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Wind turbines were built to generate electricity — Now engineers say something very different may come out of their towers that we may need every day

Warren van der Sandt by Warren van der Sandt
March 20, 2026
in Energy
2. The Pulse Wind turbines were built to generate electricity — Now engineers say something very different may come out of their towers that we may need every day

Wind turbines may serve another purpose in modern-day society other than generating power.

As the green energy transition gains momentum around the world, the wind power subsector has seen tremendous growth. However, the recent innovations in wind turbine technology have seen some companies aiming to develop a new purpose for the wind-powered industry.

How has the wind energy sector influenced your life?

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How wind power has blown through modern-day society

As the wind energy sector gained traction over the past few decades, the impact it has had on our society has been profound.

Modern offshore wind turbines have become huge structures that are taller than most iconic landmarks. Some wind turbines now reach as high as 918 ft, which is almost as tall as the Eiffel Tower.

The components of wind turbines are getting bigger, too.

The latest wind turbines have blades that can be longer than a football field. And we now know that a single rotation from these massive blades can produce enough energy to power a family of three for a whole week.

 But one recent innovation has seen wind turbines performing another crucial purpose as our tech becomes more complex.

The economic and social impact of the renewable energy market is substantial

The vast majority of nations have committed to a clean energy transition away from fossil fuel-based energy production towards a more climate-friendly sector.

The wind power market has become a significant global employer. Recent data has revealed that at the current rate of progression, the wind power sector alone could support roughly 4 million jobs across the world.

The fallout over Operation Epic Fury in Iran has seen several nations deploying their strategic petroleum reserves to fill the gap left by the war.

But, as we know, the ever-volatile energy market is influenced by a wide range of factors, and the latest impact has come from the need to cool the many AI data centers that big tech companies are building across the world.

Google has recently outlined a plan to construct its latest AI data center that “doesn’t drink water”.

So, how can the wind energy subsector play a role in the AI-driven progression currently taking place across the big tech ecosystem? An emblematic tech company has given us a surprising answer to this question.

The AI market will be transformed thanks to Aikido Technologies

Aikido Technologies has recently outlined its plan to construct a floating offshore AI data center that is entirely powered by wind turbines.

This innovative development aims to address the significant issues around the land needed for AI data centers, as well as how to power and cool these remarkably huge and hot data collection centers popping up around the world.

Some new developments have seen wind turbines being submerged in the sea to act like tidal energy generators.

But this innovation aims to harness the energy from wind to power and, more importantly, cool the AI data centers that have become a necessity in the modern world.

How will this new wind turbine impact the AI market

Each system combines a 15-18 MW wind turbine with a standard battery storage system, as well as a 10-12 MW computing system specifically designed to serve the AI sector in one single unit.

The data center makes use of a passive cooling system that transfers the heat generated into the seawater around it. Aikido Technologies has identified several offshore sites that could use the innovation. The first proof-of-concept unit is already working in Norway.

New developments in wind power technology have become a regular occurrence, but this design aims to work hand-in-hand with the AI sector to advance society.

How will this new cooling system affect the AI and wind energy sectors in your state?

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