corp
2.8.6 Landis+Gyr
2.8.7 Silver Spring Networks
2.8.8 Trilliant Two-Way Communication Between The Utility And Its Customers
2.8.9 Elster
2.8.10 Elster Technology and Innovation
2.8.11 OpenWay
2.8.12 Greenbox and Tendril
2.8.13 GridPoint and Trilliant
2.9 Smart Grid Wireless Sensor Networking Forecasts
2.9.1 Association of Home Appliance Manufacturers (AHAM) Energy Efficiency
2.9.2 Smart Grid Peak Usage Analysis
2.9.3 Smart Grid Intelligent Networks
2.9.4 Smart Grid Communications
2.9.5 Smart Grid In-Home Devices
2.9.6 Smart Grid Monitoring And Control Devices
2.9.7 Electric Vehicle Smart Grid Integration
2.10 Electric Vehicle Economic Market Driving Forces
2.10.1 Nanotechnology Forms the Base for Lithium-Ion Batteries
2.10.2 Lithium-Ion Batteries
2.10.3 Electric Vehicle Market Shares
2.10.4 Electric Vehicles Market Forecasts
2.11 Worldwide Nanotechnology Thin Film Lithium-Ion Battery Market Driving Forces
2.11.1 Electric Vehicles Market Driving Forces
2.11.2 Nanotechnology Forms the Base for Lithium-Ion Batteries
2.11.3 Competitors
2.12 Lithium-Ion Battery Market Shares
2.12.1 Electric Vehicles Lithium-Ion Battery Market Forecasts
2.12.2 Smart Grid Reduces Carbon Emissions
2.12.3 Smart Grid Key Policy Issues
2.12.4 Smart Grid Federal Policy Considerations
2.13 Smart Grid Substations
2.13.1 Next Generation Smart Grid Components and Systems
2.13.2 Electric Power Utilities As Adopters Of Technology
2.13.3 Smart Grid Scalability
2.13.4 Secure Smart Grid
2.13.5 Strategic Smart Grid
2.13.6 Open Standards Smart Grid Infrastructure
2.14 Electronic Switches
2.15 Stimulus Plan Promises Billions For Smart Grid.
2.16 Smart Grid Cables and Conductors
2.16.1 Underground Electrical Transmission Infrastructure
2.16.2 Smart Grid Conductors
2.17 Smart Grid Communications
2.17.1 Smart Grid Transmission
2.17.2 Smart Grids And Intelligent Information Systems Inside Utilities
2.17.3 Smart Grid Systems Interoperability
2.17.4 Smart Grid System Reliability and Economics
2.18 Electrical Grid Regional Analysis
2.18.1 United States Transmission
2.18.2 US Electricity Market Profile
2.18.3 North American Electric Reliability Council
2.18.4 Electric Generation
2.19 Smart Grid Regional Analysis
2.19.1 United States
2.19.2 European Union
2.19.3 China
2.19.4 Canada
2.19.5 Itron Revenues By Region
2.19.6 Digi International Sales By Geographic Region:
2.19.7 Elster Group Regional Revenue
3. ELECTRIC SMART GRID PRODUCT DESCRIPTION
3.1 Smart Grid Electronics and Sensors Replace Mechanical Infrastructure
3.1.1 Smart Grid Networking
3.2 IBM Next Generation Electrical Grid
3.2.1 IBM Grid Management System
3.2.2 IBM and Itron Strategic Relationships
3.2.3 IBM, EDF to Research Smart Grid Technology
3.2.4 IBM Smart Grid Client American Electric Power
3.2.5 IBM Nationwide Smart Grid Implementation
3.2.6 IBM Smart Grid Asset Management and Security
3.2.7 OE Linkages
3.2.8 IBM Energy Positioning
3.2.9 IBM Outage Management Systems
3.2.10 IBM Smart Grid Billing Support
3.2.11 IBM Renewable Energy Systems
3.3 Tibco
3.3.1 Tibco Solutions For Next-Generation Smart Grid Utility Challenges
3.3.2 Tibco Services Oriented Architecture SOA
3.3.3 Tibco Service Virtualization
3.3.4 Tibco ActiveMatrix
3.3.5 Tibco SOA Solutions
3.3.6 Tibco Monitor, Filter, Analyze, Correlate, And Respond In Real Time
3.3.7 Tibco SOA For Shipping And Distribution
3.3.8 Tibco SOA Mainframe Service Suite
3.3.9 Tibco Adapter For z/OS
3.3.10 Tibco Object Service Broker
3.3.11 Tibco ActiveMatrix Business Works Advantage
3.3.12 Tibco SOA Cost Effective Strategy
3.3.13 Tibco Utility Middleware
3.3.14 TIBCO Solutions for the Utility Industry
3.4 Cisco
3.4.1 Cisco EnergyWise Key Component of Networked Framework
3.5 Cisco for Computers, Buildings
3.5.1 Cisco® Virtual Office
3.6 Silver Spring Networks
3.6.1 Silver Spring Networks Smart Grid Interoperability
3.6.2 ABB and Silver Spring Networks
3.6.3 Silver Spring Networks Energy Platform
3.6.4 Silver Spring Networks and OG&E Electric Services Partner to Deploy Smart Grid Technology
3.6.5 Silver Spring Networks Smart Grid IP Network
3.7 Smart Energy IP Network Framework
3.7.1 Smart Energy Network Dynamic, Secure and Comprehensive Control
3.7.2 Smart Energy Network Performance Throughout The Smart Grid
3.8 Silver Spring Networks' UtilityIQ Advanced Metering for the Smart Grid
3.9 Silver Spring Networks' UtilityIQ Network Management for the Smart Grid
3.10 Silver Spring Networks UtilityIQ ODS
3.10.1 Silver Springs Networks
3.10.2 Smart Grid Miami: FPL, GE, Cisco, Silver Spring Rolling Out 1M Smart Meters
3.11 Digi International
3.11.1 Digi International Embedded And Non-Embedded Modules
3.11.2 Digi International Non-Embedded Products
3.12 Electronic Switches
3.12.1 Power Electronics Devices
3.12.2 Power Switches
3.12.3 Linkages
3.13 Distribution SubStation Enterprise Electronic Switches
3.14 Silicon Power Corporation
3.15 Silicon Power Solidtron
3.15.1 Silicon Power Systems Division
3.15.2 Silicon Power Solid State Fault Limiter
3.15.3 Silicon Power DC, AC, and Voltage Conversion Systems
3.15.4 Silicon Power Super Gate Turn Off thyristor)
3.15.5 Silicon Power Solid State Fault Limiter
3.16 Royal Philips Electronics / Intermagnetics General Corporation
3.17 American Superconductor
3.17.1 American Superconductor Superconducting Cable
3.18 Netherlands' Royal Philips Electronics / SuperPower
3.19 Advanced Metering
3.20 Itron OpenWay Advanced Metering
3.20.1 OpenWay Advanced Metering System Benefits
3.20.2 Itron® OpenWay
3.20.3 Itron OpenWay Centron Solid-State Meter
3.20.4 Itron and IBM Strategic Relationships
3.20.5 Itron and Digi International Partner to Develop Smart Grid Applications
3.20.6 Digi’s Drop-in Networking Architecture
3.21 GE Energy Advanced Metering
3.22 Eaton Corporation
3.22.1 Eaton Corporation Hitachi Order for Commercial Vehicle Hybrid System
3.22.2 Sensor Switch Occupancy Sensor Products
3.22.3 Sensor Switch Technology Engineering Driven Company
3.22.4 Sensor Switch Passive Infrared
3.23 Microphonics™
3.24 Demand/Energy Management
3.24.1 Comverge SuperStat Pro State-Of-The-Art Smart Thermostat
3.25 EnerNOC
3.25.1 EnerNOC Site Server
3.25.2 EnerNOC PowerTrak Enterprise Energy Management Software
3.25.3 Greenbox™ Technology
3.26 Home Area Networks and Devices
3.27 Tendril
3.27.1 Tendril Outlet
3.27.2 Energate Pioneer Z100 –
3.28 Rate$Aver
3.29 Home Energy Controller
3.29.1 Trilliant SecureMesh™ Micro Access Portal
3.29.2 Daintree Networks Sensor Network Analyzer
3.30 Smart Energy Test Harness
3.30.1 Smart Energy Automizer
3.30.2 GSF Smart Energy Device Simulator
3.31 GridPoint Energy Manager
3.32 SmartSynch SmartMeter
3.32.1 SmartSynch : Inside the Smartmeter
3.32.2 SmartSynch Meter
3.33 Trilliant
3.33.1 Trilliant SecureMesh™ Network
3.33.2 Trilliant MeshGate™ Gateway
3.33.3 Trilliant Commercial & Industrial
3.33.4 Trilliant Residential Meters
