• 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

WP 12 – Power curve measurement

Objectives

Power Performance Measurement

  • To compare site calibration factors obtained from cup anemometer measurements and 3D sonic anemometer measurements
  • To compare wind speed profiles measured at the tower and generated by the numerical model.
  • To measure the power curve of two turbines of the same type at different complex terrain situations for site specific effects. To test nacelle anemometer based results against IEC 61400-12-1 measurement results.

Description of work

Power Performance Measurement

  • Two towers will be placed at the site of interest in order to perform a site calibration measurement at hub height, according to IEC 61400-12-1 using Measnet calibrated cup and sonic anemometers.
  • After the first phase with a minimum durations of 8 weeks the mast at the turbine position will be moved to a different position in the farm. The sonics will be calibrated with regard to the expected terrain slope induced inflow angles. In this phase a second data set will be compiled.
  • Power curve measurements on turbines following IEC 61400-12-1. The data of the turbine will be assessed using nacelle anemometry. Special emphasis shall be put on the high wind speed regime above 16 m/s and the cut-out hysteresis.

WP Responsibility

DEWI is the leader of Work Package ‚Power curve measurement‘.

Work Packages

  • 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
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