Get all the data needed to plan a wind energy project. All seamlessly downloaded through windPRO.
ERA5 reanalysis data is used as a key source in many of our renewable energy applications – and it is surely also a major component within windPRO climate and mesoscale datasets. Since this summer – more recent data has been made available at an earlier time since the data-delivery in some cases has decreased from […]
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: • License Registration and OnlineData for windPRO, energyPRO and energyTRADE • Website www.emd.dk including api.emd.dk and windprospecting.com Calculations and tasks in windPRO and energyPRO […]
During 2016-2018 EMD International A/S (EMD) formed a fruitful project partnership with the Technical University of Denmark (DTU) and ÜSTÜN Energy Engineering LLC from Turkey (ÜSTÜN) within the Eurostars project “windPROSPER”. In 2019 products from the project are released by the project partners and made available to users of windPRO. First product from windPROSPER was […]
Winterwind takes place in beautiful Åre, Sweden from March 18-22, 2024, where scientists, engineers, manufacturers, developers, consultants, investors, wind farm owners etc. from all over the world gather to discuss the challenges of generating wind power in cold climates Don’t miss the presentations from our colleagues: On 8:30, Wednesday, March 20th Marie Cecilie Pedersen will present the […]
The courses take place online from 9:00-13:00 and there are different topics including ✔️Introduction to energyPRO ✔️Heat network and transmission lines ✔️Sector coupling and PtX ✔️Advanced heat pump modelling Please read more about the course programs, price and register here.
windPRO now includes an option to run WakeBlaster, a new wake model. WakeBlaster is a numerical solver of the 3-dimensional Reynolds averaged Navier Stokes equations, specialized in wind turbine wakes. But what is new? No more superposition: Instead of modelling single turbine wakes and superimposing them empirically, WakeBlaster models the whole waked wind field in […]