wind turbines

The deployment locations of the nine cetacean echolocation recorders (C-PODs) used to monitor occurrence of dolphins and harbour porpoise during the development of EDF Renewables’ Blyth Offshore Demonstrator wind turbine array off Northumberland, United Kingdom. Credit: Marine Biology (2023). DOI: 10.1007/s00227-023-04240-1
A marine-friendly future for wind turbines
Illustration shows the concept of collective wind farm flow control. Existing utility-scale wind turbines are operated to maximize only their own individual power production, generating turbulent wakes (shown in purple) which reduce the power production of downwind turbines. The new collective wind farm control system deflects wind turbine wakes to reduce this effect (shown in orange). This system increased power production in a three-turbine array in India by 32 percent. Image: Victor Leshyk
A new algorithm can boost the output of the world’s existing fleet of wind turbines by 1.2 percent
A full-size superconducting generator could be the future for wind turbines
Oil rigs and wind turbines may end their days as valuable artificial reefs
Argonne coating shows surprising potential to improve reliability and vastly reduce costs in wind power
Enormous blades longer than two football fields could lead to more offshore energy in U.S.
Low Cost, Super Efficient Offshore Wind Turbines for a Clean Energy Future
New wind energy research focuses on turbine arrangement, wind seasonality
PowerWINDows aims to rethink the wind turbine
Sail-inspired turbine promises cheaper wind energy
The Sky Is the Limit for Wind Power
Water-making wind turbine on cusp of world revolution
New salt-based battery a leap for green energy
Renewable Energy and Cleantech in India
Floating wind turbines to produce low cost renewable energy