As a new self-consumption solution, this technology uses vibrating masts that can be installed almost anywhere.
It may be low-cost and pocket-sized, but this innovative device could help power millions of IoT sensors in cities and the countryside.
Increased wind intensity and regularity, along with low visual impact, are driving the deployment of offshore wind energy.
A solar plant built with materials obtained from recycled wind turbine blades illustrates the transition from renewable energy to the circular economy.
The world's first sand battery is already operating in Finland, supplying heat to residential and office buildings in the city of Kankaanpää.
Wind farms and photovoltaic plants in the same space optimize the use of the electricity grid, reduce the environmental footprint of infrastructures, and boost renewable energy output.
This technology enables the transportation of increasingly larger blades to remote areas without the need for extensive route modifications.
After proving their worth over several decades, a new generation of wind turbines is now replacing existing installations with more powerful and efficient units.
A new urban wind turbine prototype eliminates conventional blades and adapts to the prevailing wind conditions at each location.
A young aerospace engineer named Divya Tyagi has refined a century-old equation to improve the efficiency of wind energy.
