Mitsubishi Heavy Industries Targets North American AI Data Center Market with 10MW-Class Centrifugal Chiller

Mitsubishi Heavy Industries Targets North American AI Data Center Market with 10MW-Class Centrifugal Chiller

March 16, 2026

Japan's Mitsubishi Heavy Industries (MHI) has announced a strategic move to develop and introduce a 10-megawatt class centrifugal chiller specifically engineered for next-generation AI data centers, with an initial focus on the North American market. This initiative underscores the intensifying global race to build cooling infrastructure capable of supporting the massive power densities and relentless operational demands of industrial-scale artificial intelligence computing.

The company stated its intent to pursue key U.S. safety and regulatory certifications, including UL listing, with the goal of achieving compliance as early as 2026, paving the way for commercial availability shortly thereafter. The chiller is being designed from the ground up to align with emerging reference architectures for gigawatt-class AI facilities, which prioritize not only immense cooling capacity but also enhanced system redundancy and standardized, repeatable deployment models to accelerate construction timelines.

As the AI boom drives an unprecedented surge in power requirements, data center operators are shifting focus from experimental cooling methods toward proven, reliable, and efficient thermal management solutions. MHI is positioning its 10MW-class centrifugal chiller as a potential standardized platform to meet this need, emphasizing energy efficiency and water sustainability alongside raw performance. In a media release, the company argued that “by addressing the cooling requirements of gigawatt-class AI data centers, MHI’s solution aims to support the evolution of data centers from traditional IT facilities into fully integrated AI data centers, where cooling infrastructure plays a direct role in enabling computing performance, uptime, and total cost optimization.”

The development signals a significant scaling of ambition in the data center cooling sector, moving beyond incremental improvements to offer a single-unit solution for a substantial portion of a large facility's cooling load. If successfully certified and deployed, such high-capacity, standardized chillers could become a critical enabler for the rapid and cost-effective expansion of the AI computing infrastructure required to power future technologies.

Source: evertiq