Wave and Wind Energy Systems

Ocean waves and offshore winds represent vast, largely untapped reservoirs of kinetic and mechanical energy that engineers are working to convert into reliable electricity at scale. Wave and wind energy systems research spans the design of devices that capture wave motion through power take-off mechanisms, the hydrodynamic modeling needed to predict how structures behave in real sea conditions, and the integration of offshore wind farms into existing grids. A central challenge is developing control strategies that maximize energy extraction across the irregular, constantly shifting frequencies of ocean waves while keeping hardware costs and maintenance burdens low enough to compete economically with other renewables. Researchers are also actively mapping wave energy resources region by region, since the viability of any deployment depends heavily on local sea states, bathymetry, and proximity to coastal demand centers.

Works

44,002

Total citations

363,195

Keywords

Wave EnergyRenewable EnergyPower Take-OffOffshore WindHydrodynamic ModelingOcean Energy