3.34 Smart Grid Controls
3.35 Echelon LonWorks
3.35.1 Echelon Corp Has Installed 30 Million Wired LonWorks Meters
3.36 Honeywell
3.36.1 Honeywell Smart Grid Solutions Flexible, Scalable Solutions
3.36.2 Energy Management Services
3.36.3 Honeywell Energy Management Services
3.36.4 Honeywell Comprehensive Services, Innovative Solutions
3.36.5 Honeywell Micro SwitchTM Safety Switches
3.37 SolarWinds
3.38 Verdiem Energy Management
3.39 Schneider Electric
3.40 Johnson Controls
3.40.1 Johnson Controls Actuators Dampers And Valves
3.40.2 Johnson Controls Actuators
3.40.3 Johnson Controls Damper Products
3.40.4 Johnson Controls Sensor Products
3.40.5 Johnson Controls Valve Products
3.41 Verdiem
3.42 Google
3.43 DC Systems Smart Grid Software
3.44 SuperPower
3.44.1 Attributes of SuperPower 2G High Temperature Superconducting HTS Wire
3.44.2 SuperPower 2G High Temperature Superconducting HTS Wire Manufacturing Capability
3.44.3 SuperPower 2G High Temperature Superconducting Wire Applications & Capabilities
3.45 PNNL Electronics and Systems Integration
3.46 3M
3.47 Southwire
3.47.1 Southwire HTS Triax System Operations
3.47.2 Southwire HTS Triax Super-Clean Compounds
3.47.3 Southwire HTS Triax Rigorous Testing And Full Reporting
3.47.4 Hydrogen Storage of Electricity in Campus and Utility Environments
3.47.5 Thin Film Battery Storage of Electricity in Residential and Transportation Environments
3.48 Silicon Power
3.49 Elster
3.49.1 Elster Metering Systems (AMR)
3.50 Landis+Gyr
3.51 Sensus
3.51.1 Sensus and Telemetric
4. ELECTRIC SMART GRID TECHNOLOGY
4.1 Balancing Of Volatile Electricity Transmission
4.1.1 Carnegie Mellon Software Engineering Institute (SEI)
4.1.2 Global Intelligent Utility Network Coalition
4.1.3 World Energy Council (WEC)
4.1.4 Electric Power Research Institute (EPRI)
4.1.5 ZigBee Alliance Objectives
4.1.6 Smart Energy Markets and Solutions
4.1.7 Smart Energy Golden Unit Certification Products
4.2 Superconductivity
4.3 Grid Reliability
4.3.1 Calculation Of The Cost Of A Power Outage
4.4 Purely Electronic Electrical Grid Systems
4.4.1 SiC Superior Material For Electronic Switches
4.5 Traditional Electricity Energy Resources
4.6 Transmission Capacity for Wind Power Generation
4.6.1 AEP Deploying A 5.0 Megawatt (MW) Sodium Sulfur (NaS) Battery
4.6.2 Energy Storage As A Transmission Application
4.7 Concentrating Solar Power Basics
4.8 How Solar Cells Work
4.8.1 90% Of Solar Cells Made From Silicon
4.8.2 Crystalline Silicon
4.8.3 Solar Cells Convert Sunlight to Electricity
4.8.4 Intensity Of The Photon Flow
4.9 Solar Technologies
4.9.1 SunPower Technology
4.9.2 Types of PV Technologies
4.9.3 Crystalline Silicon
4.9.4 Thin-Film PV Technology
4.9.5 Thin film PV Modules Technology
4.9.6 Amorphous and Thin Film Silicon
4.9.7 Highly Efficient Thin-Film Solar Cells
4.9.8 Developing Technologies: Electrochemical PV cells
4.10 Filsom Technology
4.10.1 Dyesol DSC - Dye Solar Cell Technology
4.10.2 First Solar CdTe Technology
4.10.3 Copper Indium Diselenide
4.11 Amorphous Silicon
4.12 Regional Considerations
4.13 Solar Panel Standards
4.14 Batteries For Solar Energy Storage
4.14.1 Thin film batteries (TFB)
4.14.2 Flooded Lead Acid Batteries
4.14.3 Absorbed Glass Mat Sealed Lead Acid (AGM)
4.14.4 MK Gel Cell Batteries
4.14.5 MK Power-Tech Batteries
4.15 Solar Research and Development
4.15.1 Barrier Coatings And Stability Of Thin Film Solar Cells
4.15.2 High-Efficiency Amorphous Silicon And Nanocrystalline Silicon-Based Solar Cells And Modules
4.15.3 High Throughput, Low Toxic Processing Of Very Thin, High Efficiency CIGSS Solar Cells
4.16 Solar Utility Projects
4.16.1 Jefferson County Jail in Golden, Colo
4.16.2 Utility Application Of The Stirling Solar Dish
4.16.3 Yes! Solar PV Systems
4.16.4 Large Photovoltaic System In Connecticut
4.16.5 Arizona Community Solar PV Systems
4.16.6 Arizona State Installed 2 MW Of Solar Photovoltaics
4.16.7 Canadian Solar Delivers Building-Integrated Photovoltaics To Beijing
4.16.8 Amtech Solar Diffusion Processing Systems
4.16.9 Solar-Powered Affordable Housing
4.16.10 OptiSolar Xantrex GT500MV Grid-Tie Inverters
4.16.11 Amtech Solar Diffusion Processing Systems
4.16.12 Solar-Powered Affordable Housing
4.16.13 OptiSolar Selects Xantrex GT500MV Grid-Tie Inverters
4.16.14 Young Brothers To Purchase Power From Hoku Solar System
4.16.15 Yingli To Supply 9.19 MW Of Modules To EN-NEO
4.16.16 Timminco Enters Supply Relationship With CSI
4.16.17 ersol Thin Film Signs Module Supply Contract With Ralos Vertriebs
4.16.18 eSolar, SCE To Produce 245 MW Of Solar Power
4.16.19 Canadian Solar Signs Supply Agreement With Neo Solar Power
4.16.20 Solar Power Inc SPI Closes $20 Million Hardware Sale
4.16.21 Yingli Green Energy Signs New Sales Contract With S.A.G.
4.16.22 Kyocera Solar Teams With Zacher Homes, American Solar Electric
4.16.23 OPEL To Market Solarfun Panels In North America And Brazil
4.16.24 Solar Thin Films, China Singyes To Partner On 100 MW Of Photovoltaics
4.16.25 Napa Valley Winery Features Floating Photovoltaic Panels
4.16.26 SunEdison Puts 1.18 MW Of Solar Online At California Prison
4.16.27 Yingli Green Energy Contracts With Sailing New Energy Resources
4.16.28 Asola To Supply Sunworx With Solar PV Modules
4.16.29 XsunX Expands Relationship With Newport For Thin-Film Solar Manufacturing
4.16.30 ersol Signs Solar Cell Supply Contract With aleo solar
4.16.31 Spire To Provide Turnkey Solar Module Manufacturing Line To BTCP
4.16.32 Evergreen Solar Signs Two Large Sales Contracts
4.16.33 Nanosolar Highlights 1 GW CIGS PV Production Tool
4.16.34 Schuco Introduces S SPU-4 Series Of Polycrystalline Solar PV Modules
4.16.35 Genasun Offering GV-3 Solar Charge Controller
4.16.36 Solar Monkey Installs 3 MW Of Solar PV
4.16.37 Pacific Power, Mitsubishi Complete 1 MW Photovoltaic Installation
4.16.38 Ecostream and City Solar Grid Installations in Spain
4.16.39 SunPower Completes 1.4 MW Solar Electric System In South Korea
4.16.40 Solel Closes Deal With Ibereolica For 190,000 Solar Receivers
4.17 Impact Of Nanotechnology
4.17.1 Thin Film Batteries
4.17.2 High Rate Capability
4.17.3 Comparison Of Rechargeable Battery Performance
4.17.4 Polymer Film Substrate
4.17.5 Micro Battery Solid Electrolyte
4.18 Thin Film Lithium Ion Battery Technology
4.18.1 Rechargeable Lithium Batteries Characteristics
4.19 Challenges in Battery Design
4.19.1 Advanced Lithium-ion Batteries Requirements
4.20 Vendor Lithium-Ion Battery Positioning
4.20.1 High-Quality, Volume Manufacturing Facilities
4.21 Applications Of Lithium-Ion Batteries
4.22 Mobile Phone Industry
4.22.1 Nanowires
4.22.2 Thin Film Battery Enabling Chemistries
4.22.3 The Cathodes
4.22.4 Solid State Devices Provide More Energy Density
4.23 Advantages of Lithium-Ion Batteries
4.23.1 Lithium-Ion Battery Shortcomings
4.23.2 Charging
4.23.3 Applications
4.23.4 Costs
4.24 Lithium Cell Chemistry Variants
