Research & Development

Project

FLOATFARM

Developing the next generation of environmentally-friendly floating wind farms

Motivation & background

FLOATFARM will bring the technologies developed within FLOATECH to the next level of technological readiness, complementing them with a significant number of new concepts, innovations and methods, in order to make FOW enter a new phase of industrial maturity.

In addition, FLOATFARM will pay special attention towards decreasing the negative environmental impacts on marine life and to enhancing the public acceptability of FOW farms.

Objectives

Significantly advance the maturity of FOW technology by increasing energy production and achieving important cost reductions at all levels within the design and implementation phases.
Contribute to decreasing the negative environmental impacts on marine life and to enhancing the public acceptability of FOW farms.

Scientific content

Developing innovative technologies for individual FOW turbines, aiming to address sustainability and economic challenges.

Development and demonstration of technologies applicable to multiple turbines within a FOW farm, emphasizing synergy between components and optimisation to simplify practical implementation.

Assessment of environmental and socioeconomic impacts of FOW farms through model development, data collection, and scenario analysis.

Expected results

Lowering the LCOE of FOWTs
Improving FOWT marine component design
Demonstrating offshore farm-level performance optimisation
Demonstrating shared mooring and anchoring concepts
Reducing negative environmental impact and improving social perception

Project website

Conclusion

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Partners

This European project is coordinated by the the Technische Universität Berlin.

Funding

This project is funded by the European Union.

Labellisation

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FLOATFARM

Motivation & background

Objectives

Scientific content

Developing innovative technologies for individual FOW turbines, aiming to address sustainability and economic challenges.

Development and demonstration of technologies applicable to multiple turbines within a FOW farm, emphasizing synergy between components and optimisation to simplify practical implementation.

Assessment of environmental and socioeconomic impacts of FOW farms through model development, data collection, and scenario analysis.

Expected results

Conclusion

Partners

Funding

Labellisation

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FLOATFARM

Motivation & background

Objectives

Scientific content

Developing innovative technologies for individual FOW turbines, aiming to address sustainability and economic challenges.

Development and demonstration of technologies applicable to multiple turbines within a FOW farm, emphasizing synergy between components and optimisation to simplify practical implementation.

Assessment of environmental and socioeconomic impacts of FOW farms through model development, data collection, and scenario analysis.

Expected results

Conclusion

Partners

Funding

Labellisation

Pour aller plus loin

Ajoutez votre titre ici

Ajoutez votre titre ici

Ajoutez votre titre ici

Would you like to know more ?

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