Cooling
Modern and future data centers are technologically complex, and keeping them running safely and efficiently requires continual close monitoring and management.
We’re trusted partners in planning, designing, building and operating modern and AI ready data centers. Combining sustainability consultancy and broad data center domain expertise, we’re delivering future-ready flexible data centers.
We’re trusted partners in planning, designing, building and operating modern and AI ready data centers. Combining sustainability consultancy and broad data center domain expertise, we’re delivering future-ready flexible data centers.
Data centres are the lifeblood of the digital world, from large cloud centres to small micro-ones. They must be sustainable, resilient, efficient, and adaptive to meet the changing demands of technology.
- Sustainable: Our Uniflair Room Cooling units are designed with eco-efficiency in mind, utilising advanced technologies to minimise energy consumption while maintaining peak performance.
- Efficiency: Uniflair Room Air Conditioners are designed with the awareness that low energy consumption is the result of an exhaustive analysis, from the choice of components to the constant refinement of design solutions.
- Reliability: System reliability is based upon several basic considerations, such as a dual source of cooling and electrical power. Our units ensure reliability also through 360° monitoring of all the components and maintain basic cooling requirements during emergency conditions.
- Flexibility Modularity: A modular design is a data centre architecture that consists of standardised and interchangeable components that can be easily deployed, configured, and replaced.
Explore Schneider Electric flooring solutions for data centers and office environments.
Maximize AI performance with precision liquid cooling solutions from Motivair by Schneider Electric.
Liquid-to-liquid coolant distribution units deliver scalable, high-efficiency liquid cooling for AI and High-Performance Computing (HPC) environments. With built-in redundancy and Programmable Logic Controller (PLC) controls, they ensure uptime, adaptability, and future-ready performance for new or retrofit AI data centers.
High-performance units for technical cooling applications that address our approach and commitment.
- Sustainability: Designed with eco-efficiency in mind, utilising advanced technologies to minimise energy consumption while maintaining peak performance.
- Efficiency: Designed with the awareness that low energy consumption is the result of an exhaustive analysis, from the choice of components to the constant refinement of design solutions.
- Reliability: A fundamental requirement for each data centre, achieved thanks to the design and implementation of cooling systems.
- High Temperature Design: The continuous cooling is guaranteed by the high outdoor temperature, and the efficiency is maximised thanks to high water temperatures.
The end-to-end solution to support the transition from low densities air-cooled datacenters to AI liquid cooled next generation.
Liquid cooling is an architecture in which Coolant Distribution Units (CDUs) are the backbone, between servers and heat rejection units. As AI workloads push the boundaries of performance, CDUs deliver the precision and reliability needed to keep critical infrastructure running at highest efficiency.
Liquid cooling is an architecture in which Coolant Distribution Units (CDUs) are the backbone, between servers and heat rejection units. As AI workloads push the boundaries of performance, CDUs deliver the precision and reliability needed to keep critical infrastructure running at highest efficiency.
- Liquid to Liquid CDUs ensure flow control, temperature control, and pressure control to the Technology Cooling System (TCS), as well as fluid treatment, filtration and quality.
- Liquid to Air CDUs, are an alternative solution which allows liquid cooling servers to be used in an air based white space.
- Manifolds distribute fluid throughout servers, ensuring a consistent flow of cooling.
- Cold plates reject chip heat into the fluid distribution, maintaining the device’s optimal operating temperature.
End to End Physical and Digital AI-Ready Infrastructure scaled to your needs
Intelligently controlled high-performance close-coupled cooling
- Sustainability: enabling smarter, greener operations through solutions built for sustainability and long‑lasting performance.
- Efficiency: precision cooling designed to maximise performance through efficient, intelligently engineered solutions.
- Reliability: ensuring continuous operation with robust design, built‑in redundancy, full component monitoring and smart emergency control.
- Flexibility: engineered to support modern data centre conditions, ensuring reliable performance across high water temperatures, broad ΔT levels and both high and low outdoor temperatures.
Discover Schneider Electric high-efficiency air side economizers for large data centers.
