Table of Floating Wind Turbine Projects (Sorted by Capacity)

Notes:

• This table is the same as the previous one, but sorted by total capacity (number of turbines multiplied by turbine capacity).
• Projects under development are included with their planned capacities.

I hope this sorted table provides a clearer view of the capacity of different floating wind turbine projects. 

Floating wind turbines, those majestic giants dancing atop the waves, offer a treasure trove of benefits for both clean energy production and environmental well-being. 

Let’s dive into some of the key advantages of this revolutionary technology:

Harnessing the Untapped:

• Access to stronger, steadier winds: Unlike their land-based counterparts, floating turbines venture into deep waters where wind speeds are more consistent and powerful. This translates to higher energy production and more efficient electricity generation.
• Unlocking vast new areas: Land constraints are a thing of the past! Floating turbines open up previously inaccessible deep-water regions, expanding the potential for wind energy development, especially in countries with limited landmass.

Environmental Champions:

• Reduced visual impact: Gone are the concerns about visual clutter on land. Floating turbines gracefully blend into the seascape, minimizing visual impact on coastal communities and preserving scenic beauty.
• Minimal land use: No need to compete with precious land resources for agriculture, forests, or urban development. Floating turbines keep their footprint at sea, allowing harmonious coexistence with terrestrial ecosystems.
• Lower noise pollution: Compared to their land-based counterparts, floating turbines generate less noise pollution, creating a more peaceful environment for coastal communities and marine life.

Technological Triumphs:

• Scalability and cost reduction: As technology matures and projects like St Brieuc demonstrate, floating wind farms can be scaled up to meet large-scale energy needs. This paves the way for cost reduction through economies of scale, making clean energy even more accessible.
• Co-location potential: Existing offshore infrastructure like oil and gas platforms can be co-located with floating wind turbines, optimizing resource utilization and minimizing environmental impact.
• Innovation playground: The offshore environment presents a unique set of challenges, spurring innovation in turbine design, mooring systems, and grid integration solutions, benefiting the entire wind energy industry.

Economic Powerhouse:

• Job creation: From construction and maintenance to research and development, floating wind farms create new jobs in diverse sectors, boosting local economies and fostering skilled workforces.
• Energy security and independence: Reliance on imported fossil fuels diminishes as countries harness the abundant wind resources in their own waters, leading to greater energy security and independence.
• Decarbonization and sustainability: At the heart of it all, floating wind turbines are champions of the fight against climate change. By providing clean, renewable energy, they contribute significantly to decarbonization goals and a sustainable future.

These are just some of the numerous benefits that make floating wind turbines a beacon of hope in the transition to a clean energy future. As technology advances and projects continue to flourish, these gentle giants of the sea will undoubtedly play a crucial role in powering our world with the boundless energy of the wind, while preserving the delicate balance of our planet.