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Offshore wind and the winning tickets for the coming years “The offshore wind sector is entering a new phase requiring a massive manufacturing and installation scale-up. Building a subsidy-free offshore…
6. Power up! - SAWOP
Improving wind measurements to optimise power performance. To gain the most power from the installed wind turbines offshore and onshore, they must operate at their absolute best. That’s why the Sensor Assisted Wind farm Optimisation (SAWOP) project was initiated. Koen Hermans (TNO) and Jan Coelingh (Vattenfall) explain how SAWOP will help prove that nacelle LiDAR and spinner sensor technologies can optimise the power performance of wind turbines.
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Meet the team who loves spinning around monopiles. The monopile foundations of wind turbines are subject to repeated (cyclic) loading by wind and waves. These forces are transferred from the…
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Innovations are needed if the offshore wind sector wants to install the huge foundations for the ever-larger wind turbines, as quickly and with as little noise as possible. Well, “The…
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How to prevent damage to rotor blades Rotor blades are made of strong materials that look indestructible, yet they get damaged by water and that costs a lot of money.…
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How to combine the best features of all materials and put it together in large structures. Offshore wind support structures make a significant part in the total cost of an…
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Steel does not “react that optimal” to these offshore conditions that cause degradation. The corrosion of monopiles, a threat to the future of offshore wind? Senior scientist Richard Pijpers and project manager Joke Luyten, both…
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Offshore wind installations might be a wonderful solution to a serious problem for humans, the underwater sea life is now negatively impacted instead. Linda Kemp, project manager at MARIN shows…
