By Eamonn Ryan
At its recent Global Virtual Press Broadcast on Accelerated Innovation – Liquid Cooling Solutions, executives and industry experts emphasised that cooling technology has become the decisive factor in enabling AI at scale. This is the second instalment of a two-part series.
The AI revolution represents an infrastructure reckoning for data centres. Freepik.com
Liquid cooling infrastructure is only as effective as its management. Schneider Electric’s EcoStruxure software platform provides real-time monitoring, leak detection, and operational optimisation. The company’s field service network – over 600 trained technicians worldwide – ensures deployment, commissioning and ongoing maintenance at scale.
Unlike competitors, Schneider Electric validates every product under real-world thermal loads, including rigorous end-of-line testing. This reduces the risk of underperforming CDUs or contamination issues in TCS loops, safeguarding customer ROI.
Schneider Electric and Motivaire: a strategic integration
The acquisition of Motivaire in early 2024 positioned Schneider Electric as the number one liquid cooling provider for data centres worldwide. Motivaire brings over 15 years of proven expertise in advanced cooling technologies, powering six of the top ten supercomputers globally, including the Aurora (Argonne National Laboratory) and Frontier (Oak Ridge National Laboratory) systems.
Together, Schneider Electric and Motivaire deliver:
- End-to-end portfolios for both new builds and retrofits
- Proven scalability, with coolant distribution units (CDUs) supporting loads up to 2.5MW
- Reference designs co-developed with Nvidia for AI factories and high-density clusters
- A global manufacturing and service footprint, ensuring rapid deployment and lifecycle support
Partnerships driving industry progress
Future innovation in liquid cooling requires collaboration across the value chain – semiconductor designers, server manufacturers, data centre operators and infrastructure providers. Schneider Electric’s partnerships with Nvidia, Dell, HPE, Supermicro, Microsoft, Google, Equinix and Digital Realty exemplify this ecosystem approach.
The company’s co-developed Nvidia reference designs offer the first publicly available blueprints for AI data centres, covering both infrastructure deployment and integrated power-cooling control systems. These validated frameworks reduce risk and accelerate AI cluster rollouts worldwide.
Conclusion
The AI revolution represents an infrastructure reckoning for data centres. With racks soon approaching 1MW densities, cooling is no longer a supporting system – it is a core enabler of performance, efficiency and scalability.
By combining decades of expertise, global scale, and a fully integrated portfolio, Schneider Electric has established itself as the world’s leading liquid cooling provider for AI data centres. Through innovation, rigorous testing and strategic partnerships, the company is shaping the next generation of computer infrastructure – delivering the power, precision and efficiency required for the AI era.
