CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
Definition of the benchmark versus which developments in WP2 will be performed and will thus summarize current mooring and anchoring state of the art for floating wind projects currently installed or being engineered. Document will then identify the critical design parameters, constraints and key performance indicators. Finally design load cases for station keeping system will be specifically addressed in this document to complement WP1 output.
Floating Wind Installation Strategies (opens in new window)Most promising installation strategies and scenarios for platform mooring lines and cables are identified in terms of cost time and risk also with support by numerical methods Cost effectiveness of different installation techniques is assessed with respect to weather windows infrastructure vessels and other parameters
Review of the state of the art of dynamic cable system designs (opens in new window)Report defining state of the art in relation to dynamic cables for floating wind projects currently employed. Opportunities for technology exploitation for future development towards next level commercialization will also be identified.
LCOE, CAPEX and OPEX reduction: Key Performance Indicators and executive summary (opens in new window)LCOE CAPEX and OPEX reduction report including optimization scenarios due to industrialization and largescale production and results from the surveys and workshop
Identification and assessment of final exploitable results (opens in new window)Final analysis of innovations within the Project which may be considered as exploitable results At this stage clear decisions on innovations will be given
Report of initial kick-off meeting (opens in new window)Information about the Kick-off Meeting will be delivered. It will include intial tasks, discussions and actions decided to be taken into account.
Condition monitoring strategies for floating Wind O&M (opens in new window)Innovative Structural Health Monitoring SHM and remote Condition Monitoring CM technologies are investigated with a focus on floatingspecific aspects Relevant scenarios are developed and the influence and sensitivity of different SHMCM technologies on OM strategies and OPEX is assessed
Scientific and professional articles (opens in new window)A summary of all articles published within the Project will be given
Floating Wind O&M Strategies assessment (opens in new window)Advanced OM scheduling and planning methods which are adapted from fixedbottom offshore wind farms are developed for promising OM strategies defined in D41 Realistic scenarios with differences in vessel requirements accessibility and maintainability are analyzed in order to assess downtimes availability and OM costs considering experiences from existing floating wind farms
Methods for nonlinear forcing and wakes (opens in new window)Method description and generic validation of the developed methods for nonlinear wave forcing Reporting of the wake study for wakeinduced response effects at the wind farm level
Definition of the 15MW Reference Wind Turbine (opens in new window)Description and HAWC2 model of the 15MW reference wind turbine
Best practices for experimental modelling of mooring and cable dynamics for floating offshore wind (opens in new window)Report which attempts to capitalize the knowledge developed within WP5
Design load basis (opens in new window)Location, depth, met-ocean conditons, soil information, design load cases for the two 15MW floater-turbine concepts.
Identification of floating-wind-specific O&M requirements and monitoring technologies (opens in new window)Requirements for O&M of floating wind are examined considering floating-specific aspects such as differences in accessibility, maintainability, workability and technology, highlighting differences to current state-of-the-art O&M requirements. Moreover, floating-specific monitoring technologies (e.g. mooring system, dynamic cable) are identified in order to contribute to advanced, optimized O&M strategies.
Identification and assessment of first exploitable results (opens in new window)Preliminary analysis of innovations within the Project which may be considered as exploitable results.
Digital Models for floating offshore wind (opens in new window)A decription and explanation of the open and agnostic digital tools developed to enhance and ease design installation and operation of the floating offshore wind farms will be given It will include details of the functionalities and user manual of the Digital Twin and BIM toolbox developed within WP4
Final market assessment and development needs (opens in new window)Recommendations and industrialization considerations of the innovations will be given In addition next steps on market and Research will be defined in order to ensure its applicability and market impact
Preliminary market assessment and development needs (opens in new window)Revision of current state of existing standards and guidelines for FOWT and others offshore activities; by the gaps and challenges identifications new standard updates will be given.
