Presentations 2016

Winterwind Presentations 2016

  • #
  • Author
  • Paper
  • 5
  • Sebastian Meyer
  • North Asia driving the wind industry
  • 6
  • Sebastian Meyer
  • Salkhit Wind Farm Background
  • 7
  • Dörte Fouquet
  • The European Commissions Winter Package and the latest developments regarding cooperation and market integration of renewable energy
  • 8
  • Daniel Gustafsson
  • Moving forward in a frosty market
  • 9
  • Ben Martinez
  • Benchmark study of icing forecasts Do they really add a value
  • 10
  • Matthew Wadham Gagnon
  • Ice detection methods and measurements
  • 11
  • Magnus Baltscheffsky
  • Towards validation of microphysics schemes in numerical weather prediction models for icing applications
  • 12
  • Marie Cecilie Pedersen
  • On-site measurement from cold climate - possibilities and applications towards validation of CDF model
  • 13
  • Arve Sandve
  • Integrated approach to saftey and asset performance in cold climates
  • 14
  • Esbjörn Olsson
  • Uncertainty quantification for wind power forecasts in cold climates
  • 15
  • Rolv Erland Bredesen
  • Ice risk forecast system for operational wind farms
  • 16
  • Hamish MacDonald
  • Assessing the likelihood of hail impact damage on wind turbine blades
  • 17
  • Greger Nilsson
  • Blade heat system repair part II
  • 18
  • Ricard Buils
  • Urbano Quantifying the impact of ice accretion on turbine life for typical Scandinavian sites using numerical modelling
  • 19
  • Jakob Van de Broecke
  • An experimental study on the use of nanosecond pulsed dielectric barrier discharge plasma actuators for de-icing of aerospace structure
  • 20
  • Lasse Johansson
  • Frozen anemometers and bias in the wind resource
  • 21
  • Sónia Liléo
  • Mast measurements in cold climates- Challenges and recommendations
  • 22
  • Øyvind Byrkjedal
  • New advances in icing measurements and icing predictions
  • 23
  • Kengo Satoh
  • Wet-snow production and snowing wind tunnel test for snow accretion and prevention
  • 24
  • Massimo Galbiati
  • Prediction of production losses in cold climates and ice protection system de- sign by computational fluid dynamics
  • 25
  • Nadine Rehfeld
  • Assessment of de-icingandanti-icing technologies in ice wind tunnel
  • 26
  • Ville Lehtomäki
  • Overview of IEA wind Task19 results from 2013-2015
  • 27
  • Andreas Krenn
  • IEA Task19, standardized methodology for the elaboration of the ice throw risk assessments
  • 28
  • René Cattin
  • Validation of the IEA Task 19 ice site classification
  • 29
  • Zouhair Khadiri-Yazami
  • Classification based approach for icing detection
  • 30
  • Ville Lethomäki
  • Web-survey results & Panel
  • 31
  • Dominic Bolduc
  • A look at wind turbine performance in Canadian icing climate
  • 32
  • Pierre-Jean Rigole
  • The Swedish Energy Agency strategy within wind energy
  • 33
  • Ylva Odemark
  • An overview of Vattenfalls research within turbine icing - Yesterday and tomorrow
  • 34
  • Siavash Shoja
  • An approach in using guided waves for ice detection on wind turbines
  • 35
  • Tomofumi Saito
  • Combinded effect of the heating and the superhydrophobic coating on the deicing capability of the ultrasonic wind sensor
  • 36
  • Tomofumi Saito
  • Combined effect of the heating and superhydrophic coating on the de-icing capability of the ultrasonic wind sensor
  • 37
  • Katja Hynynen
  • Perfomance of two nacelle-mounted ice detectors a case study
  • 38
  • David Futter
  • Wind turbine ice detection systems testing
  • 39
  • Michael Moser
  • Real-world icing distribution analysis based on data from surface sensors
  • 40
  • Till Beckford
  • Update of DNV GLs empirical icing map of Sweden and methodology of estimating icing losses using further Nordic wind farm data
  • 41
  • Johan Hansson
  • Methods for estimation of occurred icing losses in operational wind farms - measurements and modeling
  • 42
  • Daran Rife
  • A road map for understanding the performance of numerical seater predicition based models for predicting long-term wind farm production losses due to ice accretion on blades
  • 43
  • Bengt Göransson & Dag Haaheim
  • Swedish Wind Energy Associations' view on wind energy in cold climates
  • 44
  • Jon Collins
  • Forecasting wind turbine icing the value of icing forecasts trading on the day-head energy market
  • 45
  • Richard Hann
  • Applications of iced wind turbines noise simulations
  • 46
  • Timo Karlsson
  • Validation of icing atlases based on SCADA data
  • 47
  • Tuomas Tiihonen Jokela
  • VTT icing Wind Tunnel 2 0
  • 48
  • Simo Rissanen
  • Simulations of drifting sea ice loads on offshore wind turbine support structures
  • 49
  • Anne Mette Nodeland
  • ENERCON experiences with wind energy turbines in icing conditions
  • 50
  • Brian Daugbjerg Nielsen
  • Vestas cold climate offerings to cope with icing conditions
  • 51
  • Annike Skovgaard Sørensen
  • Improving output in harsh conditions
  • 52
  • Andreas Beyer
  • Nordex Anti-Icing System on N131 wind turbines - development and validation
  • 53
  • Honghua Zhong
  • Dongfang experience in low temperature wind turbine de-icing
  • 54
  • Dörte Fouquet & Daniel Gustafsson
  • Summary assisted by Jos Beurskens and Sven-Erik Thor
  • 55
  • Bernd Wölfel
  • Reliable ice detection for rotor blades to increase availability and yield of wind turbines
  • 56
  • Emil Lindblom
  • In Situ Instrument AB - your overall partner when it comes to measuring wind in any environment
  • 57
  • Hans Gedda
  • Airbone de-icing solutions for wind turbines
  • 59
  • Najeem Lawal
  • Cost effective system for ice throw detection
  • 60
  • MikkoTiihonen
  • Ice detection via advanced infrared image analysis
  • 61
  • Patrik Jonsson
  • Monitoring systems for harsh climate
  • 62
  • Tatu Muukkonen
  • Recent development on blade mounted and nacelle mounted ice detectors
  • 63
  • Liselotte Aldén
  • Decommissioning of wind farms - ensuring low environmental impact
  • 64
  • Hans Bergström
  • Doing a meso-scale re-analysis using the WRF-model - does it matter for the resulting icing climatology which version of WRF you use?
  • 65
  • Daniel Brenner
  • Determination of the actual ice mass on wind turbine blades Measurments and methods for avoiding excessive icing loads threads