Application

Data centers require efficient cooling to support high-density computing while controlling energy consumption. CreAlien’s PFAS-free water two-phase uses deionized water and a chiller-less design to support higher rack densities with lower cooling energy use.

HPC systems used for scientific research, engineering simulation, and AI training require highly efficient cooling to handle extreme heat loads and maintain stable performance. CreAlien’s PFAS-free water two-phase cooling supports higher compute density with lower cooling energy use.

AI servers and GPUs generate extreme heat as they process large-scale model training and inference workloads. CreAlien’s PFAS-free water two-phase cooling is designed for high-heat flux chips, delivering efficient heat removal to sustain peak performance under continuous workloads.

High-performance CPUs generate substantial heat during continuous computation. CreAlien’s PFAS-free water two-phase cooling provides precise temperature control, allowing system designers to deploy more powerful CPUs without being limited by cooling constraints.

Edge computing systems used in smart factories, autonomous vehicles, and smart cities require compact, efficient cooling to deliver reliable real-time performance. CreAlien’s PFAS-free water two-phase cooling supports high-density computing in space-constrained and variable environments.

Semiconductor equipment used in wafer fabrication, lithography, and advanced packaging requires precise thermal control to maintain process accuracy and yield. CreAlien’s PFAS-free water two-phase cooling delivers stable, high-efficiency heat removal for critical components and high-power modules.

Electric vehicles, charging systems, and power electronics generate significant heat during high-power energy conversion. CreAlien’s PFAS-free water two-phase cooling improves temperature control for batteries, inverters, and power modules to enhance efficiency, reliability, and service life.