4.24.1 Lithium-ion
4.24.2 Lithium-ion Polymer
4.24.3 Other Lithium Cathode Chemistry Variants
4.24.4 Lithium Cobalt LiCoO2
4.24.5 Lithium Manganese LiMn2O4
4.24.6 Lithium Nickel LiNiO2
4.24.7 Lithium (NCM) Nickel Cobal Manganese - Li(NiCoMn)O2
4.24.8 Lithium Iron Phosphate LiFePO4
4.25 Operating Performance Of The Cell Can Be Tuned
4.26 Lithium Metal Polymer
4.26.1 Lithium Sulphur Li2S8
4.26.2 Alternative Anode Chemistry
4.27 ExxonMobil affiliate, Tonen Chemical Polyethylene-Based, Porous Film
4.28 Cymbet Alternate Manufacturing
4.29 Thin-Film Batteries Packaging
4.30 ITN Energy Systems Fibrous Substrates, PowerFiber
4.30.1 ITN Sensors
4.31 Cell Construction
4.32 Battery Technology for Smart Grid Devices
4.32.1 Battery Chemistries Technology
5. ELECTRIC SMART GRID COMPANY PROFILES
5.1 ABB
5.1.1 ABB Revenue
5.2 Association of Home Appliance Manufacturers (AHAM)
5.3 Cisco
5.3.1 Cisco / PostPath
5.3.2 Cisco / Jabber
5.3.3 Cisco Next-Gen Unified Communications
5.3.4 Cisco Focus On Development Of Conferencing And Collaboration, Leveraging Expertise In The Network
5.3.5 Cisco Revenue
5.3.6 Cisco Acquisitions and Investments
5.3.7 Cisco Innovation
5.3.8 Cisco Customers
5.4 Comverge
5.4.1 Comverge / Enerwise Global Technologies / Public Energy Solutions
5.5 Digi International
5.5.1 Digi International Segment Information
5.5.2 Digi International Segment Revenue 2008
5.5.3 Digi International Wireless Machine To Machine Strategic Positioning
5.6 Echelon
5.6.1 Echelon Revenue
5.6.2 Echelon Building Automation
5.6.3 Echelon Industrial Automation
5.6.4 Echelon Demand Response
5.6.5 Echelon Street Lighting
5.6.6 Echelon Home Control
5.6.7 Echelon Transportation
5.6.8 Echelon LonWorks Smart Grid/Metering
5.6.9 Echelon Corporation LonWorks Managed Street Lighting Networks
5.7 Elster
5.7.1 Elster Group
5.7.2 Elster Metering Limited
5.7.3 Elster Group acquires SmartMeter™ Business from Severn Trent Services
5.7.4 Elster Group Revenue
5.8 EnerNOC
5.8.1 EnerNOC Revenue
5.8.2 EnerNOC Clean And Intelligent Energy Solutions Competitive Strengths
5.8.3 EnerNOC Highly Scalable Business Model Focused on Commercial, Institutional and Industrial Customers
5.8.4 EnerNOC Comprehensive Technology Platform
5.8.5 EnerNOC Customers
5.8.6 EnerNOC Growing Customer Base
5.8.7 EnerNOC Strategy
5.8.8 EnerNOC End-Use Customers
5.8.9 EnerNOC Grid Operator and Utility Customers
5.8.10 EnerNOC Revenues
5.8.11 EnerNOC Recurring Revenues
5.8.12 EnerNOC Energy Monitoring
5.9 EPRI
5.10 Galvin Electricity
5.11 GE Energy
5.11.1 GE Energy Power Generation
5.11.2 GE Energy, Invenergy Federal Stimulus Funds U.S. Wind Projects
5.11.3 GE Renewable Energy
5.11.4 GE Energy Profile
5.11.5 GE Diversified Global Infrastructure
5.11.6 GE Energy Positioning Profile
5.11.7 GE Revenue
5.12 GridPoint
5.13 Honeywell International
5.13.1 Honeywell Revenue
5.14 IBM
5.14.1 IBM Strategic Priorities
5.14.2 IBM Delivers Integration and Innovation to Clients
5.14.3 IBM Business Model
5.14.4 IBM Unified Communications In The Cloud Architecture
5.14.5 IBM LotusLive Cloud-Based Portfolio Of Social Networking And Collaboration Services
5.14.6 IBM Revenue
5.14.7 IBM Software Capabilities
5.14.8 IBM Systems and Technology Capabilities
5.14.9 IBM Worldwide Organizations
5.14.10 IBM Security
5.14.11 IBM / American Electric Power
5.14.12 IBM Smart Grid Positioning
5.14.13 IBM GridWise Alliance Participation
5.14.14 Carnegie Mellon Software Engineering Institute and IBM Launch Smart Grid Framework
5.15 Itron
5.15.1 Itron North America AMR Systems
5.15.2 Itron North America AMI Systems
5.15.3 Itron Actaris AMR and AMI Systems
5.15.4 Itron Actaris Prepayment Metering
5.15.5 Itron Revenue
5.15.6 Itron North America
5.15.7 Actaris
5.15.8 Itron International
5.15.9 Itron Revenue First Three Months of 2009
5.15.10 Itron Revenues by Segment, Electricity, Gas, Water
5.16 Invenergy Wind LLC
5.17 Johnson Controls
5.17.1 Johnson Controls Building efficiency
5.17.2 Johnson Controls Power Solutions
5.17.3 Johnson Controls Net Sales
5.18 Landis+Gyr
5.18.1 Landis+Gyr Partners With Utilities
5.18.2 SCADA Solutions and Landis+Gyr Partner to Provide SCADA Applications for the Renewable Energy Wind Industry
5.18.3 Landis+Gyr Technology Enables Full Service Smart Grid Coverage
5.18.4 Landis+Gyr Advanced Metering Contract with PHI
5.18.5 Landis+Gyr Welcomes Smart Metering
5.19 OG&E Electric Services
5.20 Oracle
5.20.1 Oracle Utilities Customer Care and Billing
5.21 Pepco Holdings
5.21.1 Pepco Holdings Selects Silver Spring Networks For Smart Grid
5.22 PNNL
5.23 Royal Philips Electronics
5.23.1 Royal Philips Electronics / Intermagnetics General Corporation
5.23.2 Royal Philips Electronics / SuperPower
5.23.3 Royal Philips Electronics SuperPower Superconductivity
5.24 SCADA Solutions
5.25 Schneider Electric
5.26 Sensor Switch
5.26.1 Sensor Switch Passive Infrared
5.26.2 Sensor Switch Microphonics™
5.27 Sensus
5.27.1 Sensus Fiscal Fourth Quarter 2009
5.27.2 Sensus Key Highlights for the Fiscal Fourth Quarter
5.28 Silicon Power
5.28.1 Silicon Power Thyristors/Diodes
5.29 Silver Spring Networks
5.29.1 Silver Spring Networks Partners
5.29.2 DC Systems and Silver Spring Networks Distribution Automation Partnership
5.29.3 Silver Spring Networks Smart Grid Software
5.29.4 Silver Spring Networks Power Features And Specifications
5.29.5 Silver Spring Networks Technology Alliance Program
5.29.6 Silver Spring Networks
5.30 SmartSynch
5.30.1 SmartSynch Smart Grid Infrastructure
5.30.2 SmartSynch Product Positioning
5.30.3 SmartSynch Products
5.30.4 SmartSynch Marketing Strategy
5.30.5 Utilities Pilot the SmartMeter System
5.30.6 SmartSynch California Market Share
5.30.7 SmartSynch Partnerships and Alliances
5.31 Telemetric
5.32 Tendril
5.33 Tibco
5.33.1 Tibco SOA
5.33.2 Tibco Business optimization
5.33.3 Tibco BPM
5.33.4 Tibco Professional Services
5.33.5 Tibco Competition
5.33.6 Tibco Revenue
5.34 Trilliant
5.35 Tollgrade Communications
5.36 Tennessee Valley Authority
5.37 Utilities Telecom Council (UTC)
5.38 Vermont Electric Power Company (VELCO)
5.39 Xcel Energy
5.40 ZIV
5.41 Selected Companies Participating in Smart Grid Markets
5.41.1 Selected Smart Grid Market Participants
5.41.2 Selected Meter Manufacturers
LIST OF TABLES AND FIGURES
Figure 1-1 Smart Grid Business Models
Figure 1-2 US Stimulus $32B For Smart Grid, $6B For Broadband
Figure 1-3 Transmission and Distribution Differences Illustrated
Table 1-4 U.S. Stimulus Plan For Smart Grid
Table 1-5 Benefits of HTS Superconducting Power Cables
Table 1-6 Characteristics of HTS Superconducting Power Cables
Table 1-7 Applications of HTS Superconducting Power Cables
Table 1-8 Smart Grid Aspects
Table 1-8 (Continued) Smart Grid Aspects
Table 1-9 Smart Grid Equipment
Table 1-10 Renewable Energy Transition Issues
Table 1-11 Goals of a Transformed National Electricity Smart Grid.
