Wave and Wind Energy Systems

Ocean waves and offshore winds represent two of the densest and most consistent sources of renewable energy on the planet, yet converting them into usable electricity at scale remains a formidable engineering challenge. Researchers study how floating and submerged devices capture wave motion through power take-off systems, how hydrodynamic models can accurately predict the forces acting on structures in irregular seas, and how offshore wind turbines can be sited and controlled to maximize output despite harsh marine conditions. A central open question is how to design control strategies that continuously adapt to changing sea states without overstressing hardware, since the ocean environment is far less predictable than wind on land. Work is also ongoing to map wave energy resources region by region, so that developers can match device designs to local conditions rather than building to generic specifications.

Works

42,411

Total citations

349,532

Keywords

Wave EnergyRenewable EnergyPower Take-OffOffshore WindHydrodynamic ModelingOcean Energy