Documents published in Scipedia

• First open-door industrial day

  F. Rechsteiner, V. Mathes

  Fibregy OA (2024). Vol. Public Deliverables, 33

  
  

  Abstract

  The focus of the First open-door industrial day is on the presentation of the real scale demonstrators. Accordingly, the meeting should take place at one of the partners who is working on the demonstrators or where they are being produced. Among other things, the materials used (materials' catalogue), guidelines, the construction process, structural health monitoring (SHM system), tests and prototypes (D7.8) should be presented. The aim of this meeting is, among other things, addressing various stakeholders and bringing the project results further into the public eye. Accordingly, the aim is to also invite external project representatives to the open-door industrial day, if possible. The agenda should be limited to one day in order to make a visit as uncomplicated as possible, even without an overnight stay. In addition, the ongoing project progress is discussed if necessary.

  Abstract
  The focus of the First open-door industrial day is on the presentation of the real scale demonstrators. Accordingly, the meeting should take place at one of the partners who [...]

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• Second information day

  F. Rechsteiner, V. Mathes

  Fibregy OA (2024). Vol. Public Deliverables, 32

  
  

  Abstract

  The second information day will be held after 18 months. As the first information day, it is planned as a presence event. The agenda will be planed for 1 to 1 ½ days. The event will take place again at one of the project partners. Focus of the agenda will be the project progress and presentation of further activities. A special focus will be on the market analysis and the OWTP concept. A workshop with the Standard Committee (D7.6) will complete the project meeting.

  Abstract
  The second information day will be held after 18 months. As the first information day, it is planned as a presence event. The agenda will be planed for 1 to 1 ½ days. The [...]

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• First information day

  F. Rechsteiner, V. Mathes

  Fibregy OA (2024). Vol. Public Deliverables, 31

  
  

  Abstract

  After 6 months, the first information day will be the first joint meeting of the entire project consortium. A presence event is currently assumed. Should the situation (Covid-Pandemic) make it necessary for the event to be held virtually, the agenda will be adjusted if necessary. 1 to 1 1/2 days are estimated for this information day. The meeting will take place at one of the project partners. It starts at noon on the first day. The first day ends with a consortium-dinner. The meeting will continue on the second day. In terms of content, the focus will be on the following points: Presentation of the project objectives of the project progress and the expected results. During the meeting, the first results of the ongoing and possibly completed WPs should be presented. There is also a workshop with the Standardization Committee (D7.3) planned. In addition to the purely professional exchange, the meeting also allows you to get to know the project partners personally.

  Abstract
  After 6 months, the first information day will be the first joint meeting of the entire project consortium. A presence event is currently assumed. Should the situation (Covid-Pandemic) [...]

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• Measurements report

  A. Rodríguez, R. Andrés, J. Ruiz, P. Ropero, A. Pastor, J. Garcia Espinosa

  Fibregy OA (2024). Vol. Public Deliverables, 30

  
  

  Abstract

  The measurement report will include the testing methodology and the results of the ocean sea trials of the 1:6 W2Power steel-based prototype with the FRP-based towers installed to hold the wind turbine generators. Considering that the trials will last 3-5 months, sets of data will be collected and analyzed to assess the metocean effects on the platform, ensure the technical feasibility of the towers in composites and validate the different monitoring systems developed in FIBREGY. In overview, the following industrial and technological achievements will be explained in the measurements report: 1st) guidelines for the installation of the FRP towers in the existing steel-based W2 Power prototype, 2nd) Installation of a SHM system based on accelerometers, strain gauges, and fiber optics in the FRP towers, 3rd) analysis of the results derived from the SHM system installed in the offshore platforms, 4th) conclusions regarding how useful are the obtained data for the digital twin model developed in WP3 to assess the structural integrity of the platforms, and 5th) analysis and conclusions of the influence of the metocean conditions in the structural integrity of the FRP-based towers installed on scaled W2Power prototype.

  Abstract
  The measurement report will include the testing methodology and the results of the ocean sea trials of the 1:6 W2Power steel-based prototype with the FRP-based towers installed [...]