Table 1-12 Grid Electricity Network
Figure 1-13 Electrical Grid Network
Table 1-14 Electric Transmission Issues
Table 1-15 Major Driving Forces To Modernize Current Power Grids
Table 1-16 Smart Grid Functions:
Table 1-17 Average Cost of One Hour Interruption
Figure 1-18 US Department of Energy Smart Grid Technology Investments
Table 2-1 Smart Grid Market Driving Forces
Table 2-1 (Continued) Smart Grid Market Driving Forces
Table 2-1 (Continued) Smart Grid Market Driving Forces
Figure 2-2 Elster Statement on the Economic Meltdown
Figure 2-3 Worldwide Services Oriented Architecture (SOA) Infrastructure Utility Industry Shipments Market Shares, Dollars, 2008
Table 2-4 Worldwide Services Oriented Architecture (SOA) Infrastructure Utility Industry Shipments Market Shares, Dollars, 2008
Table 2-5 Worldwide SOA Middleware Utility Smart Grid Industry Licenses and Services Market Forecasts, 2008-2015
Figure 2-6 Worldwide SOA Middleware Utility Smart Grid Industry Licenses and Services Market Forecasts, 2008-2015
Figure 2-7 Worldwide Smart Grid Advanced Meter Shipments Market Shares, Dollars, 2008
Table 2-8 Worldwide Smart Grid Advanced Meter Shipments Market Shares, Dollars, 2008
Table 2-9 Worldwide Smart Meter Market Forecasts, Dollars, 2008-2015
Table 2-10 Worldwide Smart Meter Market Forecasts, Units, 2008-2015
Table 2-11 Worldwide Electric Utility Industry Smart Meter
and Services Market Forecasts, 2008-2015
Table 2-12 Intelligent Grid Advanced Metering System Market Driving Forces
Table 2-13 Automated AMI Meters Functions
Table 2-14 Smart Grid Advanced Meter ROI
Figure 2-15 Worldwide Total Residential Solar Cell and Panel Shipments, Market Forecasts, Dollars, 2008-2014
Figure 2-16 Worldwide Utility Electricity Solar Cell and Panel Shipments, Market Forecasts, Dollars, 2008-2014
Table 2-17 Cisco Smart Building Analysis
Table 2-18 Silver Spring Networks Partners
Table 2-19 Cost of Electricity Interruption by Industry
Table 2-20 Value of Enhanced Electric Power System
Table 2-21 Lithium-Ion Battery Market Driving Forces
Table 2-22 Energy Advantages Of Thin-Film Batteries
Figure 2-23 Aptera Pre-Production Model 2e
Table 2-24 Electric Vehicle Market Driving Forces
Table 2-24 (Continued) Electric Vehicle Market Driving Forces
Figure 2-25 Worldwide Electric Vehicles On The Road Market Shares, Units, 2009
Table 2-26 Worldwide Electric Vehicle Shipments Market Shares, Units On the Road 2009
Figure 2-27 Worldwide Electric Vehicle Penetration of Automotive and Light Truck Market Forecasts, Percent, 2009-2015
Table 2-28 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts and Penetration Analysis, 2009-2015
Figure 2-29 Worldwide Electric Vehicle Retail Forecasts, Dollars, 2009-2015
Table 2-30 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts and Penetration Analysis, 2009-2015
Table 2-31 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts, Penetration Analysis, 2009-2015
Table 2-32 Lithium-Ion Battery Market Driving Forces
Table 2-33 Energy Advantages Of Thin-Film Batteries
Figure 2-34 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2008
Table 2-35 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2008
Figure 2-36 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2009-2015
Figure 2-37 Worldwide Lithium-Ion and Advanced Lithium-ion Battery Market Forecasts, Automotive, Power Tools, Electric Grid, and PC Card, Dollars, 2009-2015
Table 2-38 Smart Grid Instrument Control Functions
Table 2-39 Smart Grid Dynamics And Stability Analysis Client Capabilities:
Table 2-40 Electric Smart-Grid-Technologies
Table 2-40 (Continued) Electric Smart-Grid-Technologies
Table 2-41 Smart Grid Key Parameter and Assumption Values
Table 2-41 (Continued) Smart Grid Key Parameter and Assumption Values
Table 2-41 (Continued) Smart Grid Key Parameter and Assumption Values
Table 2-42 Smart Grid Scalability
Table 4-43 Areas of Conductor Materials Research
Table 2-44 Reasons Utilities Need Dedicated Communications Spectrum
Table 2-45 Smart Grid Systems Interoperability
Table 2-46 Smart Grid Benefits Matrix
Table 2-47 Capacity Mix Comparison, 1990-2007
Table 2-48 US Substation Number of Equipment Units
Table 2-48 (Continued) US Substation Number of Equipment Units
Table 2-49 Miles of AC and DC Transmission Lines in the US 2002
Figure 2-50 Ownership of High Voltage Transmission Lines in US 1994, Update 2000
Table 2-51 Current Miles of Electric Transmission Lines in Service by Division and Voltage Level, the US 2003
Table 2-52 Miles of Planned Transmission Lines in Various NERC Regions, 2004-2013
Table 2-53 Typical Capital Costs for Electric Transmission Lines by Voltage, US, 2004
Figure 2-54 Miles of Installed Overhead and Underground Lines in US
Figure 2-55 Cost Trends of Electric Utility Construction By Geographical Division and Type of Plant, US, 1996 and 2003
Figure 2-56 Current Energy Storage Technologies Cost Estimates
Table 2-57 Value of an Enhanced Electric Power System
Table 2-58 Type and Number of Electricity Distribution Equipment Installed at All U.S. Substations
Figure 3-1 IBM Smart Grid Interface Positioning
Table 3-2 IBM Smart Grid Interface Positioning
Figure 3-3 IBM Dynamic Infrastructure Smart Grid Positioning
Figure 3-4 IBM Dynamic Infrastructure Smart Grid Management Systems
Table 3-5 IBM Dynamic Infrastructure Smart Grid Management Systems Functions
Table 3-6 IBM Smart Grid Visibility, Control, and Automation Dynamic Infrastructure
Table 3-7 IBM Dynamic Cloud Computing Smart Grid Infrastructure
Figure 3-8 IBM Building a Dynamic Smart Grid Infrastructure
Figure 3-9 IBM Agile Utility Systems Positioning
Table 3-10 IBM Nationwide Smart Grid Benefits
Table 3-11 IBM Energy Positioning
Figure 3-12 The IBM Energy & Utilities Industry Strategy:
Table 3-12 (Continued) IBM Energy & Utilities Industry Strategy:
Table 3-12 (Continued) IBM Energy & Utilities Industry Strategy:
Figure 3-13 IBM Asset End to End Management Positioning
Table 3-14 IBM Smart Grid Software Group Product Lifecycle Management
Figure 3-15 IBM End to End Lifecycle Management Model
Table 3-16 Tibco Smart Grid Benefits
Table 3-17 Components Of Tibco Composition Approach To Services Oriented Architecture
Table 3-18 Tibco SOA Services Building Platform Components
Table 3-19 Tibco Service Composition And Service Virtualization Components
Table 3-20 Tibco Web Service Composition
Table 3-21 Tibco SOA Positioning
Table 3-22 Tibco ActiveMatrix Functions
Table 3-23 Tibco SOA Tools Labor Properties
Table 3-24 Tibco Primary Value Of SOA
Figure 3-25 Tibco Continuum of Mainframe Integration Requirements
Figure 3-26 Tibco SOA Mainframe Service Suite
Figure 3-27 Interactions of Tibco Mainframe SOA Services Suite
Table 3-28 Tibco Smart Grid Positioning
Table 3-29 Cisco EnergyWise Benefits
