What is offshore wind energy generation? Offshore wind energy generation involves capturing moving air through the use of turbines positioned in bodies of water, typically out at sea. Offshore wind turbines are made up of rotating blades connected to a rotor and generator, which are mounted on fixed or floating platforms and anchored to the seabed. When the wind blows, it spins the rotor, causing the generator to convert mechanical energy into electricity. This electricity is then transmitted to the electrical grid through underwater cables for consumption by end-users. While offshore and onshore wind farms share numerous commonalities, a key distinction lies in how consistently they are able to generate energy. Wind energy generation is most heavily impacted by wind forces, which can vary drastically. As wind forces are less obstructed, therefore stronger and more consistent out at sea, offshore wind turbines are designed to accommodate this advantage—having significantly larger capacity, typically 8–12 megawatts (MW) in contrast to their onshore equivalents,