Energy Harvesting Innovations Disrupting Key Applications (Technical Insights)

Energy Harvesting Innovations Disrupting Key Applications (Technical Insights)

Ambient Energy to Power Electronic Devices

RELEASE DATE
30-Jun-2015
REGION
Global
Research Code: D67D-01-00-00-00
SKU: EG01612-GL-TR_17227
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Description

The process of powering devices by utilizing small amount of energy from one or more ambient energy sources is termed as Energy Harvesting (EH). Energy harvested from the ambient sources can also be captured and stored in a battery for future use. Different types of ambient sources and energy harvesters are being explored for varied applications in different markets. Energy harvesting technologies not only energizes the devices but also facilitates longer life time. The research service captures innovations in the energy harvesting sector that has the potential to disrupt applications. The study covers innovation hotspots, disruptive opportunities, megatrend impact, technology convergence, market potential, patent landscape, global footprint and funding trends. The research is oriented towards covering energy harvesting related innovations and its disruptive potential in key applications such as automotive and transportation, aerospace and defense, healthcare and medical, industrial and process control monitoring, building automation, consumer electronics, and environment.

Table of Contents

Research Scope

Research Methodology

Research Methodology (continued)

Key Findings

Energy Harvesting – Technology Landscape

Energy Harvesting - Architecture

Technology Categorization

Innovation Hotspots

Disruptive Potential in Key Sectors

Disruptive Potential in Key Sectors (continued)

Factors Influencing Adoption – Drivers & Challenges

Factors Influencing Energy Harvesting Adoption

Factors Influencing Energy Harvesting Adoption

Funding Scenario

Patent Landscape

Global Adoption Footprint

Energy Harvesting—Adoption Rate

Forces of Transformation - Need for Energy Harvesting

Forces of Transformation - Need for Energy Harvesting (continued)

Forces of Transformation - Need for Energy Harvesting (continued)

Disruptive Opportunities in Automotive and Transportation

Disruptive Opportunities in Healthcare

Disruptive Opportunities in Aerospace

Disruptive Opportunities in Industrial and Process Control

Disruptive Opportunities in Building and Automation

Disruptive Opportunities in Consumer Electronics

Movers & Shakers

Movers & Shakers (continued)

Key Innovations

Key Innovations (continued)

Key Innovations (continued)

Key Innovations (continued)

Key Innovations (continued)

Key Innovations (continued)

Energy Harvesting: A Growing Market

World Energy Harvesting Market - Revenue Forecast

Energy Harvesting - Impact of Megatrends

Opportunities and Trends

Technology Convergence - Increasing Market Opportunities

Key Patents

Key Patents (continued)

Key Patents (continued)

Key Contacts

Legal Disclaimer

The Frost & Sullivan Story

Value Proposition: Future of Your Company & Career

Global Perspective

Industry Convergence

360º Research Perspective

Implementation Excellence

Our Blue Ocean Strategy

The process of powering devices by utilizing small amount of energy from one or more ambient energy sources is termed as Energy Harvesting (EH). Energy harvested from the ambient sources can also be captured and stored in a battery for future use. Different types of ambient sources and energy harvesters are being explored for varied applications in different markets. Energy harvesting technologies not only energizes the devices but also facilitates longer life time. The research service captures innovations in the energy harvesting sector that has the potential to disrupt applications. The study covers innovation hotspots, disruptive opportunities, megatrend impact, technology convergence, market potential, patent landscape, global footprint and funding trends. The research is oriented towards covering energy harvesting related innovations and its disruptive potential in key applications such as automotive and transportation, aerospace and defense, healthcare and medical, industrial and process control monitoring, building automation, consumer electronics, and environment.
More Information
No Index No
Podcast No
Author Sitanshu Ramrao Shastri
Industries Energy
WIP Number D67D-01-00-00-00
Keyword 1 Energy Harvesting System
Keyword 2 Energy Storage
Keyword 3 Energy Harvesting Innovations
Is Prebook No