Such measurements and tools enable better design of offshore wind turbines and farms, making them safer and more efficient to operate. Lidar is the most suitable technology to understand wind ...

Accurate measurements of atmospheric turbulence enable durable and efficient wind turbine design as well as optimized wind ...

An energy yield assessment, informed by a floating lidar campaign begun in March ... Taiwan's local manufacturing supply chain for floating offshore wind mooring and anchoring systems.

In an ongoing NEDO project, Ueda is now developing guidelines for offshore wind-speed measurement using pairs of LiDAR instruments, which can obtain high accuracy readings by intersecting the ...

Fugro has secured a contract from Ørsted to conduct a 12-month floating lidar measurement campaign, a crucial step for the Gippsland offshore wind farms located off the south coast of Gippsland ...

Accurately measuring atmospheric turbulence is key to designing durable wind turbines and optimising offshore wind farm operations. The research project, the POWSEIDOM JIP, led by France Energies ...

A coalition of commercial fishing groups has filed a petition with the U.S. Supreme Court, challenging the approval of Vineyard Wind 1. What we know.

A recent joint research initiative among global wind energy stakeholders has led to significant advancements in the measurement of atmospheric turbulence for offshore wind farms. The project, ...

Accurate measurements of atmospheric turbulence enable durable and efficient wind turbine design as well as optimized wind farm operation. To advance this, Vaisala participated in a research ...