OWC to assess wind conditions for future German offshore wind tendering sites

4C Offshore | Tom Russell
By: 07/09/2021 OWC
Offshore wind consultancy OWC has been awarded a contract by Gemany's Federal Maritime and Hydrographic Agency (Bundesamt für Seeschifffahrt und Hydrographie/BSH) to analyse and assess wind conditions for two future German offshore wind tendering sites.

OWC, an AqualisBraemar LOC Group (ABL Group) company, has assembled a team of cooperation partners, including Fraunhofer IWES and ProPlanEn, to assess the historic wind potential across the German Exclusive Economic Zone in the North Sea. The study’s outcome will be published by BSH and can then be utilised by project developers, energy suppliers and banks in conjunction with the project financing of the offshore wind farms. It concerns sites N-6.6 and N-7.2.

“The team we bring to this project includes experts with over 20 years of experience in modelling wind resource for offshore wind farms, and in the implementation of measurements with LiDAR technology and the evaluation of corresponding data,"
said Okan Sargin, global head of wind & site at OWC, who will head up the work.

The BSH plays a central role in the tendering process as it draws up site development plans for the sites to be auctioned. Preliminary investigations are carried out for suitable sites and their results published as part of the tenders. As part of the bid calculation, the bidder needs as detailed information as possible about the wind conditions in the target site to design a wind farm and create a yield forecast on this basis.

OWC stated that its services are to be divided into three work packages for each of the two suitability zones. The plausibility and consistency checks for short-term data are followed by corrections for the influence of neighbouring wind farms and establishing a long-term relationship with the historic long-term data. Finally, a spatial analysis of the wind field will be conducted, with a detailed reporting on statistical evaluation and description of the meteorological conditions.

"We are delighted that we have been requested to deliver this important work for BSH and help support the German federal government's goal of achieving 20 GW of offshore wind by 2030. We will base our wind potential analyses on measurements completed on and near-site, corrected for wake impacts and supplemented by mesoscale modelling,"
added Sargin.



 

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