FET Open program: Floatable roll-over technology megawatt class wind electrical generator - Partners sought: SMEs, research centres, universities with experience in R&D
Research & Development Request
This Bulgarian organization will act as a Coordinator for a project under FET Open program, within field of activity: Renewable Energy Sources – Wind Electrical Generators. The company would like to attract 3 partners to form Consortia, where the type and role of the partner could be SMEs, Centers or Universities with experience in R&D in wind turbines sector. The role of the partners will be to perform basic research, model preparation and scale testing of the prototype.
Basically FET Open Program framework conditions stipulates that it supports conceptually new technological ideas which implementation could lead to radically new future technologies. In this respect it is assumed the proposed technologies may involve high risks, therefore a basic concept is that agile, risk-friendly and highly interdisciplinary research approaches are needed with collaborations that are open to all sciences and disciplines and that dissolve the traditional boundaries between them.
The proposed project FLOATROLL /Floatable Roll- Over Wind Electrical Generator/ project actually envisages implementation of such radical new conceptual idea of gradually substituting conventional 3 blades wind electrical generators with floatable more powerful roll-over blades technology wind turbines.
It addresses the problem of not enough efficiency of large conventional 3 blade horizontal wind electrical generators, typically having 3 to 6 MW rating power. There is a solution of the problem by offering radically new conceptual idea of floatable roll over technology wind electrical generator designed to be used as additional energy supply of close to shore industrial enterprises and large communities.
In respect to strengthen the project team in R&D field, at least 3 additional project partners are sought who would take part in envisaged work packages as follows:
WP1 Project Management and Communications WP2 Calculations of kinetic energy transformation applicable to the proposed scheme WP3 Synchronous generator calculation WP4 Technology of Construction, Materials, Assembly and Exploitation WP5 Grid coupling and Drive train optimization incl. dynamic control WP6 Control system WP7 IEC and other applicable standards requirements compliance WP8 Scale model 1:50 or 1:100 preparation and (jointly) testing WP9 Dissemination of results
The approach is to address our partners search to companies, institutions and other entities which have professional engagements so far in fields, corresponding to the scope of listed work packages above. The company expects to receive brief proposition from interested potential partners, where they will describe their potential involvement in the project, their contribution (knowledge and expertise).
Research and innovation actions (RIA)
Funding rate: 100%.
Cut-off dates: 11 May 2016, 17:00:00 17 January 2017, 17:00:00 27 September 2017, 17:00:00
Deadline for the EOIs - 25.10.2016 The project is scheduled to be submitted on 17 January 2017.
Easy and reliable operation in wide wind speed interval, low electricity production cost and availability of high power close to shore, especially suitable to be positioned in North Sea or around UK, where wind characteristics are favorable.
Comments Regarding Stage of Development:
Technology readiness level 2 (TRL 2)
Comments Regarding IPR Status:
The Project partners agree not to disclose to third parties or unauthorized staff any information concerning the technology either in preparation stage or in eventual project implementation stage.
After receiving the envisaged patent rights, distributed among project partners, every project participant is free to decide its eventual further scientific, industrial or other applicability of the technology.