Powercast Corp., Pittsburgh, PA, offers the PCC210 RF-based wireless power chipset and licensable reference design for embedded, low-power, wireless charging applications. More>>

The company will use the funds for market launch and expansion of its thim-film thermoelectric energy harvesting technology.More>>

Distributed wireless sensing gets even more attractive if frequent battery changes can be eliminated. That’s the whole idea behind energy harvesting (EH). Depending on the system design and the type of energy source used, EH enables the design of wireless sensor nodes to provide data for remote...More>>

Perpetuum Ltd., Austin, TX, offers PMG RAIL vibration energy harvesters designed to convert vibration into usable power for monitoring and wireless data transmission on passenger trains and freight wagons. More>>

Nextreme Thermal Solutions, Durham, NC, has developed two energy harvesting subsystems for plumbing and HVAC applications. More>>

Embedded thermoharvesting wireless sensor from Micropelt and IMST offers life-long self-sustaining status monitoring; waste heat replaces batteries, ZigBee-compliant platform supports multiple applications.More>>

Powercast's chipset and RF energy harvesting reference design enable low-cost wireless power over distance.More>>

The EHE004 from Midé Technology Corp., Medford, MA, is an energy-harvesting conditioning circuit that converts the AC output from a piezoelectric energy harvester to a regulated DC output. More>>

The MAS6011 from Micro Analog Systems Oy, Helsinki, Finland, monitors the supply voltage and charging of a battery-powered system that contains a small solar cell.More>>

The EH4200 Series of micropower low-voltage booster modules from Advanced Linear Devices (ALD) Inc., Sunnyvale, CA, are designed to step up or boost the output voltage of energy generators, such as thermoelectric generators, electromagnetic coils, photovoltaic cells, and IR emitters. More>>