Table 3-30 Cisco Routers Energy Management Functions
Table 3-31 Cisco Integrated Services Routers:
Figure 3-32 Cisco Business Benefits of Green Technology
Figure 3-33 Cisco Sustainability Framework
Figure 3-34 Cisco Network Relevance
Figure 3-35 Cisco Real time Location Based Granular Power Management
Figure 3-36 Cisco Relative Energy Consumption and Costs
Figure 3-37 Cisco Relative Energy Savings
Table 3-38 Key Benefits of Unified Fabric on Cisco Nexus Series
Table 3-39 Cisco Data Center End-to-End Virtualization
Table 3-40 Cisco Commercial Building Smart Grid Positioning
Table 3-41 Silver Spring Networks Software
Table 3-42 Silver Spring Networks Network Infrastructure
Table 3-43 Silver Spring Networks' Intelligent Endpoints Datasheets
Table 3-44 Silver Spring Networks' UtilityIQR Functions
Table 3-45 Silver Spring Networks' UtilityIQ Functions
Table 3-46 Silver Spring Networks' UtilityIQ Advanced Metering for the Smart Grid Functions
Table 3-47 Silver Spring Networks' UtilityIQ Advanced Metering New Services for Utility Company Customers
Table 3-48 Silver Spring Networks' UtilityIQ Advanced Metering Functions
Table 3-49 Silver Spring Networks' UtilityIQR Key Network Element Manager Functions
Table 3-50 Silver Spring Networks UtilityIQ"! Outage Detection System Functions
Table 3-51 Leverage Meter Data Logs For Accurate Outage/Restoration
Table 3-52 GE, Cisco, Silver Spring Intensive Energy Management Devices
Table 3-53 Florida utility FPL' s Rollout Of 1 Million Smart Meters in Miami
Table 3-54 Power Electronics Devices Functions
Figure 3-55 Silicon Power Solidtron Solid State Switches
Table 3-56 Solidtron Solid State Switches
Figure 3-57 Silicon Power Systems Sub-cycle Static Transfer Switch
Table 3-58 Silicon Power Solid State Devices
Table 3-59 Silicon Power Solid State Devices Applications
Table 3-60 Silicon Power Medium Voltage Sub-cycle Static Transfer Switch
Table 3-61 Silicon Power Low Voltage Sub-cycle Static Transfer Switch
Table 3-62 Silicon Power Solid State Fault Limiter
Table 3-63 Silicon Power Semi-Conductor Components
Table 3-64 Royal Philips Electronics / Intermagnetics Superpower Cable Projects
Table 3-65 Solid-State Meter Focus
Table 3-66 Itron and IBM Strategic Relationships Core Smart Grid Stages
Figure 3-67 Itron Advanced Metering Infrastructure
Figure 3-68 OpenWay Smart Meter
Figure 3-69 GE Energy Advanced Metering Architecture
Table 3-70 Sensor Switch Product Highlights
Figure 3-71 Sensor Switch Smart Buildings
Table 3-72 Sensor Switch Lighting Controls Technical Services
Table 3-73 Sensor Switch Engineering Advances
Table 3-74 Comverge Software Applications Key Features Of This Apollo
Figure 3-75 EnerNOC Technology Platform and Operational Processes
Figure 3-76 EnerNOC PowerTrak Enterprise Energy Management Software Architecture and Functions
Table 3-77 EnerNOC Energy Intelligence Modules:
Figure 3-78 GridPoint Energy Manager
Figure 3-79 GridPoint Electricity Storage Solution Enterprise Software For Utilities
Figure 3-80 GridPoint' s Xcel Grid-Aware Energy Management System Interfaces
Table 3-81 GridPoint' s Xcel Grid-Aware Energy Management System Integraton
Figure 3-82 SmartSynch Meter
Figure 3-83 SmartSynch Solid-State Meter, Advanced SSI Module, And Communication Device
Table 3-84 Trilliant Meters Smart Features:
Table 3-85 Trilliant Meter Smart Features:
Figure 3-86 Trilliant Advances Commercial and Residential Metering
Figure 3-87 Echelon LonWorks Solution
Table 3-88 Echelon LonWorks Automatic Demand Response Applications
Table 3-89 Honeywell Smart Grid Office Building System Benefits
Table 3-90 Honeywell Energy Management Services Features
Table 3-91 SolarWinds Network Performance Monitor
Table 3-92 SolarWinds Smart Grid Engineer' s Toolset Functions
Table 93 Johnson Controls Building Efficiency Product Set
Figure 3-4 Johnson Controls Actuator Products
Figure 3-95 Johnson Controls Damper Products
Figure 3-96 Johnson Controls Sensor Products
Table 3-97 Johnson Controls Sensor Types
Table 3-98 Johnson Controls Valve Categories:
Table 3-99 SuperPower Standard Configurations
Table 3-100 SuperPower Custom Configurations
Figure 3-101 SuperPower' 2g Second Generation High Temperature Superconducting (HTS) Wire
Table 3-102 SuperPower High Performing Second Generation (2G) High Temperature Superconducting (HTS) Wire (Coated Conductors) Functions
Table 3-103 SuperPower Second Generation (2G) High Performing High Temperature
Superconducting (HTS) Wire Configuration Table 3-104
Attributes of SuperPower 2G High Temperature Superconducting HTS Wire
Table 3-105 Attributes of SuperPower 2G High Temperature Superconducting HTS Wire Manufacturing Capability
Table 3-106 SuperPower 2G High Temperature Superconducting Wire Applications & Capabilities
Table 3-107 PNNL Electronics Products
Table 3-108 PNNL System Integration
Table 3-109 Southwire HTS TriaxR is superconducting cable Advantage:
Table 3-110 Southwire HTS TriaxR
Table 3-111 Southwire Superconducting Cable Projects In Service
Figure 3-112 Elster Smart Meters
Table 3-113 Elster Electricity Metering Systems Features
Table 4-1 Electric Power Research Institute Wide Scale Consensus Standards Benefits
Table 4-2 ZigBee Alliance Focus
Figure 4-3 ZigBee Alliance Objectives
Table 4-4 Smart Energy Features
Table 4-5 Smart Energy Positioning
Table 4-6 Smart Energy Benefits
Table 4-6 Smart Energy Benefits
Figure 4-7 SuperPower Diagram Of The Meissner Effect With Magnetic Field Lines
Table 4-8 Unique Properties Of Superconductors:
Table 4-9 Commercial Applications of Superconductors:
Table 4-10 Definition of Number of 9' s of Downtime per Year
Table 4-11 Average Cost of One Hour Interruption
Figure 4-12 US Electricity Energy Generation Resources, 2007
Figure 4-13 Electricity Savings from California Energy Generation Efficiency Programs, 1976 - 2003
Figure 4-14 US Demand Response and Load Generation Management of Resource in 2007-2008 as a Percent of Total Internal Demand
Figure 4-15 North American Electric Reliability NERC Year When New US Power Resources Are Needed Estimates
Figure 4-16 North American Electric Reliability NERC Interconnections
Figure 4-17 US Department of Energy (DOE) Smart Grid Components
Figure 4-18 SunPower Solar Panel
Table 4-19 Solar Photovoltaic Cell Types
Table 4-20 Solar CIS/CIGS Systems And Modules By Application
Table 4-21 Types of PV Technologies
Table 4-21 (Continued) Types of PV Technologies
Figure 4-22 Thin Film Solar Modules Cell Spectral Response
Table 4-23 Solar CIS/CIGS Systems And Modules By Application
Figure 4-24 Thin-Film Solar Technology
Figure 4-25 Green Dye Synthetic Chlorophyll
Figure 4-26 Basic Idea Of Cigs Solar Cell Manufacturing Using Roll-To-Roll Deposition Technology
Table 4-27 Kyocera Solar Power Applications
