Data Centers
With the proliferation of AI in everyday society, data centers are having to redesign—and often rebuild—an infrastructure that can effectively and efficiently meet the increased demands.
Cooling
Greater power usage means greater heat generation. The enormous heat output from Aİ is a significant challenge for data centers. Data centers are installing closed-loop liquid systems with air coolers.
Overhead cooling tubes can conflict in with existing cabling and power systems near the ceiling. It is a risk to put liquid overhead where tubes could be dislodged or broken, spilling coolant all over the personnel and expensive equipment beneath.
Base-chilled cooling systems—that is, cooling systems that work from the bottom up rather than the top down—are often a better solution. Raised flooring will accommodate base-chilled cooling solutions.
ESD-safe
Following our customers’ specifications, our aluminium raised floor are made as static dissipative (SD) or electrostatic conductive (EC). This prevents high static charges and enables any static charges to flow efficiently and easily to earth.
The PBS aluminium raised floors increase safety, reduce (latent) defects in components and ensure higher productivity.
Extreme Loads
Server racks designed to house Aİ servers often have higher density cowing more equipment to be installed in a single rack.
This requires careful consideration of load bearing capacity of the raised floor. Data centre raised floors, should be assessed to ensure they can support the extreme weights of Aİ server clusters, both in terms of static and dynamic (rolling) load bearing capacity.
AI ultramodern facilities integrate liquid cooling infrastructure with aluminium raised access floors: optimizing space, simplifying cable management, maximising load bearing capacity and presenting the ideal solution for companies aiming to efficiently and effectively scale their Aİ infrastructure.