Pioneering the future of AI data center to meet next-gen demands
Pioneering the future of AI data center to meet next-gen demands
Rear Door Heat Exchanger
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Schneider Electric
As artificial intelligence drives unprecedented growth in data center demand, Schneider Electric is leading the way with innovative, end-to-end solutions that meet the evolving needs of high-performance infrastructure.
Global data center capacity is expected to triple by 2030, fueled by the rise of GPU-accelerated servers. These systems require significantly more power, cooling, and density than traditional setups, making advanced thermal management a strategic business priority. Organizations must scale responsibly. Schneider Electric’s solutions help reduce carbon emissions, improve energy efficiency, and support sustainable growth even as workloads intensify. We’ve moved beyond air-based systems. Today’s ultra-dense AI workloads demand precision-engineered liquid cooling. Schneider Electric delivers purpose- built solutions for both new and retrofit AI data centers, ensuring performance and reliability.
Why Schneider Electric?
• 15+ years of expertise in high-performance computing
• Global deployment services for seamless scalability
• Engineered reference designs and digital twins to accelerate implementation
• AI-optimized service and software platform for smarter, automated operations
Schneider Electric is the only end-to-end provider of liquid cooling solutions purpose-built for both new and retrofit AI data centers and AI factories.
Schneider Electric The leading liquid cooling company
Schneider Electric
Cooler, smarter and faster
Motivair by Schneider Electric has been deploying liquid cooling solutions for high-performance computing systems since 2012
Motivair liquid cooling product portfolio The Motivair liquid cooling product portfolio – with solutions from 105 kW to 2.3 MW – is designed to deliver efficiency and reliability at scale. We’re here to support your high-performance computing future. We work with silicon providers to enable their technology roadmaps, empowering AI systems now and for the upcoming.
The leaders in liquid cooling More than a decade of experience
Filed-proven with Exascale deployment Integral to US-based supercomputers Frontier, Aurora and El Capitan
Tomorrow’s AI density‑ready Solutions up to 2.3 MW, ready for the next leap in computing
Schneider Electric
Enhanced liquid cooling solution designed for high-density AI workloads
Rear Door heat Exchanger unit delivers powerful, energy-efficient cooling directly at the rack while maintaining room-neutral conditions. Compatible with all standard racks, it ensures seamless integration and reliable performance for high- density environments.
Rear Door Heat Exchanger
Schneider Electric
End-to-end integrated cooling ecosystems are built around liquid- to-liquid coolant distribution units (CDU) and Technology Cooling System (TCS). These are the control centers of liquid cooling, managing flow, temperature and filtration with precision, ensuring stability and performance at the server level.
High temperature chillers enable free cooling and reduce energy consumption by rejecting heat efficiently, even in warmer climates. Heat rejection chillers ensure reliable heat removal across the system, maintaining optimal operating conditions with higher energy efficiency.
Liquid-to-air CDUs can also be integrated, creating hybrid environments that bridge the gap between liquid-cooled servers and traditional air-cooled white spaces. And conventional air cooling still plays a role, supporting auxiliary spaces and acting as a backup layer in a hybrid thermal strategy.
More than just a collection of components, this is a co-ordinated architecture. One that is designed to scale with AI, adapt to hybrid environments, and deliver performance without compromise.
Air cooling Liquid Cooling Heat Rejection
From Chip to Chiller: supporting AI workloads
Liquid Cooling Ecosystem
Schneider Electric
In AI-driven and high-density computing environments, chillers are enablers of efficient liquid cooling systems. Our range of chillers and heat rejection is designed to cater to the needs of every kind of customer handling extreme thermal loads while optimizing energy consumption. Our portfolio includes advanced technologies such as free cooling, adiabatic systems, and modular designs that ensure scalability and resilience for hyperscale and edge data centers. By integrating smart controls and high-efficiency compressors, our chillers deliver exceptional performance, reduce operational costs, and support sustainability targets. Whether your facility requires precision cooling for AI workloads or large-scale heat rejection for HPC clusters, Schneider Electric provides solutions that guarantee reliability and compliance with the most demanding standards.
While liquid cooling is undoubtedly the future, especially for AI and high-performance computing data centers, air cooling is not about to disappear. Indeed, the need for air cooling solutions will increase in parallel, as both approaches complement each other in hybrid architectures. Even in liquid- cooled environments, air remains a key part of the thermal equation. For this reason Schneider Electric continues to develop and deliver the leading portfolio of air cooling solutions available today. For example, direct-to-chip liquid cooling still requires air cooling for 10 to 30% of the heat load. Whereas a 130kW rack requires 10 to 40kW of air cooling.
AI Chiller and Heat Rejection portfolioAI Air Cooling portfolio
End to end solution
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Schneider Electric
Infrastructure solutions scaled to your needs As the rack density of AI workloads has increased, the physical infrastructure needed to support it has changed. Higher density means more power, more heat and more cooling. Our expertise helps to modernise, maintain, and monitor your assets and systems for safe operations while helping you become more efficient, meet sustainability goals, and reduce costs with our comprehensive portfolio of integrated solutions. Your infrastructure is supported by our 24/7 monitoring, expert asset performance management, and AI-powered condition-based maintenance services to ensure safe, uninterrupted operation.
Our business is making yours more sustainable Climate change is becoming increasingly real and evident making the necessity of addressing climate change undeniable. As the data center market has exploded due to AI demand, it is key that we decouple that growth from environmental impact. When viewed through the lens of cost economics, the shift towards clean energy is proving to be a viable and attractive option. Renewable energy sources are becoming more cost-effective and efficient. Our goal is to help you set, meet and exceed your sustainability objectives in line with your AI strategy.
World's Most Sustainable Company
End-to-end cooling software and services you can trust to deliver results
Schneider Electric
https://time.com/collection/worlds-most-sustainable-companies-2025/ https://time.com/collection/worlds-most-sustainable-companies-2025/
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Leading the Future HOME Discover AI’s true potential End-to-end solution Schneider Electric integrated solutions
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