Electrostatic wind power harvests wind energy with no turbine blades, gearboxes, or other expensive hardware. But there are still challenges to be overcome before the concept is ready for prime time....More
A special silicone-based material normally used to sense movement could double as an energy harvesting device in situations characterized by relatively large strain and relatively low forces....More
A recent analysis of worldwide wind energy by UNC and Harvard researchers indicates that geophysical and climate considerations reduce the amount of energy available for harvest from the wind to well below prior estimates....More
Using principles analogous to those of hydroelectric dams, wind catchers from SheerWind could generate power much less expensively than conventional wind turbines....More
MIT researchers have figured a way to move piezoelectric material with polymers that react to water vapor. The technique harvests enough energy from water vapor to do useful work....More