Figure 4-28 Regional Power Output Levels Per kw Of Generation Using GE Solar Electric Power Systems
Table 4-29 Solar Energy Generated as a Function of Installation Type
Figure 4-30 Alternative Siteing of GE Solar Panels
Figure 4-31 GE Solar Panel Pressure Clamp
Table 4-32 MK Power-Tech Battery Features:
Table 4-32 (Continued) MK Power-Tech Battery Features:
Table 4-33 Stability Issues Related To Moisture Ingress
Figure 4-34 Jefferson County Jail in Golden, Colo
Figure 4-35 Utility Application Of The Stirling Solar Dish
Table 4-36 Thin Film Battery Unique Properties
Table 4-37 Comparison of battery performances
Table 4-38 Comparison of battery performances
Table 4-39 Thin Films For Advanced Batteries
Table 4-40 Thin Film Batteries Technology
Table 4-41 Thin Film Battery / Lithium Air Batteries Applications
Figure 4-42 Polymer Film Substrate Thin Flexible battery Profiles
Figure 4-43 Design Alternatives of Thin Film Rechargable Batteries
Table 4-44 Challenges in Lithium-ion Battery Design
Table 4-45 Battery Chemistries At The Forefront For Sensor Devices
Table 5-1 ABB High Voltage Products and Systems
Table 5-2 ABB Medium Voltage Products & Systems
Table 5-3 ABB Low Voltage Products and Systems
Table 5-4 ABB Transformer Components
Table 5-5 ABB Transformers
Table 5-6 EnerNOC Energy Management Solutions
Table 5-7EnerNOC Clean And Intelligent Energy Solutions Functions
Table 5-8 EnerNOC Key Elements Of Strategy
Table 5-9 EnerNOC End-Use Customers
Figure 5-10 EnerNOC Energy Monitoring
Figure 5-11 EnerNOC Energy Management
Figure 5-12 GE Energy Turbine
Figure 5-13 GE Wind Energy Turbine
Table 5-14 GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-15 IBM Strategic Priorities
Table 5-16 Philips Electronics / SuperPower HTS Device Functions
Figure 5-17 Schneider Electric Revenue by Business and Region
Figure 5-18 Schneider Electric Revenue
Figure 5-19 Schneider Electric Revenue Key Figures
Table 5-20 Sensor Switch Product Positioning
Table 5-21 Sensor Switch Technical Services
Table 5-22 Sensor Switch Sensor Technology
Figure 5-23 Silicon Power Core Value
Table 5-24 Silver Spring Networks partners
Table 5-25 Silver Spring Networks Partners
Table 5-26 Benefits of SmartSynch Technology for Utilities
Table 5-27 SmartSynch Product Positioning
Table 5-28 SmartSynch Technology Innovation
COMPANIES PROFILED
IBM
Tibco
Cisco
GE Energy
Sensor Switch
Sensus
Silicon Power
Silver Spring Networks
SmartSynch
Electric Smart Grid Company Profiles
ABB
Association of Home Appliance Manufacturers (AHAM)
Comverge
Digi International
EnerNOC
EPRI
Galvin Electricity
GridPoint
Honeywell International
Invenergy Wind LLC
OG
Telemetric
Tendril
Trilliant
Elster
Itron
Johnson Controls
Landis+Gyr
Royal Philips Electronics
Echelon
Pepco Holdings
PNNL
SCADA Solutions
Schneider Electric
Tollgrade Communications
Tennessee Valley Authority
Utilities Telecom Council (UTC)
Vermont Electric Power Company (VELCO)
Xcel Energy
ZIV
Selected Companies Participating in Smart Grid Markets
Selected Smart Grid Market Participants
Selected Meter Manufacturers
Figure 1-1 Smart Grid Business Models
Figure 1-2 US Stimulus $32B For Smart Grid, $6B For Broadband
Figure 1-3 Transmission and Distribution Differences Illustrated
Table 1-4 U.S. Stimulus Plan For Smart Grid
Table 1-5 Benefits of HTS Superconducting Power Cables
Table 1-6 Characteristics of HTS Superconducting Power Cables
Table 1-7 Applications of HTS Superconducting Power Cables
Table 1-8 Smart Grid Aspects
Table 1-8 (Continued) Smart Grid Aspects
Table 1-9 Smart Grid Equipment
Table 1-10 Renewable Energy Transition Issues
Table 1-11 Goals of a Transformed National Electricity Smart Grid.
Table 1-12 Grid Electricity Network
Figure 1-13 Electrical Grid Network
Table 1-14 Electric Transmission Issues
Table 1-15 Major Driving Forces To Modernize Current Power Grids
Table 1-16 Smart Grid Functions:
Table 1-17 Average Cost of One Hour Interruption
Figure 1-18 US Department of Energy Smart Grid Technology Investments
Table 2-1 Smart Grid Market Driving Forces
Table 2-1 (Continued) Smart Grid Market Driving Forces
Table 2-1 (Continued) Smart Grid Market Driving Forces
Figure 2-2 Elster Statement on the Economic Meltdown
Figure 2-3 Worldwide Services Oriented Architecture (SOA) Infrastructure Utility Industry Shipments Market Shares, Dollars, 2008
Table 2-4 Worldwide Services Oriented Architecture (SOA) Infrastructure Utility Industry Shipments Market Shares, Dollars, 2008
Table 2-5 Worldwide SOA Middleware Utility Smart Grid Industry Licenses and Services Market Forecasts, 2008-2015
Figure 2-6 Worldwide SOA Middleware Utility Smart Grid Industry Licenses and Services Market Forecasts, 2008-2015
Figure 2-7 Worldwide Smart Grid Advanced Meter Shipments Market Shares, Dollars, 2008
Table 2-8 Worldwide Smart Grid Advanced Meter Shipments Market Shares, Dollars, 2008
Table 2-9 Worldwide Smart Meter Market Forecasts, Dollars, 2008-2015
Table 2-10 Worldwide Smart Meter Market Forecasts, Units, 2008-2015
Table 2-11 Worldwide Electric Utility Industry Smart Meter
and Services Market Forecasts, 2008-2015
Table 2-12 Intelligent Grid Advanced Metering System Market Driving Forces
Table 2-13 Automated AMI Meters Functions
Table 2-14 Smart Grid Advanced Meter ROI
Figure 2-15 Worldwide Total Residential Solar Cell and Panel Shipments, Market Forecasts, Dollars, 2008-2014
Figure 2-16 Worldwide Utility Electricity Solar Cell and Panel Shipments, Market Forecasts, Dollars, 2008-2014
Table 2-17 Cisco Smart Building Analysis
Table 2-18 Silver Spring Networks Partners
Table 2-19 Cost of Electricity Interruption by Industry
Table 2-20 Value of Enhanced Electric Power System
Table 2-21 Lithium-Ion Battery Market Driving Forces
Table 2-22 Energy Advantages Of Thin-Film Batteries
Figure 2-23 Aptera Pre-Production Model 2e
Table 2-24 Electric Vehicle Market Driving Forces
Table 2-24 (Continued) Electric Vehicle Market Driving Forces
Figure 2-25 Worldwide Electric Vehicles On The Road Market Shares, Units, 2009
Table 2-26 Worldwide Electric Vehicle Shipments Market Shares, Units On the Road 2009
Figure 2-27 Worldwide Electric Vehicle Penetration of Automotive and Light Truck Market Forecasts, Percent, 2009-2015
Table 2-28 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts and Penetration Analysis, 2009-2015
Figure 2-29 Worldwide Electric Vehicle Retail Forecasts, Dollars, 2009-2015
Table 2-30 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts and Penetration Analysis, 2009-2015
Table 2-31 Worldwide Electric Vehicle (EV) Unit Shipments and Automotive Market Retail Forecasts, Penetration Analysis, 2009-2015
Table 2-32 Lithium-Ion Battery Market Driving Forces
Table 2-33 Energy Advantages Of Thin-Film Batteries
Figure 2-34 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2008
