Floating offshore wind Delivering cost competitive clean energy solutions As our clients move into the low-carbon energy market, we are applying our skills to support full-scale marine energy projects such as wind farms.

Technip Energies is recognized as a pioneer in floating offshore wind solutions, with the delivery of the Hywind demo in the Norwegian North Sea for Equinor in 2009, followed by the Hywind pilot park in Scotland. We develop in-house technologies, such as our INO12TM and INO15TM floating foundation concepts, in order to offer innovative industrial offshore wind solutions. In addition, our Genesis software and simulation capabilities can be applied to optimize wind farm layout and provide performance analytics across the key components of the park.

We are convinced that our technology together with cost effective industrialization strategies and advanced O&M solutions will position Technip Energies as the leader in the floating offshore wind market. WILLY GAUTTIER, Vice President, Floating Offshore Wind

To accelerate the energy transition and leverage our offshore experience and capabilities for new carbon-free energy solutions, Technip Energies has set up a dedicated floating offshore wind business unit (BU). Working at the forefront of marine energy R&D projects, we aim to take the industry to the next level by developing full-scale marine energy projects including wind farms, carbon capture and sequestration and near-shore gas-to-power projects. We are notably developing solutions to convert power from offshore wind farms into hydrogen as a readily available energy source.

Technip Energies pioneering technology for Floating Offshore Wind

Our INO12™ floating offshore wind concept basic design is certified by DNV. To meet the demand of future commercial wind farms we continue to develop this solution in 2022, with our INO15™ technology designed for even higher capacity turbines of 15MW and beyond. We aim to further advance the technical readiness of the concept through a full-scale pilot project in the near future.

The technology is a semi-submersible 3 column floating foundation with an integrated turbine that can range from 9.5MW to 20MW and beyond. It is a lean design with a passive ballast system and a structural configuration which is very well adapted to mass production and scalability. It also allows easy access for the turbine integration during the assembly phase. It is a robust and proven design capable of resisting the harshest offshore environments anywhere in the world.

Advanced digital solutions In terms of Operation and Maintenance (O&M), Technip Energies is developing a software solution APMS for Advanced Production Management System to integrate in real-time all operational data coming from the wind farm (inspection, condition monitoring, turbine control system, environmental data, etc.) and analyze and interpret the data in real time in order to adjust the parameters of the wind farm to maximize the annual energy production (AEP) and prevent any premature fatigue or damage in the system.

Dedicated BU launched in

May 2021

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