Design practices and guidelines for mooring, anchoring systems design (opens in new window)Consolidating the findings of WP2 a report to inform best practices recommendations and design guidelines considering implications of different mooring and anchoring options within the context of next level commercial scale floating wind farms This will include technology roadmapping for challenges identified within the work scope undertaken to inform the industry on necessary next steps to achieve ambitions for floating wind within the envisaged timescales
Creation of the project corporate identity (opens in new window)Explanation of the corporate identity of the Project. It will include a project logo (full colour, grayscale and black and white versions), a project slogan, social media design, newsletter design and templates for official communications, including MS PowerPoint presentations, MS Word documents and the project deliverables.
Identification and assessment of intermediate exploitable results (opens in new window)Intermediate analysis of innovations within the Project which may be considered as exploitable results. At this stage, it will be analysed if new innovations have been obtained or if previous detected are still relevant.
Advanced HIL development for 15 MW turbine dynamics integration (opens in new window)Detailed report describing the calibration and validation of the HIL including WT Trust forces and the main WT moments developed over the rotor
General frame of the analysis and description of the FOWAT tool (opens in new window)Description report of the reference scenario including wind farm sites and configuration and FOWAT tool including LCA module description
Methods for multiple floaters and dynamic cables at farm level (opens in new window)Model description of approach for multiple floaters, dynamic cable effects and shared mooring at wind farm level. The implementation into the numerical models is described and examples with the two floater designs are given.
Stochastic multi-objective optimization problem of electrical interconnection within an floating offshore wind farm (opens in new window)This deliverable will report the results obtained by the optimization algorithm as well as the methodology developed to enhance the electrical layout minimizing costs loads and other decision aspects as the amount of Dynamic and static cable required
Integrated FOWT test report (opens in new window)Detailed report describing test plan setup results and conclusions from the integrated FOWT tests
Design recommendations and impact of mooring and dynamic cables into integrated modelling and structural design (opens in new window)The critical load cases for the floaterturbine configurations are reported Guidelines on how the detailed mooring solutions of WP2 and cable solutions of WP3 can be incorporated into global response modelling Investigation on how the mooring and cable dynamics affect the detailed structural design
Design practices and guidelines for dynamic cable systems design (opens in new window)Consolidating the findings of WP3 a report to inform best practice and cost implications of cable options within the context of next level commercial scale floating wind farms This will include technology roadmapping for challenges identified within the work scope undertaken to inform the industry on necessary next steps to achieve ambitions for floating wind within the envisaged timescales
Final report of Social Media Campaign (opens in new window)Update and final conclusions for all news and publications will be carried out Also the analysis of the number of followers visits retweets views etc will be given in order to analyse the impact of the communication and dissemination of the project Including a final evaluation of benefits and impact of it
Exploration of innovations and breakthroughs of station keeping systems for FOWT (opens in new window)Deliverable D23 delivers innovations of station keeping systems from component to system level First reduction of ultimate loads and maximum tensions is investigated through performance assessment of new elastic mooring and damper solutions Second combinations of mooring types materials and anchors are considered in order to reduce the total amount of material and overall footprint Third reduction of mooring line fatigue loads in operational conditions is investigated through wind turbine controller tuning Finally conventional mooring materials are used for the purpose of analyzing the impact of shared anchors and shared mooring lines on ultimate loads and potential resonance effects
Initial report of Social Media Campaign (opens in new window)A summary of all news, publications will be given. Also, the analysis of the number of followers, visits, retweets, views, etc will be given in order to analyse the impact of the communication and dissemination of the project.
Preparation of a last Newsflash in line with key project outputs through its network and the networks provided by the project partners
Video (opens in new window)A video will be produced to disseminate the project activities and key outcomes It will feature the main deployments and benefits of the outcomes as well as their final cost reduction potential
Final flyers (opens in new window)An updated onepage flyer will be created presenting project results objectives achieved tests performed among others to be distributed by all the project partners in meetings events and workshops
Initial Flyers (opens in new window)A one-page flyer will be created presenting the basic information of the project asobjectives, duration, partners involved and website page to be distributed by all the project partners in meetings, events and workshops.
First newsflash (opens in new window)A Newsflash in line with key project objectives and information about the starting work and intial results will be given.
