Mitsubishi Heavy Industries, Ltd. (MHI), a multinational engineering and manufacturing corporation headquartered in Tokyo, Japan, together with Ingeteam S.A., a Spanish firm specializing in electrical equipment, has announced announced a memorandum of understanding (MoU), establishing a strategic partnership to distribute, integrate, and jointly develop energy infrastructure solutions for data centers in the US.
Together, the two firms will work to bring Ingeteam’s power conversion solutions and related software to the US data center market through MHI. The pair will also explore opportunities related to integrating select technologies into advanced energy infrastructure architectures and solutions developed by MHI.
“The challenge is no longer just securing power. It is delivering high-quality, reliable power to support AI workloads,” said Shin Gomi, MHI Senior General Manager, Data Center & Energy Management Department. “Ingeteam’s depth in power electronics and power conversion strengthens our ability to deliver complete, reliable solutions for our U.S. data center customers developing AI Data Centers.”
“This alliance lets Ingeteam bring our power electronics and grid expertise to U.S. data centers alongside a partner with deep systems-engineering capability. Together, we can provide a bridge between the electric grid and next-generation AI infrastructure, enabling customers to scale computing capacity while maintaining reliability and efficiency,” said Adolfo Rebollo, Ingeteam Chief Executive Officer.
The collaboration could also extend to next-generation energy infrastructure architecture solutions for data centers. These include advanced medium-voltage distribution technologies, energy management systems, and other emerging solutions for high-density computing environments. This work remains subject to technical and commercial evaluation.
The rise in AI compute is increasing power requirements within data centers. As a result, operators are looking for new ways to manage power distribution while also improving efficiency, reliability, and the ability to scale when necessary.
MHI points out that dynamic load profiles associated with AI workloads are creating new vulnerabilities linked to power quality. Harmonic distortion and voltage imbalance negatively affect operational reliability and equipment lifetimes. Combined with protacted grid interconnection timelines, these issues are making power architecture a major concern for data center operators.