Microchip Technology Inc., Chandler, AZ, has partnered with Cymbet Corp. to offer the XLP 16-bit Energy Harvesting Development Kit.More>>

Completing its Series C round of financing, the company will focus on increasing manufacturing capacity, extending its sales channels, and supporting R&D into its trademark rechargeable energy storage devices.More>>

The Energy Harvesting Application Development Kit uses Microchip's eXtreme Low Power MCUs; enables developers to build and test solar energy harvesting applications without designing any hardware.More>>

Here's how supercapacitors—double-layered capacitors with the ability to store far more energy than a traditional capacitor—can be used in conjunction with a small solar cell to power a wireless sensor node.More>>

The SMART Energy Harvester Development Kit from Smart Material Corp., Sarasota, FL, combines a simple desktop shaker, a suitable power amp unit, several macro fiber composite (MFC) generator structures, and three measurement circuit modules.More>>

Powercast Corp., Pittsburgh, PA, offers the P1110 and P2110 Powerharvester receivers that convert radio waves into usable energy.More>>

The Free-Standing Harvester (PMG FSH) from Perpetuum Ltd., Southampton, U.K., combines electromagnetic vibration energy harvesting technology with a selectable suite of energy charge, storage, and management options.More>>

Power Pucks from Perpetua Power Source Technologies Inc., Corvallis, OR, use the company's Flexible Thermoelectric Film to convert waste heat into useful electrical output.More>>

The VR001 from Midé Technology Corp., Medford, MA, makes high-speed three-axis vibration measurements in most environments, allowing users of vibration energy harvesting to characterize the vibration environment.More>>

The TE-Power NODE from Micropelt GmbH, Freiburg, Germany, is a wireless thermoharvesting and energy budget explorer system.More>>