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• Development of the CAE models

  J. Jurado

  Fibregy OA (2024). Vol. Public Deliverables, 29

  
  

  Abstract

  The report will summarize the work to be carried out in subtask 6.3.1, related to the generation of two complete 3D CAE models of the structure of the W2Power platform and TIDETEC turbine housing, based on the hydro-elasticity and degradation model developed in WP3. These models will be used in WP4 to perform a final strength and degradation assessment of the structure.

  Abstract
  The report will summarize the work to be carried out in subtask 6.3.1, related to the generation of two complete 3D CAE models of the structure of the W2Power platform and [...]

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• Construction of the W2Power real-scale demonstrator

  E. Waldura, J. Clement, E. Cochelin

  Fibregy OA (2024). Vol. Public Deliverables, 28

  
  

  Abstract

  Deliverable 6.4 is a full scale demonstrator made up of 2 main connection part of a floating windturbine platform. The parts will be made of GRP with an estimated height of 9.2m. This demonstrator should be built by month 30.

  Abstract
  Deliverable 6.4 is a full scale demonstrator made up of 2 main connection part of a floating windturbine platform. The parts will be made of GRP with an estimated height of [...]

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• Construction of the turbine housing demonstrator

  M. Moutinho, R. Ferreira, C. García

  Fibregy OA (2024). Vol. Public Deliverables, 27

  
  

  Abstract

  This deliverable will include the Tidetec’s turnable turbine housing large demonstrator and a related detailed report in which the design process of the respective tooling (mandrels) and filament winding process simulation and manufacturing will be described

  Abstract
  This deliverable will include the Tidetec’s turnable turbine housing large demonstrator and a related detailed report in which the design process of the respective tooling [...]

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• Construction of the W2Power tower demonstrator

  E. Waldura, J. Cardoso

  Fibregy OA (2024). Vol. Public Deliverables, 26

  
  

  Abstract

  Deliverable 6.2 is a demonstrator of the tower of the W2Power floating windturbine at scale of 1/6. The demonstrator made of GRP will have a estimated dimension of 10m with a diameter of 1.5m. This demonstrator should be built by month 24. This deliverable will be public.

  Abstract
  Deliverable 6.2 is a demonstrator of the tower of the W2Power floating windturbine at scale of 1/6. The demonstrator made of GRP will have a estimated dimension of 10m with [...]

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• Middle scale test on dry coatings and connections

  O. Chan Taw, J. Clement, E. Cochelin

  Fibregy OA (2024). Vol. Public Deliverables, 25

  
  

  Abstract

  The report of deliverable 6.1 will be split into 2 parts: The first part will present the results of the performance tests on dry coating in realistic offshore conditions and on larger samples. After the coupon level evaluations performed un WP2, several larger scale tests will be conduct. The configurations to be tested will be selected according to the WP2 outputs. Samples with and without integrated sensors will be compared as well. Recommendations for improvement of the process for both adhesive paint film and in-mold paint film will be done in accordance with the results. For emerged composite parts, a natural outdoor exposure site will be used. This consists in an exposition in open air or under shelters in a tempered marine atmosphere site. Various exposure angles can be chosen (45° south, 5° south, 90° north) and all the conditions are properly monitored. For immersed composite parts, tests in natural seawater will be conduct. The water can be regulated in temperature, oxygen and biological content. This test is performed on land and is able to give representative data on the durability and biofouling behavior of the products. The second part of the deliverable will presents the results from the static and dynamic tests performed for selected adhesive connections. Then, the reduction factors, used for a complete fatigue calculation, will be determined and presented. And finally, in the case of reversible structural adhesive, results going from the comparison with traditional adhesives until the capacity to recycle them, evaluating the heat energy and the time needed to separate the bonded joint, will be presented.

  Abstract
  The report of deliverable 6.1 will be split into 2 parts: The first part will present the results of the performance tests on dry coating in realistic offshore conditions [...]

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• Guidance notes for the production of large FPR OWTP

  J. Cardoso, N. Goutay, A. Comer, A. Hejjaji, G. Bhatia

  Fibregy OA (2024). Vol. Public Deliverables, 24

  
  

  Abstract

  Description of the technologies and processes developed in the project for the production of the targeted OWTP platforms as well as manufacturing strategies for modular production. Furthermore, it will also contain a brief summary of the two open-door days and workshops, which will be organized

  Abstract
  Description of the technologies and processes developed in the project for the production of the targeted OWTP platforms as well as manufacturing strategies for modular production. [...]

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