• SEEWIND
    • News
    • Impressum
  • Basics
    • Executive Summary
    • Objectives
    • Project Organisation
    • List of deliverables
    • Sponsors
  • Partner
    • Adria Wind Power d.o.o. (AWP)
    • Deutsches Wind Energie Institut Gmbh (DEWI)
    • DEWI Offshore and Certification Centre GmbH (OCC)
    • JP Elektroprivreda BiH
    • Energiewerkstatt (EWS)
    • Federal Meteorological Institute of Bosnia and Herzegovina (MET-BIH)
    • Institute for Multidisciplinary Studies (IMSI)
    • Masurica A.D. (Masurica)
    • Meteotest (MET-SW)
    • Univerzitet ‚Dzemal Bijedic‘ u Mostar (UNMO)
    • Vjetroenergetika d.o.o. (VE)
  • Locations
    • Wind farm Podvelez
    • Wind farm Rudine
    • Wind farm Vlasina
    • Contacts
  • Work
    • WP 1 – Project Management
    • WP 2 – Dissemination of results
    • WP 3 – Wind measurements at pilot sites
    • WP 4 – Vertical wind profile in complex terrain
    • WP 5 – Local wind systems
    • WP 6 – Meso-scale Simulations
    • WP 7 – Micro-scale simulations
    • WP 8 – Site Development
    • WP 9 – Certification and standards
    • WP 10 – Construction of pilot wind turbines
    • WP 11 – Evaluation of operational data
    • WP 12 – Power curve measurement
  • Ice & Rocks III
    • General information
    • Proceedings
    • Photos of the event
  • Results
    • Project Results & Deliverables
    • Press Releases
    • Scientific Publications
    • Relevant Links
Impressum
  • SEEWIND
    • News
    • Impressum
  • Basics
    • Executive Summary
    • Objectives
    • Project Organisation
    • List of deliverables
    • Sponsors
  • Partner
    • Adria Wind Power d.o.o. (AWP)
    • Deutsches Wind Energie Institut Gmbh (DEWI)
    • DEWI Offshore and Certification Centre GmbH (OCC)
    • JP Elektroprivreda BiH
    • Energiewerkstatt (EWS)
    • Federal Meteorological Institute of Bosnia and Herzegovina (MET-BIH)
    • Institute for Multidisciplinary Studies (IMSI)
    • Masurica A.D. (Masurica)
    • Meteotest (MET-SW)
    • Univerzitet ‚Dzemal Bijedic‘ u Mostar (UNMO)
    • Vjetroenergetika d.o.o. (VE)
  • Locations
    • Wind farm Podvelez
    • Wind farm Rudine
    • Wind farm Vlasina
    • Contacts
  • Work
    • WP 1 – Project Management
    • WP 2 – Dissemination of results
    • WP 3 – Wind measurements at pilot sites
    • WP 4 – Vertical wind profile in complex terrain
    • WP 5 – Local wind systems
    • WP 6 – Meso-scale Simulations
    • WP 7 – Micro-scale simulations
    • WP 8 – Site Development
    • WP 9 – Certification and standards
    • WP 10 – Construction of pilot wind turbines
    • WP 11 – Evaluation of operational data
    • WP 12 – Power curve measurement
  • Ice & Rocks III
    • General information
    • Proceedings
    • Photos of the event
  • Results
    • Project Results & Deliverables
    • Press Releases
    • Scientific Publications
    • Relevant Links

Meteotest (MET-SW)

meteotest

www.meteotest.ch

METEOTEST is a private company located in Bern, Switzerland and was established in 1981. At present, the company has 20 employees and an annual turnover of € 1.600.000. The company is engaged in the field of meteorology, more precisely in weather forecasts, wind and solar energy assessments, air pollution control and geoinformatics. In the wind energy sector, METEOTEST is specialized in wind assessments in complex terrain and under severe weather conditions, carrying out mast and SODAR measurements as well as CFD modelling. METEOTEST was involved in the planning of the world’s highest wind turbine which is located on the Gütsch at 2’300 m a.s.l. midst of the Swiss Alps.

Most recently, METEOTEST, together with the Swiss Meteorological Institute (MeteoSwiss), is coordinating the COST Action 727 project ‚Alpine Test Site Gütsch‘ which deals with measuring and forecasting atmospheric of icing on structures. One main task of the project is to monitor the behaviour of the Gütsch Enercon E-40 wind turbine under harsh alpine conditions.

In 2003, METEOTEST participated in the development of a national guideline for planning wind power plants in Switzerland. This guideline is currently considered as a standard for Swiss project developments.

Participant’s role:

METEOTEST will create together with the experts from DEWI, EWS, DEWI-OCC and from the Met-BH the wind profiles based on the SODAR and LIDAR measurements. It will exchange the information with the operators of the wind turbines and identify the relevant technical aspects. Based on the existing data about the local wind systems they will also contribute to the creation of the micro scale simulations.

Partner

  • Adria Wind Power d.o.o. (AWP)
  • Deutsches Wind Energie Institut Gmbh (DEWI)
  • DEWI Offshore and Certification Centre GmbH (OCC)
  • JP Elektroprivreda BiH
  • Energiewerkstatt (EWS)
  • Federal Meteorological Institute of Bosnia and Herzegovina (MET-BIH)
  • Masurica A.D. (Masurica)
  • Meteotest (MET-SW)
  • Univerzitet ‚Dzemal Bijedic‘ u Mostar (UNMO)
  • Vjetroenergetika d.o.o. (VE)
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