Measures needed for the successful development of wind energy in icing climates

G. Ronsten, S. Dierer, Bjørn Egil Kringlebotn Nygaard, Lasse Makkonen, Matthew, C. Homola

Research output: Contribution to conferenceConference articleScientific

Abstract

Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future offshore wind farms. However, the consequences of iced-up wind turbine blades are all too well known and large-scale wind farms in affected climates therefore require effective planning tools. Fortunately, the members of COST Action 727 – “Atmospheric icing of structures” are studying the possibilities to improve icing measurements and modelling. The measures proposed herein are well known, require hard work and are costly. For the wind turbine customer, the easiest solution would be if the wind turbine manufacturers were to make anti-/de-icing technologies, which are able to cope with moderate and severe icing conditions, readily available. The decision toinitiate the development of anti-/de-icing technologies require market studies showing the market potential which in turn requires studies of the effects of icing on wind turbines, forecasting and mapping of icing which in turnrequires measurements of droplet size distribution and liquid water content. So far and hardly professional, wind turbines have been built in icy climates hoping for luck.
Original languageEnglish
Number of pages4
Publication statusPublished - 2009
MoE publication typeNot Eligible
EventEuropean Wind Energy Conference and Exhibition 2009, EWEC 2009 - Marseille, France
Duration: 16 Mar 200919 Mar 2009

Conference

ConferenceEuropean Wind Energy Conference and Exhibition 2009, EWEC 2009
Abbreviated titleEWEC 2009
CountryFrance
CityMarseille
Period16/03/0919/03/09

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Wind turbines
Wind power
Snow and ice removal
Offshore wind farms
Water content
Turbomachine blades
Planning
Liquids

Cite this

Ronsten, G., Dierer, S., Nygaard, B. E. K., Makkonen, L., & Homola, M. C. (2009). Measures needed for the successful development of wind energy in icing climates. Paper presented at European Wind Energy Conference and Exhibition 2009, EWEC 2009, Marseille, France.
Ronsten, G. ; Dierer, S. ; Nygaard, Bjørn Egil Kringlebotn ; Makkonen, Lasse ; Homola, Matthew, C. / Measures needed for the successful development of wind energy in icing climates. Paper presented at European Wind Energy Conference and Exhibition 2009, EWEC 2009, Marseille, France.4 p.
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Ronsten, G, Dierer, S, Nygaard, BEK, Makkonen, L & Homola, MC 2009, 'Measures needed for the successful development of wind energy in icing climates' Paper presented at European Wind Energy Conference and Exhibition 2009, EWEC 2009, Marseille, France, 16/03/09 - 19/03/09, .

Measures needed for the successful development of wind energy in icing climates. / Ronsten, G.; Dierer, S.; Nygaard, Bjørn Egil Kringlebotn; Makkonen, Lasse; Homola, Matthew, C.

2009. Paper presented at European Wind Energy Conference and Exhibition 2009, EWEC 2009, Marseille, France.

Research output: Contribution to conferenceConference articleScientific

TY - CONF

T1 - Measures needed for the successful development of wind energy in icing climates

AU - Ronsten, G.

AU - Dierer, S.

AU - Nygaard, Bjørn Egil Kringlebotn

AU - Makkonen, Lasse

AU - Homola, Matthew, C.

PY - 2009

Y1 - 2009

N2 - Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future offshore wind farms. However, the consequences of iced-up wind turbine blades are all too well known and large-scale wind farms in affected climates therefore require effective planning tools. Fortunately, the members of COST Action 727 – “Atmospheric icing of structures” are studying the possibilities to improve icing measurements and modelling. The measures proposed herein are well known, require hard work and are costly. For the wind turbine customer, the easiest solution would be if the wind turbine manufacturers were to make anti-/de-icing technologies, which are able to cope with moderate and severe icing conditions, readily available. The decision toinitiate the development of anti-/de-icing technologies require market studies showing the market potential which in turn requires studies of the effects of icing on wind turbines, forecasting and mapping of icing which in turnrequires measurements of droplet size distribution and liquid water content. So far and hardly professional, wind turbines have been built in icy climates hoping for luck.

AB - Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future offshore wind farms. However, the consequences of iced-up wind turbine blades are all too well known and large-scale wind farms in affected climates therefore require effective planning tools. Fortunately, the members of COST Action 727 – “Atmospheric icing of structures” are studying the possibilities to improve icing measurements and modelling. The measures proposed herein are well known, require hard work and are costly. For the wind turbine customer, the easiest solution would be if the wind turbine manufacturers were to make anti-/de-icing technologies, which are able to cope with moderate and severe icing conditions, readily available. The decision toinitiate the development of anti-/de-icing technologies require market studies showing the market potential which in turn requires studies of the effects of icing on wind turbines, forecasting and mapping of icing which in turnrequires measurements of droplet size distribution and liquid water content. So far and hardly professional, wind turbines have been built in icy climates hoping for luck.

M3 - Conference article

ER -

Ronsten G, Dierer S, Nygaard BEK, Makkonen L, Homola MC. Measures needed for the successful development of wind energy in icing climates. 2009. Paper presented at European Wind Energy Conference and Exhibition 2009, EWEC 2009, Marseille, France.