#United States #Charlotte #SPX FLOW #APV #Johnson Pump

Addressing Data Center Cooling Needs in the Age of AI

As artificial intelligence (AI) continues to advance, data centers are experiencing unprecedented growth, leading to an increased demand for efficient cooling solutions. SPX FLOW has stepped into this critical arena with its APV plate heat exchangers (PHEs) and Johnson Pump products, which offer reliable thermal management solutions specifically designed to meet the demands of modern data centers.

The Role of SPX FLOW in Data Centers

With the rise in AI applications, data centers have had to rethink their cooling requirements to maintain efficient operations. SPX FLOW, based in Charlotte, N.C., is focused on developing innovative solutions that ensure these facilities remain operational and energy-efficient. The company’s advanced technologies play a pivotal role in enhancing the cooling and performance of data centers around the world.

Kevin Quan, Plate Heat Exchanger Sales Leader at SPX FLOW, highlighted the evolving landscape, stating that, "AI and high-performance computing are reshaping what's possible in data centers, and with it, the expectations for efficiency and reliability." This emphasizes the necessity for solutions that combine robust performance with energy savings.

Advanced Cooling Solutions

SPX FLOW's APV PHEs are at the forefront of this transformation. These heat exchangers excel at effectively transferring heat, thus keeping servers running smoothly, even under significant loads. Key benefits include:

• - Efficient Heat Removal: APV heat exchangers have shown the ability to achieve very low operational Logarithmic Mean Temperature Differences (LMTDs), ensuring maximum efficiency in cooling and energy use.

• - Performance Beyond Standards: They are engineered to provide precise temperature control for managing vast heat and water flow demands, crucial for heavy computational workloads.

• - Extended Free Cooling: With the capability of enabling longer cycles of free cooling, they significantly reduce overall energy consumption while lessening dependency on mechanical chillers.

On the pump side, Johnson Pump’s vertical pumps keep cooling water circulating through heat exchangers, preventing hot spots that could damage server processors. Their JP CombiFlex and Universal series pumps are designed specifically for high-demand environments, ensuring robust performance:

• - Server Protection: These pumps are crucial for maintaining a consistent cooling flow, thereby safeguarding sensitive machinery during operation.
• - Emergency Power Support: Additionally, customized fuel transfer pumps for diesel generators guarantee reliability and steady power supply during outages, further contributing to continuous data center operation.

Proven Success Stories

SPX FLOW's commitment to quality and reliability is supported by real-world success stories. In one instance, at a large data center in China, their APV PHEs managed to achieve an LMTD as low as 1°C. This remarkable efficiency led to significant energy savings and a follow-up order for 30 additional heat exchangers.

Furthermore, a major data provider in Finland transitioned from outdated cooling systems to Johnson Pump’s corrosion-resistant vertical pumps. Over a decade later, the facility still benefits from their unwavering reliability, underscoring the long-term advantages of investing in quality cooling solutions.

Conclusion

As the demand for data centers surges alongside the boom in AI technologies, effective thermal management is more crucial than ever. SPX FLOW's innovative solutions through APV and Johnson Pump are reshaping the cooling landscape, ensuring data centers can operate efficiently, safely, and sustainably. For those interested in further exploring SPX FLOW’s offerings, additional information can be found on their website, showcasing a comprehensive range of heat exchangers and pump solutions.

Explore APV Plate Heat Exchangers
Learn About Johnson Pump's Products