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ERA5 reanalysis data is used as a key source in many of our renewable energy applications โ and it is surely also a major component within windPRO climate and mesoscale datasets. Since this summer โ more recent data has been made available at an earlier time since the data-delivery in some cases has decreased from [โฆ]
Scheduled server maintenance Sunday the 17th of December, between 11:00 GMT (12:00 Danish time) and 17:00 GMT Online systems will be temporarily unavailable during this time, including but not limited to: โขย ย License Registration and OnlineData for windPRO, energyPRO and energyTRADE โขย ย Website www.emd.dk including api.emd.dk and windprospecting.com Calculations and tasks in windPRO and energyPRO [โฆ]
The windPRO online-data team at EMD has just released a 2022 version of the โwindPRO Global Satellite Imagery โ 10mโ dataset. This dataset supplements the 2018 release which is still available. The new 2022 version is of higher quality and has fewer clouds compared to the 2018 version. You can add it as a background [โฆ]
A high-resolution digital terrain model (DTM) for the German Bundesland of Saxony (Sachsen) is now released as a part of the online data services for users of windPRO 3.3. This dataset originates from detailed annual laser-scans of Saxony โ years 2008-2019. Here, the native DTM grid resolution is at 1m or 2m. For such DTM [โฆ]
During 2016-2018 EMD International A/S (EMD) formed a fruitful project partnership with the Technical University of Denmark (DTU) and รSTรN Energy Engineering LLC from Turkey (รSTรN) within the Eurostars project โwindPROSPERโ. In 2019 products from the project are released by the project partners and made available to users of windPRO. First product from windPROSPER was [โฆ]
On request from windPRO users working on offshore wind farm developments around the globe, the online-data services in windPRO 3.2+ now offers two bathymetry models: One with Pan-European coverage and grid resolution 230m; the other with global coverage and at a coarser 1km grid-resolution. Water depth data are accessed from the elevation-grid object โ with [โฆ]