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Presentations at Winterwind 2017!

All files at http://windren.se/WW2017/ can be downloaded at once by using for example the extension DownThemAll! in Firefox.

At the bottom of this page you will find the Poster Presentations.

Presentations Winterwind 2017

  • #
  • Author
  • Paper
  • 5
  • Tomas Kårberger
  • Global status and future outlook of renewable energy with a focus on wind
  • 6
  • Christine Lins
  • Global status and future outlook of renewable energy with a focus on wind
  • 7
  • Gregory Thompson
  • High-resolution simulations of freezing drizzle and freezing rain events and comparisons to observations
  • 8
  • Ville Lehtomäki
  • IEA Task 19 - Longterm visions for cold climate
  • 9
  • Matilda Ronnfors
  • Numerical simulations of ice accretion on an airfoil
  • 10
  • Lukas Strauss
  • ICE CONTROL - Measurements and probabilistic forecasting of icing events in Austria and Germany
  • 11
  • Emelie C. Iversen
  • A novel approach for combining measurements and models for icing predictions
  • 12
  • Markus Drapalik
  • Experimental investigation of risk from ice throw and ice shed
  • 13
  • Jenny Lunden
  • ICETHROWER - mapping and tool for risk analysis
  • 14
  • Rolv Erlend Bredesen
  • IEA Task 19 - IceRisk: Review of current knowledge and the way forward in risk assessments associated with ice throw from wind turbine blades
  • 15
  • Kai Freudenreich
  • New recommended practices for low temperature and icing climate conditions
  • 16
  • Pieter Jan Jordaens
  • IEA Tas 19 - Low temperature compliance testing of wind turbine applications
  • 17
  • Beanán O'Loughlin
  • Modeling the dynamic behavior of wind farm power generation
  • 18
  • Till Beckford
  • Estimating icing losses at proposed wind farms
  • 19
  • Ke Chen
  • Introduction for Dongfang low-temperature wind turbine
  • 20
  • Katharina Roloff
  • ENERCON - reliable energy production during the winter months
  • 21
  • Lennart Frølund
  • Siemens - Improving performance and reliability in cold climate
  • 22
  • Konrad Sachse
  • Nordex Anti-Icing System on N131 wind turbines - development and validation
  • 23
  • Brian Daugbjerg
  • Vestas R&D within cold climates
  • 24
  • Timo Arstila
  • Measuring in cloud water droplets - the real cause of icing
  • 25
  • Tuomas Jokela
  • Standardizing ice detector test in icing wind tunnel
  • 26
  • Michael Moser
  • So where exactly is the ice - how many sensors does a turbine need?
  • 27
  • Saskia Bourgeois
  • IEA task 19 - Evaluation of ice detection systems for wind turbines - first experiences from field test
  • 28
  • Magnus Baltscheffsky
  • Probabilistic long term correction of production losses due to icing
  • 29
  • René Cattin
  • IEA Task 19 - Blind icing map validation
  • 30
  • Øyvind Byrkjedal
  • IEA Task 19 - IceLoss - 10 years of experience with calculation of production losses caused by icing
  • 31
  • Jos Beurskens
  • Wind Energy in Cold climates - one of many niche markets requiring technical adaptions
  • 32
  • Hannele Holttinen
  • Grid challenges to wind development
  • 33
  • Stegan Gsänger
  • Wind power in cold climates in the global energy landscapes
  • 34
  • Sten Lillienau
  • Wind power in cold climates in the global energy landscapes
  • 35
  • Timo Karlsson
  • IEA Task 19 - Cold climate wind power market study 2016-2020
  • 36
  • Simo Rissanen
  • Site specific simulations of sea ice and wave loads on offshore wind turbine support structures
  • 37
  • Pieter Jan Jordaens
  • Overview of challenges associated with offshore wind farms in cold climates
  • 38
  • Pierre-Jean Rigole
  • New Swedish Energy Agency research programme within wind
  • 39
  • Oscar Hugues-Salas
  • Identification of ice build-up and corresponding control optima
  • 40
  • André Bégin-Drolet
  • A novel meteorological conditions monitoring system for icing detection purposes on wind turbines: operational experience in Canada
  • 41
  • Nadine Rehfeld
  • Recent ice wind tunnel test results and correlations with surface characteristics
  • 42
  • Daniel Brenner
  • Experience with de-icing systems, noise and vibrations evoked by ice accretion
  • 43
  • Kristina Conrady
  • Impact of snow on sound propagating from wind turbines
  • 44
  • Timo Mämmelä
  • Acoustic monitoring for ice detection and wind park maintenance
  • 46
  • Hannele Holtinen
  • Summary of Winterwind 2017
  • 48
  • Ulla Hedman Andrén
  • WWEC2017 presentations and final words

Poster Presentations

  • #
  • Author
  • Paper
  • 1
  • Gemma Daron
  • A review of MERRA-2 data in Scandinavia
  • 2
  • Patrik Jonsson
  • Internet of Things gives cost effective monitoring solutions
  • 4
  • Tatu Muukkonen
  • Comparison of icing measurements from nacelle-mounted and blade mounted ice sensors with icing simulations on a wind turbine blade
  • 5
  • Greger Nilsson
  • Hotspot resistant blade heat system
  • 6
  • Stefan Bill
  • How to extend the life time of wind turbine gearboxes
  • 7
  • Stefan Bill
  • How to extend the life time of wind turbine gearboxes - text
  • 8
  • Viktor Elistratov
  • Features of design of high penetration wind-diesel power plant for villages in the Arctic regions of Russia
  • 9
  • Bojan Alavanja
  • Application of a SCADA data monitoring methodology
  • 10
  • Juha Paldanius
  • Detection of atmospheric icing conditions via cloud information
  • 11
  • Jennie P. Söderman
  • Uncertainty quantification for wind power forecast in cold climates