Wave energy is converted into electrical energy primarily through electromagnetic induction, where the movement of waves causes a conductor to cut through magnetic fields, generating an electric current.

Tidal turbines are not wave energy converters, as they harness the energy of tidal currents rather than ocean waves.

The power density of a wave is proportional to the square of the wave height, indicating that taller waves carry more energy.

The Aguçadoura Wave Park in Portugal was the first commercial wave energy plant in the world, becoming operational in 2008.

Portugal has the highest installed capacity of wave energy, with several wave energy projects operating along its coast.

The high cost of wave energy technology and infrastructure is a major challenge, hindering its widespread adoption.

Wave energy is not predictable, as wave patterns can vary significantly depending on weather conditions.

The typical efficiency of wave energy converters is in the range of 10-20%, due to factors such as energy losses and mechanical limitations.

Wave energy development can potentially lead to habitat disruption, noise pollution, and visual impact on marine ecosystems.

Wave buoys are devices that float on the surface of the ocean and convert the up-and-down motion of waves into electricity.

Wave rotors are devices that are mounted on the seabed and convert the forward motion of waves into electricity.

Wave snakes are devices that are long, flexible tubes that are anchored to the seabed and convert the bending motion of waves into electricity.

Wave dragons are devices that are large, floating platforms that convert the pressure of waves into electricity.

Wave buoys are devices that float on the surface of the ocean and convert the kinetic energy of waves into electricity.

Wave dragons are devices that are large, floating platforms that convert the potential energy of waves into electricity.