The METEO module is a powerful wind energy software tool for wind data analysis. Apart from being a very user-friendly wind energy software tool, it has all the required features for daily quality checks during monitoring, as well as for data cleaning and correction after monitoring.
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: â˘Â  License Registration and OnlineData for windPRO, energyPRO and energyTRADE â˘Â  Website www.emd.dk including api.emd.dk and windprospecting.com Calculations and tasks in windPRO and energyPRO [âŚ]
During 2016-2018 EMD International A/S (EMD) formed a fruitful project partnership with the Technical University of Denmark (DTU) and ĂSTĂN Energy Engineering LLC from Turkey (ĂSTĂN) within the Eurostars project âwindPROSPERâ. In 2019 products from the project are released by the project partners and made available to users of windPRO. First product from windPROSPER was [âŚ]
Discover the Autumn Update of energyPRO 4.9! Weâre thrilled to announce the latest release of energyPRO 4.9. The spotlight feature: OPTIMIZE! With OPTIMIZE, you can now perform sizing optimization for energy conversion units and storage components within your model, empowering you to make more informed decisions. But thatâs not all! Weâve added the ability to [âŚ]
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 [âŚ]
GASP is a free (CC-by-4.0) global dataset in 250m resolution of resource, siting parameters and expected wind turbine design classes â further details on the GASP dataset can be found here. windPRO 3.5 provides easy download of GASP data as resource files, which include the siting parameters, that can be used in park calculations as [âŚ]
Last week, the HiGHS team from The University of Edinburgh visited us at EMD! HiGHS is an open-source software that helps in solving different types of mathematical problems, such as linear programming (LP), mixed-integer programming (MIP), and convex quadratic programming (QP). The HiGHS solver is already used in our tools energyTRADE and energyPRO to find [âŚ]