Table 2-35 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2008
Figure 2-36 Worldwide Lithium-Ion Thin Film Advanced Battery Shipments, Market Shares, Dollars, 2009-2015
Figure 2-37 Worldwide Lithium-Ion and Advanced Lithium-ion Battery Market Forecasts, Automotive, Power Tools, Electric Grid, and PC Card, Dollars, 2009-2015
Table 2-38 Smart Grid Instrument Control Functions
Table 2-39 Smart Grid Dynamics And Stability Analysis Client Capabilities:
Table 2-40 Electric Smart-Grid-Technologies
Table 2-40 (Continued) Electric Smart-Grid-Technologies
Table 2-41 Smart Grid Key Parameter and Assumption Values
Table 2-41 (Continued) Smart Grid Key Parameter and Assumption Values
Table 2-41 (Continued) Smart Grid Key Parameter and Assumption Values
Table 2-42 Smart Grid Scalability
Table 4-43 Areas of Conductor Materials Research
Table 2-44 Reasons Utilities Need Dedicated Communications Spectrum
Table 2-45 Smart Grid Systems Interoperability
Table 2-46 Smart Grid Benefits Matrix
Table 2-47 Capacity Mix Comparison, 1990-2007
Table 2-48 US Substation Number of Equipment Units
Table 2-48 (Continued) US Substation Number of Equipment Units
Table 2-49 Miles of AC and DC Transmission Lines in the US 2002
Figure 2-50 Ownership of High Voltage Transmission Lines in US 1994, Update 2000
Table 2-51 Current Miles of Electric Transmission Lines in Service by Division and Voltage Level, the US 2003
Table 2-52 Miles of Planned Transmission Lines in Various NERC Regions, 2004-2013
Table 2-53 Typical Capital Costs for Electric Transmission Lines by Voltage, US, 2004
Figure 2-54 Miles of Installed Overhead and Underground Lines in US
Figure 2-55 Cost Trends of Electric Utility Construction By Geographical Division and Type of Plant, US, 1996 and 2003
Figure 2-56 Current Energy Storage Technologies Cost Estimates
Table 2-57 Value of an Enhanced Electric Power System
Table 2-58 Type and Number of Electricity Distribution Equipment Installed at All U.S. Substations
Figure 3-1 IBM Smart Grid Interface Positioning
Table 3-2 IBM Smart Grid Interface Positioning
Figure 3-3 IBM Dynamic Infrastructure Smart Grid Positioning
Figure 3-4 IBM Dynamic Infrastructure Smart Grid Management Systems
Table 3-5 IBM Dynamic Infrastructure Smart Grid Management Systems Functions
Table 3-6 IBM Smart Grid Visibility, Control, and Automation Dynamic Infrastructure
Table 3-7 IBM Dynamic Cloud Computing Smart Grid Infrastructure
Figure 3-8 IBM Building a Dynamic Smart Grid Infrastructure
Figure 3-9 IBM Agile Utility Systems Positioning
Table 3-10 IBM Nationwide Smart Grid Benefits
Table 3-11 IBM Energy Positioning
Figure 3-12 The IBM Energy & Utilities Industry Strategy:
Table 3-12 (Continued) IBM Energy & Utilities Industry Strategy:
Table 3-12 (Continued) IBM Energy & Utilities Industry Strategy:
Figure 3-13 IBM Asset End to End Management Positioning
Table 3-14 IBM Smart Grid Software Group Product Lifecycle Management
Figure 3-15 IBM End to End Lifecycle Management Model
Table 3-16 Tibco Smart Grid Benefits
Table 3-17 Components Of Tibco Composition Approach To Services Oriented Architecture
Table 3-18 Tibco SOA Services Building Platform Components
Table 3-19 Tibco Service Composition And Service Virtualization Components
Table 3-20 Tibco Web Service Composition
Table 3-21 Tibco SOA Positioning
Table 3-22 Tibco ActiveMatrix Functions
Table 3-23 Tibco SOA Tools Labor Properties
Table 3-24 Tibco Primary Value Of SOA
Figure 3-25 Tibco Continuum of Mainframe Integration Requirements
Figure 3-26 Tibco SOA Mainframe Service Suite
Figure 3-27 Interactions of Tibco Mainframe SOA Services Suite
Table 3-28 Tibco Smart Grid Positioning
Table 3-29 Cisco EnergyWise Benefits
Table 3-30 Cisco Routers Energy Management Functions
Table 3-31 Cisco Integrated Services Routers:
Figure 3-32 Cisco Business Benefits of Green Technology
Figure 3-33 Cisco Sustainability Framework
Figure 3-34 Cisco Network Relevance
Figure 3-35 Cisco Real time Location Based Granular Power Management
Figure 3-36 Cisco Relative Energy Consumption and Costs
Figure 3-37 Cisco Relative Energy Savings
Table 3-38 Key Benefits of Unified Fabric on Cisco Nexus Series
Table 3-39 Cisco Data Center End-to-End Virtualization
Table 3-40 Cisco Commercial Building Smart Grid Positioning
Table 3-41 Silver Spring Networks Software
Table 3-42 Silver Spring Networks Network Infrastructure
Table 3-43 Silver Spring Networks' Intelligent Endpoints Datasheets
Table 3-44 Silver Spring Networks' UtilityIQR Functions
Table 3-45 Silver Spring Networks' UtilityIQ Functions
Table 3-46 Silver Spring Networks' UtilityIQ Advanced Metering for the Smart Grid Functions
Table 3-47 Silver Spring Networks' UtilityIQ Advanced Metering New Services for Utility Company Customers
Table 3-48 Silver Spring Networks' UtilityIQ Advanced Metering Functions
Table 3-49 Silver Spring Networks' UtilityIQR Key Network Element Manager Functions
Table 3-50 Silver Spring Networks UtilityIQ"! Outage Detection System Functions
Table 3-51 Leverage Meter Data Logs For Accurate Outage/Restoration
Table 3-52 GE, Cisco, Silver Spring Intensive Energy Management Devices
Table 3-53 Florida utility FPL' s Rollout Of 1 Million Smart Meters in Miami
Table 3-54 Power Electronics Devices Functions
Figure 3-55 Silicon Power Solidtron Solid State Switches
Table 3-56 Solidtron Solid State Switches
Figure 3-57 Silicon Power Systems Sub-cycle Static Transfer Switch
Table 3-58 Silicon Power Solid State Devices
Table 3-59 Silicon Power Solid State Devices Applications
Table 3-60 Silicon Power Medium Voltage Sub-cycle Static Transfer Switch
Table 3-61 Silicon Power Low Voltage Sub-cycle Static Transfer Switch
Table 3-62 Silicon Power Solid State Fault Limiter
Table 3-63 Silicon Power Semi-Conductor Components
Table 3-64 Royal Philips Electronics / Intermagnetics Superpower Cable Projects
Table 3-65 Solid-State Meter Focus
Table 3-66 Itron and IBM Strategic Relationships Core Smart Grid Stages
Figure 3-67 Itron Advanced Metering Infrastructure
Figure 3-68 OpenWay Smart Meter
Figure 3-69 GE Energy Advanced Metering Architecture
Table 3-70 Sensor Switch Product Highlights
Figure 3-71 Sensor Switch Smart Buildings
Table 3-72 Sensor Switch Lighting Controls Technical Services
Table 3-73 Sensor Switch Engineering Advances
Table 3-74 Comverge Software Applications Key Features Of This Apollo
Figure 3-75 EnerNOC Technology Platform and Operational Processes
Figure 3-76 EnerNOC PowerTrak Enterprise Energy Management Software Architecture and Functions
Table 3-77 EnerNOC Energy Intelligence Modules:
Figure 3-78 GridPoint Energy Manager
Figure 3-79 GridPoint Electricity Storage Solution Enterprise Software For Utilities
Figure 3-80 GridPoint' s Xcel Grid-Aware Energy Management System Interfaces
