Data Center Liquid Cooling Voss Automotive Enters the Data Center Cooling Market

From Voss Automotive | Translated by AI 2 min Reading Time

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Artificial intelligence is fundamentally changing the data center landscape. With increasing power densities of modern processors, the demand for efficient and reliable cooling solutions is growing. Voss now offers line and connection technology for this sector.

Voss has identified operators, integrators, and manufacturers of data center infrastructure as the target group for its cooling systems.(Source:  Voss Automotive)
Voss has identified operators, integrators, and manufacturers of data center infrastructure as the target group for its cooling systems.
(Source: Voss Automotive)

Modern server architectures generate amounts of heat that can hardly be managed economically with traditional air cooling. At the same time, requirements for energy efficiency, availability, and scalability in data center operations are increasing. Liquid cooling is therefore evolving from a niche topic into an industry standard. For this reason, Voss, a manufacturer of pipeline and connection technology, will now offer cooling solutions for data centers to operators, integrators, and manufacturers of data center infrastructure.  

Since 1931, Voss has been developing and producing piping and connection solutions for applications that demand high levels of safety, reliability, and leak-tightness. Until now, these systems have been used in the automotive industry, the off-highway sector, and energy storage systems. Now, modern data centers present a new application area. "We are not entering an entirely new technological field. Safely handling media under demanding conditions has been our core competency for over 95 years," commented Patrick Semmler, Head of Business Development.  

Leakage-Free Operation as a Prerequisite for Availability

In liquid cooling for data centers, leak-tightness is an essential factor, as cooling media are routed where maximum computing power is concentrated in a confined space. Even the smallest leaks can cause operational interruptions, service deployments, and significant consequential costs. Accordingly, the cooling system manufacturer relies on technologies for the data center environment that have already proven their reliability.

Improve the PUE Value with Liquid Cooling

In addition to leak-tightness, the efficiency of the cooling circuit determines how economically liquid cooling can be operated in a data center. Data center operators are subject to legal requirements regarding the energy efficiency of their infrastructure. This is measured by the so-called Power Usage Effectiveness Index (PUE). Liquid cooling can improve this value by dissipating heat directly at the processor, thereby reducing the energy demand for ambient air conditioning.  

Flow-optimized piping and connection systems support high energy efficiency by minimizing pressure loss in the cooling circuit, thereby reducing pump performance as well as energy and water consumption. Voss offers the UQD family (Universal Quick Disconnects) for the data center sector: standardized quick couplings for connecting liquid cooling circuits. The portfolio is complemented by custom piping systems, distribution solutions, and pre-assembled components for the entire liquid cooling cycle.

"Data Center Liquid Cooling is a logical next step for Voss," argues Semmler. "We bring our experience in leakage-free fluid management to a market where technical reliability, energy efficiency, and industrial scalability are crucial from the outset."

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