Aikido Launches Offshore Wind Turbine Platform Integrated with AI Data Centers
Aikido, a U.S. supplier of floating wind turbines, unveiled an offshore wind turbine platform integrated with a modular data center for AI workloads. The platform features a turbine capacity of 15-18 MW, providing 10-12 MW for IT. It includes three computing modules of 3-4 MW each and will have battery storage for operational stability. Aikido aims for 75% computing availability, potentially increasing to 90% with larger batteries. The company is developing a functional module in Norway, expected to operate in 2026, with a commercial project planned in the UK for 2028.
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Aikido has introduced an offshore wind turbine platform that integrates a modular data center designed for AI workloads. The system will feature a wind turbine with a capacity of 15 to 18 MW, supplying 10 to 12 MW for IT.
It will house three computing modules, each rated at 3 to 4 MW, with an estimated power usage effectiveness (PUE) of 1.08. The platform will include battery storage for stability, aiming for at least 75% operational uptime, potentially reaching 90% with larger batteries.
Aikido is working on a more functional module in Norway to serve as a proof of concept, expected to launch in 2026, followed by a commercial project in the UK in 2028. The company’s business model focuses on selling computing power rather than energy, utilizing a modular approach for faster assembly. However, the offshore wind sector faces challenges due to rising costs and financial support issues, particularly in the U.S.
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