Articles about Next-Generation Technologies

WETO plans to invest $5.1 million in research and technology development to advance modeling for offshore wind turbine blades at adverse conditions.

This proposed funding opportunity aims to improve mooring technologies and methods, which are used to secure floating platforms to the sea floor, for both the U.S. and Denmark.

A new Berkley Lab analysis finds that despite an expected future reduction in the number of turbines per power plant, the total estimated annual energy output of wind plants will increase due to larger, more powerful wind turbines.

WETO seeks to fund multiple projects for the development of offshore wind environmental monitoring technologies and energy storage systems that can be used to mitigate variability and uncertainties of wind.

A new report for the International Energy Agency Wind Technology Collaboration Programme summarizes the findings of a meeting of global wind energy experts who identify the five Grand Challenges

Research from the BSEE- and DOE-funded institute advances worker safety and environmental sustainability of offshore energy resources

DOE is taking applications for the Fiscal Year 2024 Core Laboratory Infrastructure for Market Readiness Lab Call.

DOE's National Renewable Energy Laboratory and Oak Ridge National Laboratory recently investigated advanced manufacturing processes and materials to enable novel wind turbine blade designs that both decrease costs and increase efficiency.

DOE is requesting information on challenges and opportunities relating to the co-existence of wind energy and radar.

WETO is partnering with the National Science Foundation to fund research focused on fundamental fluid dynamics associated with wind energy.