France put cameras on all three turbines of its first floating wind farm to watch birds 24 hours a day, then added loudspeakers that scare them away when they fly too close

A floating wind farm off the coast of France has a comprehensive tracking system to prevent bird collisions.

Across the world, nations are experiencing high energy demands.

This raises pressure to meet these modern needs without relying on harmful fossil fuels.

Its operational data provides a direct guideline for future large-scale developments, such as the Méditerranée Grand Large project.

Offshore wind serves as the key to achieving both, but requires moving into deeper waters.

Will the French facility provide a clear framework to boost capacity while preserving marine wildlife?

How modern demands are adding more pressure to nations

The widespread adoption of digital technologies and networks across various sectors has changed society.

The internet can be accessed remotely and 24/7, while retail and several other services have moved online.

Digitization continues to transform the world as electronic data becomes more affordable, efficient, and easier to share.

It has been vital for economic growth, modern work, and daily life.

However, the digital era has also rapidly accelerated global electricity demand.

The need for power has become constant due to electric vehicles, industrial activity, and AI-driven technologies.

Data centers are the heart of AI and are predicted to use roughly 1,000 terawatt-hours of energy by 2030.

Presently, fossil fuels still support a great amount of this demand.

This pressures nations to seek alternative power sources to meet strict deadlines to lower global emissions.

The key is to triple renewable energy capacity by 2030, and wind power is a fundamental tool.

Moving to greater depths for greater wind

The global wind boom has been critical for the world’s decarbonization goals.

However, offshore installations have been particularly beneficial.

Compared to their land counterparts, offshore turbines can harness stronger, more consistent wind.

As a result, regional grids receive massive, reliable energy yields.

Additionally, offshore farms are near densely populated coastal hubs that have the highest electricity demand.

Despite their benefits, these turbines do face a significant geographic barrier.

Their fixed foundations are bolted directly to the seabed, restricting deployment to depths of up to 200 feet.

In some regions, such as France, these shallow shelves are rare.

The Mediterranean seafloor rapidly drops near the shore.

Consequently, the wind sector had no choice but to move into deeper waters.

Floating wind technology is the solution to harness powerful ocean winds from afar.

As the EDF Group commissions its first floating project in France, protecting the local marine wildlife remains crucial.

Mitigating wildlife impacts with smart strategies

France’s first floating offshore wind farm has been inaugurated.

The 25 MW project is located 10.5 miles off the coast of Port-Saint-Louis-du-Rhône.

It is called Provence Grand Large, and features three Siemens Gamesa turbines mounted on tension-leg floating platforms.

The farm operates in waters over 330 feet deep, and supplies clean electricity to roughly 45,000 locals each year.

Provence Grand Large serves as a real-world testing site for advanced wildlife protection.

Using different environmental monitoring methods

A comprehensive tracking system was installed to protect native birds.

The turbines have radar systems that track flight paths.

High-definition cameras monitor the blades 24/7.

When a bird flies too close, automated loudspeakers are triggered.

The speakers deter the birds safely from the spinning blades.

New and restored nesting sites for local gulls and terns were funded by the project.

Below the surface, monitoring also occurs.

The interaction between marine life and floating platforms will be tracked in a 20-year research program.

Noise levels are measured with deep-water hydrophones to protect mammals and cetaceans.

This pioneering wind farm reached full commissioning in mid-2025. For France, it marked a major milestone in the nation’s renewable energy capacity.

As a pilot project, it proves that deep-sea clean power generation can coexist with wildlife conservation.

Its operational data provides a direct guideline for future large-scale developments, such as the Méditerranée Grand Large project.

Ultimately, these floating wind turbines will help bridge the energy gap sustainably.