The automotive industry has arrived at a major turning point, heralding a period of innovation and the evolution of the entire industry. Precise cooling now plays an integral role in how cars are researched, designed, and created. Better cooling means more data and precision. Leveraging that allows automakers to gain data-driven customer insights and produce vehicles and parts faster and with greater accuracy.
Data Centers are faced with ever-changing thermal challenges as big data, artificial intelligence, robotics and the Exascale Era continue to evolve. Reaching these compute milestones means you need critical and consistent cooling. With that in place, the data and analytics generated allows businesses to increase production speeds, reduce costs and improve quality.
Reliable cooling technology serves as a critical resource that directly impacts product andquality, leading to reduced waste and increased output. Cooling system data can be recorded and analyzed in real time, allowing operators to trend and adjust facility operations to maximize uptime and reduce operating costs. By integrating and analyzing production line data, improvements can be made plant-wide on quality, costs, waste.
Billions of dollars in potential revenue are lost due to unscheduled downtime, quality and idle time losses across the manufacturing industry each year. Reliable cooling technology can ensure consistency plant wide and lead to uncovering greater production efficiencies.
Public sector services depend on efficient cooling now more than ever. Whether it's a national research laboratory driving scientific innovation, defense agencies supporting critical operations, or weather agencies studying global climate patterns, reliable cooling solutions help propel new discoveries and keep people safe.