Intermediate newsflash (opens in new window)A newsflash with Project key advances and milestones to be disseminated will be developed and shared
Website launched and set-up of social media profiles (opens in new window)Project website and social media profiles ready.
The two floater and tower designs are described. Their FAST models are provided. Both are in a public format that allows use in the consortium and outside the consortium. Hereby confidentiality issues for later dissemination are avoided.
Structured and standardized database with the main tests conducted in WP5
Publications
Author(s):
Pau Trubat; Climent Molins; Daniel Alarcón; Valentin Arramounet; Mohammad Youssef Mahfouz
Published in:
ASME 2021 3rd International Offshore Wind Technical Conference, Issue 1, 2021, ISBN 978-0-7918-8476-8
Publisher:
American Society of Mechanical Engineers (ASME)
DOI:
10.1115/iowtc2021-3553
Author(s):
J.i. Rapha; J.L. Domínguez-García
Published in:
Journal of Physics: Conference Series, Issue EERA DeepWind 2021, 2021
Publisher:
IOP Publishing
Author(s):
Qi Pan, Mohammad Youssef Mahfouz and Frank Lemmer
Published in:
Journal of Physics: Conference Series, Issue EERA DeepWind 2021, 2021, ISSN 1742-6596
Publisher:
IOP Publishing
DOI:
10.1088/1742-6596/2018/1/012030
Author(s):
Mohammad Youssef Mahfouz, Tabea Roser, Po Wen Cheng
Published in:
2021, ISSN 1742-6596
Publisher:
IOP Publishing
Author(s):
Miguel Somoano, Tommaso Battistella, Sergio Fernández-Ruano and Raúl Guanche
Published in:
Journal of Physics: Conference Series, Issue EERA DeepWind’2021, 2021, ISSN 1742-6596
Publisher:
IOP Publishing
Author(s):
Ozan Gözcü, Stavros Kontos and Henrik Bredmose
Published in:
Journal of Physics: Conference Series, Issue 2265, 2022, Page(s) 042026
Publisher:
IOP Publisher
DOI:
10.1088/1742-6596/2265/4/042026
Author(s):
Trubat Casal, Pau; Herrera Batista, Adrian; Molins i Borrell, Climent
Published in:
ASME 2022 4th International Offshore Wind Technical Conference, Issue IOWTC2022-98217, 2023, Page(s) 1-10, ISBN 978-0-7918-8661-8
Publisher:
ASME
DOI:
10.1115/iowtc2022-98217
Author(s):
J.I. Rapha; J.L. Domínguez-García
Published in:
Presentation at EERA DeepWind 2021, 2021
Publisher:
SINTEF
Author(s):
J.L. Domínguez
Published in:
Presentation in EERA DeepWind 2023, 2023
Publisher:
SINTEF
Author(s):
H. Del Pozo
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
Marie-Antoinette Schwarzkopf, Friedemann Borisade
Published in:
Floating Offshore Wind 2022 conference in Aberdeen, UK, 2022
Publisher:
Ramboll
Author(s):
M.Y. Mahdouz
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
H. Del Pozo
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
Pau Trubat
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
Denis Matha, Marie-Antoinette Schwarzkopf, Friedemann Borisade
Published in:
Presentation of WP4 results at FOWT 2021 conference, 2021
Publisher:
Ramboll
Author(s):
Mohammad Youssef Mahfouz; Frank Lemmer; Po Wen Cheng
Published in:
Wind Energy Science Conference (WESC) 2021, 2021
Publisher:
EAWE
Author(s):
Qi Pan, Po wen Cheng
Published in:
Wind Energy Science Conference (WESC) 2021, 2021
Publisher:
EAWE
Author(s):
J.L. Domínguez
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
A. Fontanella