Table 3-81 GridPoint' s Xcel Grid-Aware Energy Management System Integraton
Figure 3-82 SmartSynch Meter
Figure 3-83 SmartSynch Solid-State Meter, Advanced SSI Module, And Communication Device
Table 3-84 Trilliant Meters Smart Features:
Table 3-85 Trilliant Meter Smart Features:
Figure 3-86 Trilliant Advances Commercial and Residential Metering
Figure 3-87 Echelon LonWorks Solution
Table 3-88 Echelon LonWorks Automatic Demand Response Applications
Table 3-89 Honeywell Smart Grid Office Building System Benefits
Table 3-90 Honeywell Energy Management Services Features
Table 3-91 SolarWinds Network Performance Monitor
Table 3-92 SolarWinds Smart Grid Engineer' s Toolset Functions
Table 93 Johnson Controls Building Efficiency Product Set
Figure 3-4 Johnson Controls Actuator Products
Figure 3-95 Johnson Controls Damper Products
Figure 3-96 Johnson Controls Sensor Products
Table 3-97 Johnson Controls Sensor Types
Table 3-98 Johnson Controls Valve Categories:
Table 3-99 SuperPower Standard Configurations
Table 3-100 SuperPower Custom Configurations
Figure 3-101 SuperPower' 2g Second Generation High Temperature Superconducting (HTS) Wire
Table 3-102 SuperPower High Performing Second Generation (2G) High Temperature Superconducting (HTS) Wire (Coated Conductors) Functions
Table 3-103 SuperPower Second Generation (2G) High Performing High Temperature
Superconducting (HTS) Wire Configuration Table 3-104
Attributes of SuperPower 2G High Temperature Superconducting HTS Wire
Table 3-105 Attributes of SuperPower 2G High Temperature Superconducting HTS Wire Manufacturing Capability
Table 3-106 SuperPower 2G High Temperature Superconducting Wire Applications & Capabilities
Table 3-107 PNNL Electronics Products
Table 3-108 PNNL System Integration
Table 3-109 Southwire HTS TriaxR is superconducting cable Advantage:
Table 3-110 Southwire HTS TriaxR
Table 3-111 Southwire Superconducting Cable Projects In Service
Figure 3-112 Elster Smart Meters
Table 3-113 Elster Electricity Metering Systems Features
Table 4-1 Electric Power Research Institute Wide Scale Consensus Standards Benefits
Table 4-2 ZigBee Alliance Focus
Figure 4-3 ZigBee Alliance Objectives
Table 4-4 Smart Energy Features
Table 4-5 Smart Energy Positioning
Table 4-6 Smart Energy Benefits
Table 4-6 Smart Energy Benefits
Figure 4-7 SuperPower Diagram Of The Meissner Effect With Magnetic Field Lines
Table 4-8 Unique Properties Of Superconductors:
Table 4-9 Commercial Applications of Superconductors:
Table 4-10 Definition of Number of 9' s of Downtime per Year
Table 4-11 Average Cost of One Hour Interruption
Figure 4-12 US Electricity Energy Generation Resources, 2007
Figure 4-13 Electricity Savings from California Energy Generation Efficiency Programs, 1976 - 2003
Figure 4-14 US Demand Response and Load Generation Management of Resource in 2007-2008 as a Percent of Total Internal Demand
Figure 4-15 North American Electric Reliability NERC Year When New US Power Resources Are Needed Estimates
Figure 4-16 North American Electric Reliability NERC Interconnections
Figure 4-17 US Department of Energy (DOE) Smart Grid Components
Figure 4-18 SunPower Solar Panel
Table 4-19 Solar Photovoltaic Cell Types
Table 4-20 Solar CIS/CIGS Systems And Modules By Application
Table 4-21 Types of PV Technologies
Table 4-21 (Continued) Types of PV Technologies
Figure 4-22 Thin Film Solar Modules Cell Spectral Response
Table 4-23 Solar CIS/CIGS Systems And Modules By Application
Figure 4-24 Thin-Film Solar Technology
Figure 4-25 Green Dye Synthetic Chlorophyll
Figure 4-26 Basic Idea Of Cigs Solar Cell Manufacturing Using Roll-To-Roll Deposition Technology
Table 4-27 Kyocera Solar Power Applications
Figure 4-28 Regional Power Output Levels Per kw Of Generation Using GE Solar Electric Power Systems
Table 4-29 Solar Energy Generated as a Function of Installation Type
Figure 4-30 Alternative Siteing of GE Solar Panels
Figure 4-31 GE Solar Panel Pressure Clamp
Table 4-32 MK Power-Tech Battery Features:
Table 4-32 (Continued) MK Power-Tech Battery Features:
Table 4-33 Stability Issues Related To Moisture Ingress
Figure 4-34 Jefferson County Jail in Golden, Colo
Figure 4-35 Utility Application Of The Stirling Solar Dish
Table 4-36 Thin Film Battery Unique Properties
Table 4-37 Comparison of battery performances
Table 4-38 Comparison of battery performances
Table 4-39 Thin Films For Advanced Batteries
Table 4-40 Thin Film Batteries Technology
Table 4-41 Thin Film Battery / Lithium Air Batteries Applications
Figure 4-42 Polymer Film Substrate Thin Flexible battery Profiles
Figure 4-43 Design Alternatives of Thin Film Rechargable Batteries
Table 4-44 Challenges in Lithium-ion Battery Design
Table 4-45 Battery Chemistries At The Forefront For Sensor Devices
Table 5-1 ABB High Voltage Products and Systems
Table 5-2 ABB Medium Voltage Products & Systems
Table 5-3 ABB Low Voltage Products and Systems
Table 5-4 ABB Transformer Components
Table 5-5 ABB Transformers
Table 5-6 EnerNOC Energy Management Solutions
Table 5-7EnerNOC Clean And Intelligent Energy Solutions Functions
Table 5-8 EnerNOC Key Elements Of Strategy
Table 5-9 EnerNOC End-Use Customers
Figure 5-10 EnerNOC Energy Monitoring
Figure 5-11 EnerNOC Energy Management
Figure 5-12 GE Energy Turbine
Figure 5-13 GE Wind Energy Turbine
Table 5-14 GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-14 (Continued) GE Energy Positioning Profile
Table 5-15 IBM Strategic Priorities
Table 5-16 Philips Electronics / SuperPower HTS Device Functions
Figure 5-17 Schneider Electric Revenue by Business and Region
Figure 5-18 Schneider Electric Revenue
Figure 5-19 Schneider Electric Revenue Key Figures
Table 5-20 Sensor Switch Product Positioning
Table 5-21 Sensor Switch Technical Services
Table 5-22 Sensor Switch Sensor Technology
Figure 5-23 Silicon Power Core Value
Table 5-24 Silver Spring Networks partners
Table 5-25 Silver Spring Networks Partners
Table 5-26 Benefits of SmartSynch Technology for Utilities
Table 5-27 SmartSynch Product Positioning
Table 5-28 SmartSynch Technology Innovation
COMPANIES PROFILED
IBM
Tibco
Cisco
GE Energy
Sensor Switch
Sensus
Silicon Power
Silver Spring Networks
SmartSynch
Electric Smart Grid Company Profiles
ABB
Association of Home Appliance Manufacturers (AHAM)
Comverge
Digi International
EnerNOC
EPRI
Galvin Electricity
GridPoint
Honeywell International
Invenergy Wind LLC
OG
Telemetric
Tendril
Trilliant
Elster
Itron
Johnson Controls
Landis+Gyr
Royal Philips Electronics
Echelon
Pepco Holdings
PNNL
SCADA Solutions
Schneider Electric
Tollgrade Communications
Tennessee Valley Authority
Utilities Telecom Council (UTC)
Vermont Electric Power Company (VELCO)
Xcel Energy
ZIV
Selected Companies Participating in Smart Grid Markets
Selected Smart Grid Market Participants
Selected Meter Manufacturers
