27 February 2024 GASPOC Industrial Dissemination Workshop
27 February 2024 Final Meeting
November 2023 Progress Meeting
March 2023: Half year meeting
5 May 2022: Half-way Meeting
28 October 2021: Annual Meeting 01
1 June 2021: QPM02
2 March 2021: QPM01
29 September 2020: GASPOC Kick-off
19 November 2020: WP2+3 Technical Workshop
27 June 2022: Statistical Downscaling Workshop
26 May 2021, Hannover, Germany: Participation in Wind Energy Science Conference
23-25 November 2021, Copenhagen, Denmark: WindEurope Electric City
9 March 2022, Copenhagen, Denmark: Seminar on Offshore Wind collaboration between Norway and Denmark
23 March, Vejle 2022, Denmark: Wind Denmark Annual Meeting
2 June 2022, Copenhagen, Denmark: Green Power Denmark Topmøde
27-30 September 2022, Hamburg, Germany, WindEurope WindEnergy Hamburg
2 November, Wind Energy Denmark Risø, Denmark
WindEurope Annual 2023, Copenhagen, Denmark
September 2023 – February 2024
DHI shares new data and models for the benefit of the offshore wind sector – GTS (gts-net.dk)
Article: Sustaining the acceleration of global offshore wind energy
Publications
J. Tornfeldt Sørensen, “Global Atlas of Siting Parameters Ocean and Coast (GASPOC)”, Wind Energy Science Conference, 26 May 2021, Hannover, Germany
Imberger M., Larsén X. and Davis N. (2024): Global Atlas for Siting Parameters Ocean and Coast – Ensemble calculation of 50-year return winds, DTU Wind report E-0244, ISBN: 978-87-87335-72-0
Imberger M. and Larsén X. (2022) Sensitivity and quality assessment of the global 50-year return winds using reanalysis products and measurements. WindEurope Annual Event 2022, April Bilbao, Spain.
Fischereit J., Imberger M. and Larsén X. (2022): Cost-effective mesoscale modeling methods for offshore wind resource assessment with farm wake effect. WindEurope Technology Workshop 2022 June Brussels.
Larsén X. (2022) Calculating Turbulence Intensity from mesoscale modeled Turbulence Kinetic Energy. DTU Wind Energy. DTU Wind Energy E No. E-0233
Larsén X.G., Imberger M. and Hannesdóttir Á. (2023). The Impact of Climate Change on Extreme Winds over Northern Europe According to CMIP6, Wind Energy Science, https://doi.org/10.5194/wes-2022-102
Larsén X. G. and Ott S. (2022): Adjusted Spectral Correction Method for Extreme Wind in Tropical Cyclone Affected Water Areas. Wind Energy Science, 7(6), 2457-2468, https://doi.org/10.5194/wes-2022-64.
Larsén X.G., Rutgersson A., Karimi F. et al. (2023): Climate Change and Offshore Wind Energy in the Baltic Sea. Oxford Research Encyclopedia of Climate Science. Accepted with minor revision.
Larsén X., Fischereit J., Hamzeloo S., Bärfuss K. and Lampert A. (2024): Do offshore wind farms weaken or enhance surface wind and wave fields? EGU24-9862, 18 April, 2024, Vienna.
Larsén X., Imberger M., David N., Sørensen J., Kofoed C., Olsen B., Fischereit J. and Badger J. (2023): The GASPOC project and the global offshore atlases of siting parameters. https://doi.org/10.5194/egusphere-egu23-5382
Larsén X., Imberger M. and Floors R. (2024): Modelling offshore turbulence intensity including large-scale turbulence, stability and wave state. To be sumitted to Wind Energy.
Olsen B. et al. (2023): Integration of PyWake in PyWAsP for calculating AEP with wind farm effects, WESC, 2023 Sep, Glasgow.
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