DN
Dong Trong Nguyen
5 records found
1
Balancing Power and Durability in Floating Offshore Wind Turbines
A Framework to Extend Blade Fatigue Life and Maximise Annual Energy Production via Pareto-Optimised PI Control
Floating offshore wind energy is a technology that has gained significant interest over the past few years due to its potential to unlock vast, high-quality wind resources far from shore and in deeper waters, areas that fixed-bottom turbines cannot reach. However, harnessing this
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The projected rise in monopile installations for offshore wind turbines has spurred interest in innovative installation methods to install larger monopiles using floating vessels while simultaneously enhancing workability and efficiency. One such innovation is the motion-compensa
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Wake Effect Mitigation of Floating Offshore Wind Farms
Combining Layout Optimization, Turbine Repositioning and Yaw-based Wake Redirection
Floating wind turbines despite the the potential to harness energy from deep offshore areas where higher average wind speeds face challenges in terms of competitiveness. One approach to raising the competitiveness of a wind farm is to mitigate efficiency losses resulting from the
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Dynamic wind farm layout optimization
To find the optimal spots for movable floating offshore wind turbines through dynamic repositioning
Recently, there has been an increase in interest in floating wind turbines that are located offshore. These turbines allow for the harvesting of the power of the wind far offshore, where wind speeds are often higher.
Compared to their fixed counterparts, floating wind tu ...
Compared to their fixed counterparts, floating wind tu ...
With the highly increased interest in offshore wind turbines and their technologies, the sector has witnessed rapid development in the past decade. For installed offshore wind turbines, there has been a lot of research conducted in the field of aero-, hydro- and structural dynami
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