The development of large-scale wind turbines is challenged by loads, mass, and cost
growth, and more flexible blades that impact power and tower clearance. Further, the long …

Continuously increasing offshore wind turbine scales require rotor designs that maximize
power and performance. Downwind rotors offer advantages in lower mass due to reduced …

Large wind turbines experience amplified asymmetrical loads at particular harmonics of the
rotational frequency. Individual pitch control (IPC) has emerged as a potential controls …

Estimating the levelized cost of energy (LCOE) of a wind turbine is useful for performing a
cost-benefit analysis of potential designs. The power consumed by blade-pitch actuation is …

Wave energy converter farms have the potential to reduce wave-induced fatigue loads on
offshore wind turbines, reducing material, production, transportation, and installation costs …

Large wind turbines experience amplified asymmetrical loads at particular harmonics of the
rotational frequency. Individual pitch control (IPC) has emerged as a potential controls …

Wind is a clean, sustainable and domestic source of energy that is rapidly becoming cost-
competitive in a variety of markets. Advances in wind energy technology have lowered the …

Such reference models are highly valuable to provide early guidance on technology
performance and technology limits (or needs) while providing the entire community with …