Energy Harvesters Market Analysis and Segment Forecasts to 2019

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Energy Harvesters Market Current Trends, Size, Share, Industry Analysis,

Competitive Intelligence, Growth, Opportunities and Global Forecasts To

2013 - 2019

Energy harvesting, also referred to as energy scavenging/power harvesting, is a process in which

small amounts of energy is captured from external sources including wind, solar, kinetic, etc.

Energy thus generated is used in various applications for improving efficiency and enabling new

technology. Successful energy harvesting technology requires expertise in energy storage, energy

capture, metrology, material science and systems engineering.

Global energy harvesting market was worth USD 132 million in 2012. It is anticipated to exceed

USD 4.1 billion by 2019. This may be attributed to high demand for micro power generation,

which is used to charge thin film batteries. Growth is also influenced by favorable conditions in

the sensors and wireless sensor networks markets.

Worldwide energy harvesting market will benefit from higher usage of harvested energy in

telemedicine systems and m-health initiatives mainly, for providing clinicians with handset

communications. The emergence of advanced storage devices is a positive development.

Technologies of storage mediums like super-capacitors and thin-film batteries are becoming

increasingly affordable. Moreover, energy scavenging devices have become more efficient. They

are now capable of computing smartly being equipped with sensors that detect and measure

change in conditions and make the required environmental adjustments.

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The current applications of energy harvesting and storage cover oil field monitoring systems,

wireless light switches in smart buildings, windup laptops for use in remote areas, and vibrationbased wireless train measuring systems. Wireless sensors have the capacity to self-power. They

are useful in alerting and monitoring incidents like forest fires,...