Add to ORKGThe KIC-InnoEnergy project “NEPTUNE” develops a floating Lidar buoy and a hindcast- and forecast model for wind- wave- and current measurements of offshore wind farms. In this paper just the lidar buoy is presented and discussed: Main challenges, the design ideas and the steps to develop, test and prototype this product, which – according to the KIC-InnoEnergy project idea – should be commercialized after the project end, foreseen for the end of 2014. KIC-InnoEnergy is funded from the European Institute of Technology, EIT.Peer Reviewe
The development of a balloon-borne buoy based measurement system which aims to find a more cost effe...
Off shore resource assessment with lidars on floating platforms is a flexible and particularly cost-...
Lidar is playing an increasingly important role in the evaluation of the incident wind resource at o...
The KIC-InnoEnergy project “NEPTUNE” develops a floating Lidar buoy and a hindcast- and forecast mod...
This paper presents the development of a new commercial floating lidar system aimed to measure the w...
Floating LiDAR systems gain more and more in importance for the realisation of cost-efficient offsho...
It is estimated that in the EU, energy consumption will rise to 4,350 TWh in 2030. Offshore wind far...
Floating lidar was introduced in 2009 as an offshore wind measurement technology focusing on the spe...
The pressure on coastal seas keeps on increasing (navigation, fisheries, tourism, etc.) and this req...
AbstractIn this contribution we introduce the Fraunhofer IWES Wind Lidar Buoy, a floating-lidar prot...
In this contribution we introduce the Fraunhofer IWES Wind Lidar Buoy, a floating-lidar prototype co...
Assessing the uncertainty of floating lidar systems (FLS) for different wind and wave climates is a ...
-[ANGLÈS] Wind is know to present less turbulence intensity and higher horizontal wind speeds offsho...
Wind assessment of new locations prior to the installation of wind turbines is an established proces...
AbstractValidation and measurements of a Floating LiDAR (Light Detection And Ranging) Device (FLD) w...
The development of a balloon-borne buoy based measurement system which aims to find a more cost effe...
Off shore resource assessment with lidars on floating platforms is a flexible and particularly cost-...
Lidar is playing an increasingly important role in the evaluation of the incident wind resource at o...
The KIC-InnoEnergy project “NEPTUNE” develops a floating Lidar buoy and a hindcast- and forecast mod...
This paper presents the development of a new commercial floating lidar system aimed to measure the w...
Floating LiDAR systems gain more and more in importance for the realisation of cost-efficient offsho...
It is estimated that in the EU, energy consumption will rise to 4,350 TWh in 2030. Offshore wind far...
Floating lidar was introduced in 2009 as an offshore wind measurement technology focusing on the spe...
The pressure on coastal seas keeps on increasing (navigation, fisheries, tourism, etc.) and this req...
AbstractIn this contribution we introduce the Fraunhofer IWES Wind Lidar Buoy, a floating-lidar prot...
In this contribution we introduce the Fraunhofer IWES Wind Lidar Buoy, a floating-lidar prototype co...
Assessing the uncertainty of floating lidar systems (FLS) for different wind and wave climates is a ...
-[ANGLÈS] Wind is know to present less turbulence intensity and higher horizontal wind speeds offsho...
Wind assessment of new locations prior to the installation of wind turbines is an established proces...
AbstractValidation and measurements of a Floating LiDAR (Light Detection And Ranging) Device (FLD) w...
The development of a balloon-borne buoy based measurement system which aims to find a more cost effe...
Off shore resource assessment with lidars on floating platforms is a flexible and particularly cost-...
Lidar is playing an increasingly important role in the evaluation of the incident wind resource at o...