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Lidar control controller design

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Lidar control simulation study

The sowento engineers will demonstrate the benefits of lidar-assisted control on the OEM’s wind turbine and give advise in possible improvements of the total control strategy. The lidar system is realistically simulated (with availability, blade

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Lidar control field-testing support

sowento will accompany the client in the field testing phase of lidar assisted control. This ensures the the achievement and the validity of the testing objectives and avoids a failure during the testing. Engineers of

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Taking lidar control in the design process of tower, blades, or other components into account enlarges the potential of lidar for wind turbines. With integrated design projects the team of sowento can showcase and support

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Lidar control cost benefit analysis

In an analysis project sowento’s team will perform a detailed analysis and simulation study to answer the main questions in introducing lidar-assisted control for a wind turbine. Depending on the clients needs sowento controllers will

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Scaled Experiments and Tool Validation

Measurement data is essential for the assessment of uncertainty of the design calculations. We are experienced in building scaled floating platforms, selecting sensors and conducting experiments. We ensure a stepwise validation, increasing the complexity of

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Client and partner stories

Latest news and insights

sowento and Innosea are delivering the Floating Offshore Wind Turbine Numerical Modelling Guidelines project for the Floating Offshore Wind Joint Industry Project (FLW JIP) which is led by Carbon Trust.
The Carbon Trustwww.carbontrust.com
The Carbon Trust
Blue Aspirations and sowento are collaborating in floating offshore wind and floating lidar applications.
Blue Aspirationswww.blue-aspirations.com
Blue Aspirations
Seaplace and sowento are partners in the EU funded EUROSTARS project CROWN Motion Reduction.
Seaplacewww.seaplace.es
Seaplace
Siemens Gamesa Onshore Technology and sowento are collaborating in LIDAR Assisted Control project managed by Asier Díaz de Corcuera and David Schlipf.
Siemens Gamesawww.siemensgamesa.com
Siemens Gamesa
ClassNK and sowento are collaborating in the field of floating wind turbines.
ClassNKwww.classnk.or.jp
ClassNK
sowento has performed a functional and loading analysis of the Seawind 6 system for an independent assessment of behaviors and design loads.
Seawind Ocean Technologywww.seawindtechnology.com
Seawind Ocean Technology
Over the recent years, sowento and OWT have cooperated successfully in developing floating offshore wind structures. sowento was responsible for all coupled analyses and controls and we at OWT transferred their coupled loads into our FE-models of the components. We have formed a strong and reliable partnership and are looking forward to building on this fruitful and efficient collaboration in the future.
OWTwww.owt.de
OWT
TUHH and sowento are partners in the national funded VAMOS (Validation, Measurement, and Optimization of Floating Wind Turbines) project. TUHH information on the VAMOS project.
Prof. Dr.-Ing. Moustafa Abdel-Maksoud, TU Hamburg-Harburgwww.tuhh.de/fds
Prof. Dr.-Ing. Moustafa Abdel-Maksoud, TU Hamburg-Harburg
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Floating wind research

Floating wind research is one of the key fields at Stuttgart Wind Energy (SWE). Frank Lemmer, the head of Floating Wind at sowento, was part of

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sowento is an engineering consultancy and technology advisor for wind energy applications. Our contribution to realize a strong wind energy is to strengthen the industry through innovation from research to develop high quality results, knowledge and technical solutions and to aim for the problems of today and tomorrow.

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