Smart Grids

Smart Meters, Demand Response, Distribution Automation, Electric Vehicle Charging, and Distributed Generation

Research Report

Pages
66
Deliverables
Released
2Q 2012
Product Code
RR-GRID-12
Price
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Most of the electric utility infrastructure deployed in the industrialized world was built between sixty and eighty years ago. It was designed to provide customers with as much energy as they could consume, and was generated from a centralized fossil fuel-burning plant. However, much of this infrastructure is antiquated and, with the continuing increase in demand for power year after year, the grid cannot safely and reliably manage the loads of today and tomorrow without significant upgrades. Furthermore, threats to the stability and security of the grid in the form of natural disasters, sabotage, or acts of terrorism have required the development of enhanced physical and electronic security for all aspects of the grid. This study covers the market for smart grid equipment and services for the 2011-2017 period, covering Asia-Pacific, Europe, North America, the Middle East and Africa, and Latin America. It provides the outlook for smart meter installations and associated revenues, as well as spending on smart grid-related transmission and distribution (T&D) infrastructure. Also presented is a quantitative analysis of specific smart grid-related components at the utility level, such as synchrophasors, and home energy management systems.

What Questions Does This Report Answer?

  • What is the current smart meter installed base, globally and by major geographic region?
  • How will the smart meter installed base change between 2011 and 2017 and why?
  • What is the current level of spending on T&D infrastructure, globally and by major geographic region?
  • How is T&D spending forecast to grow in comparison to spending on AMI?
  • What is the current installed base of electric vehicle charging stations and by how much is this number expected to grow by 2017?
  • How big is the market for smart appliances in terms of annual unit shipments and how big will this market become by 2017?
  • How many households currently possess a utility-provided HEMS and how will this number change over the next five years?
  • What is the current and future level of spend associated with smart grid projects?
  • What are the major smart metering initiatives taking place throughout the world?
  • What are the major drivers and inhibitors of growth for smart grid applications?
  • What is the regulatory status of key jurisdictions?
  • What are the key technological trends relative to smart grid applications?
  • Where do leading players fit into the smart grid ecosystem and what is each player's main focus?

Who Needs This Report?

  • Utility company executives
  • Public utility commission members
  • Electric vehicle manufacturers and marketers
  • EV charging infrastructure vendors
  • Smart grid solution providers
  • Energy systems consultants
  • Smart meter manufacturers

Table of Contents

  • Executive Brief

  • Top Line Forecast
  • Drivers
  • Inhibitors
  • Summary and Strategic Recommendations

Section 1.
EXECUTIVE SUMMARY


Section 2.
MARKET ISSUES

2.1. Advanced Metering Infrastructure
2.2. Smart Appliances
2.3. Advanced Transmission and Distribution Components
2.4. Smart Grid Applications
2.5. SCADA
2.6. Benefits of AMI
2.7. Distribution Automation
2.8. Substation Automation
2.9. Capacitor Bank Monitoring and Volt/VAR Control
2.10. Demand Response, Time of Use, Critical Peak Power, and Real-time Pricing
2.11. Plug-in Vehicles
2.12. Distributed Generation, Feed-in Tariffs, and Net Metering Programs
2.13. Energy Storage Technologies
2.14. Market Drivers
2.14.1. Government Stimulus Funds and Legislation
2.14.2. Environmental Targets
2.14.3. Public Versus Private Networks
2.14.4. Smart Grid as a Service
2.15. Market Inhibitors
2.15.1. Privacy and Health Concerns
2.15.2. Lack of Awareness
2.15.3. Lack of Interoperability
2.15.4. Network and Physical Security
2.16. Snapshot of Smart Metering Initiatives

Section 3.
TECHNOLOGY ISSUES

3.1. Communications Technology
3.2. Home Area Networking Technologies
3.3. ZigBee
3.4. Wi-Fi
3.5. Z-Wave
3.6. HomePlug
3.7. Bluetooth
3.8. Universal Smart Network Access Port
3.9. NAN Technologies
3.10. RF Mesh Networks
3.11. Power Line Communications
3.12. WAN Technologies
3.13. International Standards
3.14. Interference Problems

Section 4.
COMPETITIVE LANDSCAPE

4.1. AMI and Networking Companies
4.2. Home Area Network/Demand Response Companies
4.3. Grid Optimization and Distribution Automation
4.4. Software, Applications Providers, and Integrators
4.5. MNOs, MVNOs, and Cellular Module Vendors
4.6. European Utilities
4.7. North American Utilities
4.8. Asia-Pacific Utilities

Section 5.
MARKET FORECASTS

5.1. Forecast Methodology
5.2. Report Segmentations
5.3. Smart Meter Installed Base
5.4. Synchrophasor Installed Base
5.5. Smart Grid CAPEX

Section 6.
COMPANY DIRECTORY


Section 7.
ACRONYMS


Section 8.
LINKS TO RELATED RESEARCH

8.1. Scope of Study
8.2. Sources and Methodology
8.3. Notes




7 Charts
  • Annual Smart Appliance Shipments
  • Households with Utility-based HEMS
  • Electric Vehicle Charging Station Installed Base
  • Smart Meter Installed Base
  • Synchrophasor Installed Base
  • Cumulative Smart Meter Spending Versus T&D Infrastructure CAPEX
  • Cumulative Smart Meter Spending Versus T&D Infrastructure CAPEX, World Market, Forecast: 2011 to 2017
1 Figures
  • Con Edison Smart Grid Interactive Map