DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre

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Abstract

The wave energy sector is at a development stage where real-sea testing is imperative. Dedicated test sites for wave energy converters (WECs) [1-6] are being established around Europe to facilitate sea trials. The Danish Wave Energy Centre (DanWEC) test site at Hanstholm has been the preferred test site for several Danish WECs. In 2013 DanWEC has received Greenlab funding from the EUDP programme to establish the site including more detailed information on its wave climate and bathymetry and seabed conditions. The project “Resource Assessment, Forecasts and WECs O&M strategies at DanWEC and beyond” has been initiated to deliver detailed information of the environmental conditions of DanWEC and to review implementation of O&M procedures, which will ultimately improve WEC’s operation and reduce WEC’s costs. The work so far has been concentrated on establishing the base for gaining detailed information on the DanWEC wave and current climate. In this paper an analysis of the wave climate of the DanWEC test site will be presented. This includes a description of the data quality control and filtration for analysis and the observations and data analysis. Relevant characteristics of the test site, as for example scatter diagram (Hm0, Tz) will be analysed and wave power distribution given. Based on the data gathered so far a preliminary analysis of extreme events at the DanWEC test site will be presented. Deployment, control strategies and O&M strategies of wave energy converters are sensitive to the wave and current conditions and weather windows to perform the suitable maintenance and corrections during an experimental phase in real ocean conditions are essential information also in the planning phase of the experiments.
Original languageEnglish
Publication date2016
Number of pages10
Publication statusPublished - 2016
EventCORE 2016 - Second International Conference on Offshore Renewable Energy - Glasgow, United Kingdom
Duration: 12 Sep 201614 Sep 2016
Conference number: 2
http://www.offshore-renewables.co.uk/index

Conference

ConferenceCORE 2016 - Second International Conference on Offshore Renewable Energy
Number2
CountryUnited Kingdom
CityGlasgow
Period12/09/201614/09/2016
Internet address

Fingerprint

wave climate
empirical analysis
wave energy
wave power
resource assessment
extreme event
data quality
bathymetry
quality control
test

Keywords

  • DanWEC
  • Danish
  • Test site
  • Wave climate

Cite this

Tetu, A., Nielsen, K., & Kofoed, J. P. (2016). DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre. Paper presented at CORE 2016 - Second International Conference on Offshore Renewable Energy, Glasgow, United Kingdom.
Tetu, Amelie ; Nielsen, Kim ; Kofoed, Jens Peter. / DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre. Paper presented at CORE 2016 - Second International Conference on Offshore Renewable Energy, Glasgow, United Kingdom.10 p.
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note = "CORE 2016 - Second International Conference on Offshore Renewable Energy, CORE ; Conference date: 12-09-2016 Through 14-09-2016",
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Tetu, A, Nielsen, K & Kofoed, JP 2016, 'DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre', Paper presented at CORE 2016 - Second International Conference on Offshore Renewable Energy, Glasgow, United Kingdom, 12/09/2016 - 14/09/2016.

DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre. / Tetu, Amelie; Nielsen, Kim; Kofoed, Jens Peter.

2016. Paper presented at CORE 2016 - Second International Conference on Offshore Renewable Energy, Glasgow, United Kingdom.

Research output: Contribution to conference without publisher/journalPaper without publisher/journalResearchpeer-review

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AU - Nielsen, Kim

AU - Kofoed, Jens Peter

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N2 - The wave energy sector is at a development stage where real-sea testing is imperative. Dedicated test sites for wave energy converters (WECs) [1-6] are being established around Europe to facilitate sea trials. The Danish Wave Energy Centre (DanWEC) test site at Hanstholm has been the preferred test site for several Danish WECs. In 2013 DanWEC has received Greenlab funding from the EUDP programme to establish the site including more detailed information on its wave climate and bathymetry and seabed conditions. The project “Resource Assessment, Forecasts and WECs O&M strategies at DanWEC and beyond” has been initiated to deliver detailed information of the environmental conditions of DanWEC and to review implementation of O&M procedures, which will ultimately improve WEC’s operation and reduce WEC’s costs. The work so far has been concentrated on establishing the base for gaining detailed information on the DanWEC wave and current climate. In this paper an analysis of the wave climate of the DanWEC test site will be presented. This includes a description of the data quality control and filtration for analysis and the observations and data analysis. Relevant characteristics of the test site, as for example scatter diagram (Hm0, Tz) will be analysed and wave power distribution given. Based on the data gathered so far a preliminary analysis of extreme events at the DanWEC test site will be presented. Deployment, control strategies and O&M strategies of wave energy converters are sensitive to the wave and current conditions and weather windows to perform the suitable maintenance and corrections during an experimental phase in real ocean conditions are essential information also in the planning phase of the experiments.

AB - The wave energy sector is at a development stage where real-sea testing is imperative. Dedicated test sites for wave energy converters (WECs) [1-6] are being established around Europe to facilitate sea trials. The Danish Wave Energy Centre (DanWEC) test site at Hanstholm has been the preferred test site for several Danish WECs. In 2013 DanWEC has received Greenlab funding from the EUDP programme to establish the site including more detailed information on its wave climate and bathymetry and seabed conditions. The project “Resource Assessment, Forecasts and WECs O&M strategies at DanWEC and beyond” has been initiated to deliver detailed information of the environmental conditions of DanWEC and to review implementation of O&M procedures, which will ultimately improve WEC’s operation and reduce WEC’s costs. The work so far has been concentrated on establishing the base for gaining detailed information on the DanWEC wave and current climate. In this paper an analysis of the wave climate of the DanWEC test site will be presented. This includes a description of the data quality control and filtration for analysis and the observations and data analysis. Relevant characteristics of the test site, as for example scatter diagram (Hm0, Tz) will be analysed and wave power distribution given. Based on the data gathered so far a preliminary analysis of extreme events at the DanWEC test site will be presented. Deployment, control strategies and O&M strategies of wave energy converters are sensitive to the wave and current conditions and weather windows to perform the suitable maintenance and corrections during an experimental phase in real ocean conditions are essential information also in the planning phase of the experiments.

KW - DanWEC

KW - Danish

KW - Test site

KW - Wave climate

KW - DanWEC

KW - Danish

KW - Test site

KW - Wave climate

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M3 - Paper without publisher/journal

ER -

Tetu A, Nielsen K, Kofoed JP. DANWEC - Empirical Analysis of the Wave Climate at the Danish Wave Energy Centre. 2016. Paper presented at CORE 2016 - Second International Conference on Offshore Renewable Energy, Glasgow, United Kingdom.