Wind energy is foundational for achieving 100% renewable electricity production, and
significant innovation is required as the grid expands and accommodates hybrid plant …

The spatiotemporal flow field in a wind farm determines the wind turbines' energy production
and structural fatigue. However, it is not obtainable by the current measurement, modeling …

Within the rapidly growing wind energy sector, floating offshore wind turbines are expected
to be the fastest growing portion. This is largely driven by the immense offshore wind …

The availability of large amounts of data is starting to impact how the wind energy
community works. From turbine design to plant layout, construction, commissioning, and …

Inside wind farms, turbines are subject to physical interactions such as the wake effects.
Such phenomena damage the performance of wind turbines, especially offshore. Yaw …

Layout design and wake steering through wind plant control are important and complex
components in the design and operation of modern wind power plants. They are currently …

Wind farms experience significant power losses due to wake interactions between turbines.
Research shows that wake steering can alleviate these losses by redirecting the flow …

In this study, wind-tunnel experiments are used to investigate cyclic yaw control as a wake
mitigation strategy aiming to improve wind farm power production. The control strategy is …

Wake losses are a critical consideration in wind farm design. The ability to steer and deform
wakes can result in increased wind farm power density and reduced energy costs and can …

Previous studies on wake of horizontal-axis wind turbines (HAWTs) mainly focus on the
spatial distribution but ignore the time-varying characteristics of the wake profile which …