Data Center
In the digital era, Data Centers and Al Computing Centersrepresent the premier application arena for magnetic-bearingcompressors. Fundamentally, these facilities function as "heatsinks," where the energy consumption of their cooling systems(HVAC) typically accounts for over 90% of non-IT energy usage.For facilities striving to achieve extremely low PUE (PowerUsage Effectiveness) values, magnetic-bearing technology hasbecome the industry standard.
Industry Pain Points & Needs
Pain Point 1
Aggressive PUE Targets: Policy mandates require computing centers to maintain a Power Usage Efectiveness (PUE) below 1.25 oreven as low as 1.15. Due to inherent oil circuit losses and efficiency bottlenecks, traditional units struggle to meet these stringent benchmarks.
Pain Point 1
Aggressive PUE Targets: Policy mandates require computing centers to maintain a Power Usage Efectiveness (PUE) below 1.25 oreven as low as 1.15. Due to inherent oil circuit losses and efficiency bottlenecks, traditional units struggle to meet these stringent benchmarks.
Solutions
A magnetic levitation variable-frequency fluid pump system or a magnetic levitationdirect-expansion cooling unit. This rapid-response Maglev Variable Frequency Drive(VFD) system is capable of swiftly ramping up cooling capacity-within a matter ofseconds-to match the massive, instantaneous thermal loads generated by high-density GPU clusters.
Solutions
A magnetic levitation variable-frequency fluid pump system or a magnetic levitationdirect-expansion cooling unit. This rapid-response Maglev Variable Frequency Drive(VFD) system is capable of swiftly ramping up cooling capacity-within a matter ofseconds-to match the massive, instantaneous thermal loads generated by high-density GPU clusters.
The Value of Magnetic Levitation Compressors for Data Center Clients
UItimate PUE: Pushing energy efficiency to its physical limits-achieving a significant reduction of 0.1 to 0.2-thereby enabling computing centers to pass the most rigorous environmental compliance reviews.
UItimate PUE: Pushing energy efficiency to its physical limits-achieving a significant reduction of 0.1 to 0.2-thereby enabling computing centers to pass the most rigorous environmental compliance reviews.
UItimate PUE: Pushing energy efficiency to its physical limits-achieving a significant reduction of 0.1 to 0.2-thereby enabling computing centers to pass the most rigorous environmental compliance reviews.