Leading Engineering company, TECOSIM, is on track with its three-year project to discover new, scalable materials to use in the construction of wind turbine rotor blades. The CAE and CFD specialist has teamed up with Leibniz University in Hannover, Germany, to carry out its research.
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Leading Engineering company, TECOSIM is on track with its three-year project to discover new, scalable materials to use in the construction of wind turbine rotor blades. The CAE specialist has teamed up with Leibniz University in Hannover to carry out its research.
As wind turbine technology improves, the current materials have been stretched to their maximum capacity for longer service life and their improved lightweight properties. At a time when decarbonisation is the goal across every industry, a way to improve the life, durability and efficiency of wind turbines will come as welcome news.
The project’s main focus is looking at nano-modified materials and hybrid laminates. These have the potential for greater service life and stress resistance than current glass fibre reinforced composites.
TECOSIM is testing different composites by building full-scale rotor blades using state of the art computer software. The rotor blade is then subjected to the various stressors and environmental factors it would experience in the real world. Adjustments to design and material makeup can then be made easily and the tests repeated.
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Using CAE (Computer Aided Engineering) allows TECOSIM to test the rotor blades to failure without the need to construct further models every time. Crucial data can be gathered from each test, painting a clear picture which materials will function best in the real world. This process speeds up testing and saves considerable costs for materials and construction of test models.
TECOSIM is testing different hybrid materials made from glass-fibres, carbon-fibres and metal foil. Constructing rotor blades from these materials should make the overall structure lighter as well as increasing its performance.
The UK head office of TECOSIM, based in Basildon, Essex will be demonstrating more of this research at this year’s SNS2020 conference hosted by EEEGR. As the conference focuses on the transition to a zero-carbon economy, research like TECOSIM’s could prove invaluable to the entire energy community.