Chiller performance and size no longer need to be at odds. The same advancements driving energy efficiency are also enabling reduced chiller footprints in both air- and water-cooled equipment.
Making specific design decisions at the project's outset can have long-lasting consequences. It's crucial to grasp these implications and effectively communicate them to the decision-makers.
As the phasedown of hydrofluorocarbon (HFC) refrigerants ramps up over the next several years, technicians can expect to see a wider variety of refrigeration architectures that use lower-global warming potential (GWP) alternatives.
The KUL Extreme is a versatile precision liquid-cooled server platform that can be used in various applications where high-performance computing, density, and energy efficiency are required.
Software packages, like PipeFlo, 6Sigma CFD, and CAESAR II, can support engineering design and help engineers design an efficient, effective, and safe cooling system.