For the design of wind turbines and the subsequent efficient operation of wind farms, TNO uses the latest digital technologies. Two examples are artificial intelligence (AI) and so-called digital twins. Increasingly more powerful computers and super-fast network connections offer new digital opportunities for smart design and maintenance.

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Contact Jan Willem Wagenaar

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Real-time monitoring

For example, we are investigating how so-called digital twins of wind turbines and wind farms can be used to monitor turbines and entire wind farms in real time. A digital twin is simply a copy on a computer of an existing turbine or wind farm. The copy tries to reflect reality as closely as possible in order to be able to predict effective maintenance. This technique is also successfully applied in other sectors and there is a great deal of interaction with other knowledge domains at TNO such as ICT.

Predicting maintenance reduces costs

It offers numerous new opportunities for wind energy. The digital copy operates in the computer model synchronously with the wind turbines. The wind turbine continuously transmits measurements from the sensors in the turbine. By continuously feeding the model with measurement data, the turbine model can, for example, calculate what happens in areas of the turbine that are not equipped with sensors.

For manufacturers and operators, this means that they immediately receive much more information, based on which they are then able to predict component maintenance, for example. Better planning of maintenance greatly reduces the cost of offshore wind energy. Digital twins also offer opportunities in improving the design or for going through a test phase.

Artificial intelligence

TNO is highly specialised in 'artificial intelligence' (AI), which has applications in various sectors, such as self-driving cars and cyber security. AI, such as machine learning or reinforcement learning, are TNO knowledge areas that can also offer great benefits for the wind energy sector. These technologies are developed and applied in processes that revolve around interpolation, optimisation and decision power.

For example, TNO has developed a machine learning algorithm which extracts more value from wind measurements in order to map entire wind fields. We have also developed AI techniques to optimise control strategies of wind turbines, and decision methods for maintenance strategies.

Roadmap

New wind energy technology

Offshore wind energy will experience significant growth in the coming decades, both technologically and in the amount of capacity installed. The sector expects many innovations in offshore wind energy... Read more
Our work

Huge worldwide potential for floating wind turbines

In the North Sea, wind turbines have fixed foundations in the seabed. It’s the most logical and least expensive solution because the North Sea is quite shallow. However, throughout the world, there are... Read more
Our work

Applying robotics increases safety and reduces maintenance costs

Maintenance of wind turbines is labour-intensive and therefore expensive. There are also safety risks associated with working on wind farms, which are being located further and further away from the coast.... Read more
Our work

Wind measurements and validation techniques

Before a wind turbine is launched onto the market, it must be approved by certifying bodies. This is preceded by an extensive programme of measuring and testing. TNO is one of the few bodies authorised... Read more
Contact

Dr Jan Willem Wagenaar

  • wind
  • LiDAR
  • Power performance
  • Measurements