energy harvesting

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energy harvesting

Deriving small amounts of energy from the environment for low-power devices. Motion, body heat, solar rays and electromagnetic radiation are examples of sources of energy.
References in periodicals archive ?
com/research/96tzrx/global_energy) has announced the addition of the "Global Energy Harvesting Devices Market 2015-2019" report to their offering.
Target applications for these EnFilm batteries include Internet of Things applications, sensors and sensor networks, smart card applications, RF ID tags, energy harvesting devices, non?
Present day microturbines are energy harvesting devices capable of delivering electrical power up to 10 MW by integrating large number of units.
Technology developed by SMD not only reduces cost and power consumption of today's applications; it also complements new power sources and energy harvesting devices.
Cloaking materials could have applications in the military, microscopy, biomedical sensing, and energy harvesting devices.
Hi-tech wind and solar energy harvesting devices can be promoted as electronic devices.
A driving force behind the search for new energy harvesting devices is the desire to power sensor networks, unmanned vehicles and mobile devices, without batteries.
Because the cost of the hybrid device is economical, Fujitsu's technology is expected to pave the way for widespread use of highly efficient energy harvesting devices.
Furthermore, because the cost of the hybrid device is economical, this technology paves the way to the widespread use of highly efficient energy harvesting devices.
Metal oxides and their nanostructures have emerged as an important class of materials with applications in areas such as transparent electrodes, gas sensors, and energy harvesting devices with multiferroic oxides.
From 2014 onwards, there will be increasing demand from e-labels, e-packaging, e-posters, medical e-disposables such as diagnostics and drug delivery, e-apparel and use in energy harvesting devices and wireless sensor networks (WSN).
Energy harvesting devices based on piezoelectric materials are thoroughly studied due to their high energy density per unit volume, linearity of electromechanical coupling, linear stress-strain relationship in the elastic domain, large strain rates and relatively low resonance frequencies (Roundy et al.