Energy Harvesting

Ambient Thermal, Mechanical, Thermoelectric, or RF Energy for M2M Devices

Research Report

Pages
53
Deliverables
Released
1Q 2011
Product Code
RR-EHARV-11
Price
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The vision of energy harvesting is that it will be a way of perpetually powering small devices and providing a cleaner environment through "free" energy that won’t require the use of polluting batteries. Although the collection of energy through harvesting is miniscule, it is enough to power wireless sensor networks (WSN), the next step in the evolution in automating buildings, utilities, factories, homes, and transportation systems. Energy harvesting devices are particularly attractive as replacements for batteries in low-power electronic systems such as WSNs, because of the logistics involved in the time-consuming tasks of procuring, installing, and changing the batteries.

This study covers the market for energy harvesting solutions for M2M devices, and provides forecasts of energy harvesting unit shipments and revenue, segmented by major global region and by ambient energy source, along with shipment and revenue data related to the proliferation of energy harvesting development kits. Additional forecasts are provided for 802.15.4 chipset shipments and revenue, as well as for Building Automation Services (BAS) wireless field equipment shipments and value, since BAS is a major market for Wireless Sensor Networks, which are currently one of the leading applications for energy harvesting systems.

What Questions Does This Report Answer?

  • What types of energy can be harvested?
  • How is each type of energy harvested most efficiently?
  • What are the benefits of harvesting ambient energy?
  • What types of electronics can be powered more efficiently and cost-effectively through ambient energy harvesting?
  • Which companies are marketing energy harvesting solutions?

Who Needs This Report?

  • Commercial and public building managers
  • Home builders
  • Electronic component manufacturers
  • Semiconductor manufacturers
  • Medical products companies
  • Military contractors
  • Industrial facilities managers
  • City managers

Table of Contents

  • Executive Brief

  • Executive Brief: Top-Line Forecast
  • Executive Brief: Drivers
  • Executive Brief: Inhibitors
  • Executive Brief: Market Share
  • Executive Brief: Summary and Strategic Recommendations

Section 1.
EXECUTIVE SUMMARY

1.1. Whither Energy Harvesting?
1.2. Status of Energy Harvesting
1.3. Market Drivers
1.4. Global Forecast Highlights

Section 2.
TECHNOLOGY OVERVIEW

2.1. Energy Harvesting Defined
2.2. Energy Harvesting Applications
2.2.1. Building Automation
2.2.2. Home Automation
2.2.3. Medical Monitoring
2.2.4. Wearable Electronics
2.2.5. Military Applications
2.2.6. Industrial Applications
2.2.7. Transportation Applications
2.2.8. Environmental Applications
2.3. Ambient Energy Sources
2.3.1. RF Energy
2.3.2. Thermoelectric Energy
2.3.3. Vibration/Kinetic Energy
2.3.4. Photovoltaic
2.3.5. Piezoelectricity
2.4. Energy Harvesting Power Solutions
2.4.1. Transducers
2.4.2. Power Management
2.4.3. Energy Storage
2.4.4. Microcontrollers
2.5. Wireless Sensor Networks
2.6. Energy Harvesting Development Kits

Section 3.
BUSINESS AND REGULATORY ISSUES

3.1. Growth Drivers
3.2. Market Challenges
3.2.1. New Technology Issues
3.2.2. Cost
3.2.3. Commercial Building Challenges
3.2.4. Health and Safety Issues
3.2.5. Standards
3.3. Business Climate
3.3.1. Business Incentives and Programs
3.4. Regulations

Section 4.
MARKET OUTLOOK

4.1. Forecast Methodology
4.1.1. Primary and Secondary Sources of Information
4.2. Forecasts by Region
4.2.1. North America
4.2.2. Europe
4.2.3. Asia-Pacific
4.2.4. Rest of World
4.3. Forecasts by Technology
4.4. Forecasts by Application

Section 5.
KEY INDUSTRY PLAYERS

5.1. Advanced Cerametrics, Inc.
5.2. Dust Networks
5.3. EnOcean GmbH
5.4. Infinite Power Solutions
5.5. Lumedyne Technologies
5.6. MicroStrain, Inc.
5.7. Perpetuum Ltd
5.8. Powercast Corporation
5.9. POWERleap, Inc.
5.10. Texas Instruments
5.11. Verve Living Systems
5.12. Virginia Tech Center for Energy Harvesting Materials and Systems

Section 6.
INDUSTRY DIRECTORY


Section 7.
ACRONYMS

Table of Contents
SCOPE OF STUDY
SOURCES AND METHODOLOGY
NOTES




16 Charts
  • Energy Harvesting Revenue by Energy Source, World Market, Forecast: 2009 to 2016
  • Energy Harvesting Revenue by Application, World Market, Forecast: 2009 to 2016
  • 802.15.4 Chipset Shipments, Revenue for Wireless Sensor Networks, World Market, Forecast: 2009 to 2015
  • Energy Harvesting Revenue by Region (without Development Kits), World Market, Forecast: 2009 to 2016 ($ Millions)
  • Energy Harvesting Revenue by Energy Source, World Market, Forecast: 2009 to 2016 ($ Millions)
  • Energy Harvesting Revenue by Application, World Market, Forecast: 2009 to 2016 ($ Millions)
  • BAS Wireless Field Equipment Value by Vertical Market, World Markets, Forecast: 2009 to 2016
  • Energy Harvesting Development Kit Shipments, World Market, Forecast: 2009 to 2016
  • Energy Harvesting Development Kit Revenue, World Market, Forecast: 2009 to 2016
  • 802.15.4 Chipset Shipments, Revenue for Wireless Sensor Networks
  • Energy Harvesting Revenue by Region (without Development Kits)
  • Energy Harvesting Revenue by Energy Source
  • Energy Harvesting Revenue by Application
  • BAS Wireless Field Equipment Value by Vertical Market
  • Energy Harvesting Development Kit Shipments
  • Energy Harvesting Development Kit Revenue