Hydrodynamics for Project Chrono - enabling simulations of wave energy converters and other ocean systems.

MATLAB code and data for the paper “Optimal energy management of offshore wind farms considering the combination of overplanting and dynamic rating” in CIGRE Session, Paris, France, 2022

Wind turbine generator foundation viewer developed as a Plotly Dash Component

Offshore Wind Farm Lifecycle Estimation

MATLAB code and data for the article Ildar Daminov, Anne Blavette, Salvy Bourguet, Hamid Ben Ahmed, Thomas Soulard, Pierre Warlop, "Economic performance of overplanted offshore wind farm under several commitment strategies and dynamic thermal ratings of submarine export cable," in Applied Energy, 2023, https://doi.org/10.1016/j.apenergy.2023.121326

Code for the paper "Levelised cost of transmission comparison for green hydrogen and ammonia in new-build offshore energy infrastructure: Pipelines, tankers, and HVDC"

The stochastic collision risk model toolbox

Open-source offshore airfoil design for wind turbines at high Reynolds numbers

The power balancing benefits of wave energy converters in offshore wind-wave farms with energy storage

BayesianNN: Implementation of BNNs for virtual monitoring (offshore wind farms) and uncertainty quantification

Semi-analytical hydrodynamics modeling including matched eigenfunction expansion method

Multi-fidelity modeling of wind farm wakes based on a novel super-fidelity network

GIS project on mapping the impacts of a proposed offshore wind development plan on Isle of Lewis communities [WIP]

The WindPowerEstimation repository is a library of functions for calculating variables related to wind resources and wind power

Using q-learning to optimise offshore wind farm power generation as a wake-steering optimisation framework.

Offshore wind and wildlife science and research recommendations by and from the RWSC community.

Python-based optimisation tool for configuring lazy-wave dynamic power cables using PyGAD and static simulations in OrcaFlex.

Optimising production and long-term bulk storage of hydrogen from offshore wind in salt caverns in the Irish Sea

Offshore Renewables Installation and O&M (ORIOM) is a Python-based open-source tool developed by WavEC to simulate the scheduling and costs of the installation and O&M operations in offshore renewable energy farms, including fixed-bottom offshore wind, floating wind, wave energy and offshore floating solar.

Open-source offshore airfoil design for wind turbines at high Reynolds numbers