This study aims to investigate the heterogeneity and complementarity of the regional
potential for generating hydro, wind, and solar energy to smooth generation variability. A bi …

Energy solutions are rapidly needed to mitigate the problems of climate change and the high
dependence on expensive imported petroleum products, which have continued to dampen …

Hybrid offshore renewable energy platforms have been proposed to optimise power
production and reduce the levelised cost of energy by integrating or co-locating several …

The proposed study analyzes the efficiency of the European energy mix of electricity
generation technologies from two perspectives: environmental and economic. The context is …

Transitioning to renewables is critical to address the Caribbean's vulnerability to imported
fossil fuel price volatility and concerns about climate change. This study presents a first‐of …

With the upsurge in the proven exploitation of offshore oil and the anticipated deceleration of
the consumption of auto fuels (gasoline and diesel), the technique of transforming oil into …

This work proposes an analytical decision-making framework considering scenario
generation using artificial neural networks and risk-averse stochastic programming to define …

Flow field data generated by ocean models are important for simulating ocean currents and
circulation patterns, which are essential components in digital Earth construction. To …

This work uses Bayesian modeling and mechanical model simulations through the Ansys-
AQWA software to construct fragility curve estimates for marine hydrokinetic devices, more …

Ocean waves have the potential to provide clean energy to large swaths of society. Despite
their promise, wave energy converters (WECs) are prohibitively expensive, partly due to the …