LiquidCool Solutions

LiquidCool Solutions (LCS), headquartered In Rochester, MN, develops liquid-immersion cooling systems for high-performance IT equipment.

Founded in 2006, the company’s initial product offerings included high-performance gaming systems and engineering workstations. Today, the company is focused on developing immersion-cooled server systems for data centers and other enterprises with IT deployments as well as development of stand-alone computers for use in harsh environments. LCS is currently staffed by a small but talented engineering team supplemented by a network of fabrication and manufacturing partners. We are currently in the commercialization stage for our immersion-cooled server systems.
About The Technology

LCS has developed an innovative liquid immersion cooling technology that works by immersing 100% of a device’s electronics in an electrically non-conductive heat transfer fluid. A fluid circulation system inside the device enclosure transfers heat away from the electronics and outside the enclosure where it can be easily dissipated or reused. Fans are replaced by efficient low-power pumps. Because liquid is far superior to air at removing heat, LCS immersion cooling uses far less electricity than traditional air-cooling.

Unlike tank-based liquid immersion server cooling systems, LiquidCool’s immersion servers and heat exchange systems are designed to be installed into standard IT racks, a feature that enhances scalability and eases the transition from conventional cooling to immersion cooling.

LCS also employs a patented cooling process that combines total immersion with forced convection for the hottest server components, such as CPUs and GPUs. This improves cooling efficiency, which enables effective cooling of servers with very high power densities without the need to consume any water.

With the emergence of AI computing driving rapid growth in the IT space, LiquidCool’s energy-saving cooling technology can have a huge impact on lessening the increase in demand for electricity and reducing greenhouse gas emissions.