Aikido Technologies plans to deploy AI data centers inside offshore wind turbines in the North Sea, using wind power and sea cooling to address energy and land shortages.
© Akido Technologies
San Francisco-based Aikido Technologies has proposed an unusual solution for energy-hungry AI data centers: placing servers directly inside offshore wind turbines. According to IEEE Spectrum, the startup plans to deploy a 100 kW prototype off the coast of Norway in the North Sea by the end of 2026. This hybrid system combines a wind generator with AI servers, aiming to address both electricity shortages and the lack of suitable land for large computing facilities.
The platform uses a semi-submersible design similar to those in the oil and gas industry. It floats on three legs filled with fresh water for ballast and is anchored to the seabed with chains. Each leg can house a 3–4 MW data hall, potentially turning a single installation into a 9–12 MW offshore data center.
Cooling relies on the naturally low temperatures of the North Sea. Water from the ballast compartments circulates through the servers and is then cooled by the surrounding marine environment. Air conditioning is also included for components outside the liquid cooling loop. Aikido CEO Sam Kanner notes that combining wind power with this "free" cooling could make such solutions competitive against traditional data centers.
However, the project faces challenges. Wind is intermittent, so platforms will include batteries to smooth power output and can connect to the grid if needed. The harsh marine environment also increases maintenance demands. Despite these risks, such experiments are seen as a potential response to the growing energy needs of AI infrastructure.