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Towards turbine blade production with zero waste

TURBO news

TURBO at Photonics West 2024

The mighty Photonics West is underway once again! TURBO partners Norblis (Booth 2663) and DTU Electr…

TURBO newsletter 2 released

The second TURBO newsletter has been released and is available here. The newsletter contains items o…

New TURBO LinkedIn page

Unfortunately, public groups on LinkedIn have very low visibility on search engines so we are moving…

TURBO at AMI Wind Turbine Blades in Düsseldorf (12-14 Dec-2023)

Next week TURBO will be on Booth #5 at the AMI Wind Turbine Blades conference and exhibition at Düss…

TURBO events at DTU Wind Risø campus

Last week was a busy one for the TURBO project. First the project coordinator (DTU) hosted the 43rd …

TURBO Project

Wind turbines are already part of everyday European life and are an essential element of the strategy to meet the Green Deal targets. Wind turbine blade (WTB) size is steadily increasing with the largest new offshore blades >100 m in length. Composite blades are manufactured using resin infusion and coating processes. Even using modern manufacturing methods, these are subject to defects which result in re-work, scrap and repair. 

TURBO will reduce defect formation through better process simulation, monitoring and control, improve defect identification with new methods of non-destructive testing (NDT) and introduce novel repair strategies in composites and coatings.

This short video gives an introduction to the project partners, concepts and plans.

  • Simulation: The project will develop simulations of the production process to minimise defect formation by combining the latest multi-physics process modelling with reduced order models to improve understanding of the composite manufacturing process. 
  • NDT: TURBO will investigate both in-line NDT to monitor WTB composite infusion and post-manufacture sub-surface WTB coating inspection, combining ultrasound and mid-infrared optical coherence tomography.
  • Process control: The production equipment, monitoring sensor and in-line NDT data will be combined to establish a digital twin for real-time analysis and production control including the application of machine learning.

The project will demonstrate its results in the fabrication of full size WTB sections at the Siemens Gamesa Renewable Energy factory in Aalborg, Denmark. The workplan also includes full lifecycle analysis, environmental assessments and production efficiency analysis to quantify the project benefits.

This website will be updated with progress, news, publications and events so please check back for new material. If you have any questions, please get in touch!

Image courtesy of Siemens Gamesa Renewable Energy A/S.