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Wood has announced that it will deploy the first scanning lidar (light detection and ranging) device on two floating wind turbines at Hywind Scottish Pilot Park, located 25km off Peterhead Coast in Aberdeenshire
, Scotland.
The 30MW project is the world's first commercial floating wind farm consisting of 5 floating turbines that can power
approximately 20,000 homes.
The project, owned by Statoil and Masdar, commissioned Wood to install scanning lidar to understand wake and turbulence effects from multiple floating wind turbines, measure turbulent wake spectra and study the effects
of wake motion on yaw motion.
As part of the scope of work, Wood's Clean Energy team provided and installed two Galion lidar and motion compensation devices, designed and manufactured specifically for
the project.
In addition to this, Wood provides long-term operations and maintenance as well as data monitoring, processing and reporting services
.
The CEO of Wood's Expert Technology Solutions business said: "We are delighted to have successfully installed the first scanning lidar
on two floating wind turbines in Hywind Scotland.
The project is a significant extension of the validated IEC compliant transition piece for standards-based lidar methodology and floating platforms, and demonstrates Wood's ability to provide in-house scanning lidar technology and sophisticated motion-compensated device design and construction, with positive results in the first six months of data acquisition, entering wake-up behavior
that cannot be directly measured by any other means.
”
(This article first published cable network: /, please indicate the source for reprinting)
Wood has announced that it will deploy the first scanning lidar (light detection and ranging) device on two floating wind turbines at Hywind Scottish Pilot Park, located 25km off Peterhead Coast in Aberdeenshire
, Scotland.
The 30MW project is the world's first commercial floating wind farm consisting of 5 floating turbines that can power
approximately 20,000 homes.
The project, owned by Statoil and Masdar, commissioned Wood to install scanning lidar to understand wake and turbulence effects from multiple floating wind turbines, measure turbulent wake spectra and study the effects
of wake motion on yaw motion.
As part of the scope of work, Wood's Clean Energy team provided and installed two Galion lidar and motion compensation devices, designed and manufactured specifically for
the project.
In addition to this, Wood provides long-term operations and maintenance as well as data monitoring, processing and reporting services
.
The CEO of Wood's Expert Technology Solutions business said: "We are delighted to have successfully installed the first scanning lidar
on two floating wind turbines in Hywind Scotland.
The project is a significant extension of the validated IEC compliant transition piece for standards-based lidar methodology and floating platforms, and demonstrates Wood's ability to provide in-house scanning lidar technology and sophisticated motion-compensated device design and construction, with positive results in the first six months of data acquisition, entering wake-up behavior
that cannot be directly measured by any other means.
”
(This article first published cable network: /, please indicate the source for reprinting)
/