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
J.I. Rapha
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
J.I. Rapha
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
L Willeke
Published in:
MsThesis, 2021
Publisher:
Univerity of Stuttgart
DOI:
10.18419/opus-11435
Author(s):
S. Aliyar
Published in:
Presentation in WESC 2023, 2023
Publisher:
EAWE
Author(s):
A. Rodriguez-Luis, M. Somoano, P. Desiré, S. Fernandez-Ruano, R. Guanche
Published in:
Poster at WindEurope Annual Event 2021, 2022
Publisher:
WindEurope
Author(s):
J.I. Rapha, N. Tzarknias, J.L. Domínguez-García
Published in:
Poster in Wind Europe Annual Event, 2022
Publisher:
Wind Europe
Author(s):
Denis Matha, Friedemann Borisade
Published in:
Floating Wind Solutions 2023 conference in Houston, USA, 2023
Publisher:
Ramboll
Author(s):
Jennifer Rinker, Evan Gaertner, Frederik Zahle, Witold Skrzypiński, Nikhar Abbas, Henrik Bredmose, Garrett Barter, Katherine Dykes
Published in:
Journal of Physics: Conference Series, Issue 1618, 2020, Page(s) 052052, ISSN 1742-6588
Publisher:
Institute of Physics
DOI:
10.1088/1742-6596/1618/5/052052
Author(s):
Néstor Ramos‐García; Sergio González Horcas; Antonio Pegalajar‐Jurado; Stavros Kontos; Henrik Bredmose
Published in:
Wind Energy, Issue 10991824, 2022, ISSN 1099-1824
Publisher:
John Wiley & Sons Ltd
DOI:
10.1002/we.2738
Author(s):
Néstor Ramos-García,Stavros Kontos,Antonio Pegalajar-Jurado,Sergio González Horcas,Henrik Bredmose
Published in:
Wind Energy, Issue Vol 25 (3), 2021, Page(s) 468-504, ISSN 1099-1824
Publisher:
Wiley
DOI:
10.1002/we.2682
Author(s):
Mohammad Youssef Mahfouz; Po‐Wen Cheng
Published in:
Wind Energy, Issue 26 (3), 2022, Page(s) 251-265, ISSN 1099-1824
Publisher:
John Wiley & Sons
DOI:
10.1002/we.2797
Author(s):
Mohammad Youssef Mahfouz, Climent Molins, Pau Trubat, Sergio Hernández, Fernando Vigara,Antonio Pegalajar-Jurado, Henrik Bredmose, and Mohammad Salari
Published in:
Wind Energy Science, 2021, ISSN 2366-7443
Publisher:
Copernicus GmbH (Copernicus Publications)
DOI:
10.5194/wes-2021-11
Author(s):
A. Fontanella, M. Al, D. van der Hoek, Y. Liu, J.W. van Wingerden, M. Belloli
Published in:
Journal of Physics: Conference Series, Issue 1618, 2020, Page(s) 022038, ISSN 1742-6588
Publisher:
Institute of Physics
DOI:
10.1088/1742-6596/1618/2/022038
Author(s):
Hector Del Pozo; J.L. Domínguez-García
Published in:
Renewable Energy, Issue Vol 187, 2022, Page(s) 248-256, ISSN 0960-1481
Publisher:
Pergamon Press Ltd.
DOI:
10.1016/j.renene.2022.01.046
Author(s):
Paula Desiré; Álvaro Rodríguez-Luis; Raúl Guanche
Published in:
Ocean Engineering, Issue 272, 2023, Page(s) 113827, ISSN 1873-5258
Publisher:
Elsevier
DOI:
10.1016/j.oceaneng.2023.113827
Author(s):
Alexandra Ciuriuc; José Ignacio Rapha; Raúl Guanche; José Luis Domínguez-García
Published in:
Energy Reports, Issue Vol 8,, 2022, Page(s) 1207-1228, ISSN 2352-4847
Publisher:
Elsevier
DOI:
10.1016/j.egyr.2021.12.034
Author(s):
M Y Mahfouz, R Faerron-Guzmán, K Müller, F Lemmer, P W Cheng
Published in:
Journal of Physics: Conference Series, Issue 1669, 2020, Page(s) 012011, ISSN 1742-6588
Publisher:
Institute of Physics
DOI:
10.1088/1742-6596/1669/1/012011
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