Abstract The potential of Marine Renewable Energy (MRE) systems is usually evaluated
based on recent metocean data and assuming the stationarity of the MRE resource. Yet …

The design of the different offshore renewable energy (ORE) technologies depends on the
characteristics of wind/wave resources. However, these characteristics are not stationary …

Fatigue life estimation methods based on time-domain and rainflow counting techniques are
widely recognised and accepted for their reliability. However, applying them in scenarios …

In the operational control of renewable energy system, the efficient parameter identification
for lithium battery is of great importance. In this study, the parameter identification of lithium …

The design of effective and reliable solutions for Offshore Renewable Energy (ORE)
technologies greatly relies on accurate metocean data. Uncertainties can significantly …

Hydrokinetic energy can contribute to diversify and decarbonise the energy mix in many
coastal regions, in particular estuaries. These are typically areas of high environmental …

Hydrofoil optimization plays a crucial role in improving the hydrodynamic performance of
tidal turbines. However, the high-dimensional representations in hydrofoil design space …

Extracting wave energy as propulsion for surface vehicles saves non-renewable energy.
The fluid moves in a circular or elliptical trajectory in the wave, and its direction of motion …

Due to the lack of a single operational point in offshore renewable energy (ORE) systems,
fatigue assessment needs to cover the whole operational region, becoming more complex …

In order to become economically viable and compete with other more traditional energy
sources in the energy market, offshore renewable energies, such as wave energy converters …