Winds of Time
How can the latest meteorological technology be used to ensure optimal use of wind for renewable energy? That was the question that Meteorological Technology International's reporter asked University of Tübingen…
How can the latest meteorological technology be used to ensure optimal use of wind for renewable energy? That was the question that Meteorological Technology International's reporter asked University of Tübingen…
The Environmental Physics group at the University of Tübingen, Germany, is looking for applicants for PhD Students and Research Assistants to work on Atmospheric Flow Around Large Offshore Wind Farms. These…
More and more wind farms are being built in the waters around Europe, Asia, and soon in the USA. But as more wind plants are built, there's a chance that they will start to change the wind conditions locally. The new X-Wakes project will investigate how the wind conditions in the German Bight might change with large-scale expansion of offshore wind farms.
Environmental Data Analysis The SWE has carried out many power performance measurements for research and development. These measurements are enabled by SWE's expertise in atmospheric and structural measurements, and portable…
Measurement of Wind and Temperature Profiles Wind Met Mast The SWE's three-sided wind met mast with a maximum height of 120 meters has multiple booms at various, freely selectable heights. Meteorological…
Applied Geosciences – Environmental Physics Group (UP) Part of the Department of Geosciences at the University of Tübingen Specialist Areas Small Meteorological UAV for Wind-Energy ResearchAutomatic probing of the turbulent…
WIPAFF - Wind Park Far Field Goals News Publications Goals The overarching project aims at delivering a contribution to reliable planning of offshore wind parks by analysing the impact of…
KONTEST Planning and design of a wind energy test site in complex terrain in southern Germany Goals News Publications Goals On the basis of the results of the planning and…
Lidar Complex Development of LIDAR technologies for detecting wind field structures with regard to optimising wind energy use in mountainous-complex terrain. Goals News Publications Goals Development of procedures for Lidar…
From 12-13 November 2013, the Endowed Chair of Wind Energy of Stuttgart University (SWE) was host to an expert meeting on “Wind energy in complex terrain”. The meeting was organized in cooperation with CENER, the Spanish National Renewable Energy Centre (Centro Nacional de Energías Renovables) and is part of the International Energy Agency (IEA) “Wind Task 11”.