Active Clean Energy Engineering

Experimental & computational hybrid assessment for resilient, new generation floating wind farms.

Summary

Original abstract (not yet simplified)

EXCHANGE-Wind is an Intersectoral/International Research and Innovation staff exchange scheme between academia and the industry in Europe, North America and Asia focusing on rigorous assessment and mitigation of multi-hazard Risk of floating and fixed bottom and floating Offshore Wind Turbine (OWT) Farms. It also aims at developing a Decision Support System for the management and Rapid OWT Recovery to minimize...

View original technical description
EXCHANGE-Wind is an Intersectoral/International Research and Innovation staff exchange scheme between academia and the industry in Europe, North America and Asia focusing on rigorous assessment and mitigation of multi-hazard Risk of floating and fixed bottom and floating Offshore Wind Turbine (OWT) Farms. It also aims at developing a Decision Support System for the management and Rapid OWT Recovery to minimize the time required for inspection and rehabilitation in case of a major disaster. EXCHANGE-Wind involves novel hybrid experimental and numerical work of the soil-OWT system at a turbine and network level as well as integrated with innovative technologies for rapid OWT inspection. The outcome of the project is a series of well targeted exchanges between the partners (involving more than 30 early stage and experienced researchers) within a well-defined framework of innovation that ensures transfer of knowledge between the academia and the industry, Europe, Asia, Oceania and North America as well wide dissemination of the methodologies and tools developed to the engineering community.

Related Research

Grants with similar aims, by meaning.

Floating Offshore Wind: A multidiscipline engineering investigation and option appraisal of Major Component Exchange Activities
Multi-disciplinary risk management for stable, safe, and sustainable offshore wind-powered hydrogen production
Resilient Integrated-Coupled FOW platform design methodology (ResIn)
Development of a real-time opportunistic maintenance strategy for floating offshore wind turbines
Optimisation of Deep Water Offshore Wind Systems

Original classification

HORIZON

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