Liquid Based Cooling
How Kelvion is Revolutionising the Data Centre Industry
AI, streaming, social media – data is embedded in our daily lives, and global demand is rising rapidly. As high-performance data centres reach their limits to keep up with these developments, the need for advanced cooling solutions has never been greater.
With the industry’s broadest portfolio of thermal solutions and decades of thermal management expertise, Kelvion is leading the shift from traditional air-based systems to high-efficiency liquid cooling – redefining performance, reliability, and efficiency in next-generation digital infrastructure. The U.S.-made thermal solutions are setting new standards in energy-efficient cooling for high-density microchip environments – reducing energy consumption, enhancing precision, and supporting the decarbonisation of digital infrastructure. Most recently, Kelvion secured a major €48 million (approx. $54 million) order for a cascade cooling project.
Pushing Limits with Liquid Cooling
The latest generation of microchips used in data centres deliver unprecedented computational power, especially for AI - but they also generate significantly more heat. To maintain performance and reliability of the system, this excess heat must be removed quickly and efficiently.
“Data Centres are going through a technology squeeze, higher rack densities and stricter regulation on design are converging on traditional cooling systems. This causes the technology shift we are now seeing towards liquid cooling” says Jaspreet Sandhu (Director of Sales Data Centre) at Kelvion. “Kelvion is prepared to support this shift and beyond, our advanced liquid cooling systems are engineered to meet our customer’s strict requirements whilst ensuring maximum uptime and reliability for mission-critical operations.”
With its superior thermal conductivity, liquid cooling offers a powerful solution for managing the rising heat loads in modern data centres - increasing performance, energy efficiency, and long-term scalability. Liquid cooling - capable of absorbing up to 3,300 times more heat per unit volume than air - has emerged as a key enabler of next-generation data centre cooling.
Liquid cooling works by directly transferring heat from components to a cooling medium, significantly reducing the amount of energy required for thermal management. This approach not only improves efficiency but also allows for higher computing densities, meaning data centres can accommodate more processing power in a smaller footprint. With energy costs rising, the benefits of this technology provide a compelling solution for reducing operational expenses while supporting environmental goals.
Enhancing Reliability and Equipment Lifespan
Beyond operational efficiency, Kelvion’s liquid cooling technologies contribute to the long-term reliability of data centre hardware. Consistent temperature regulation reduces thermal stress, minimising the risk of overheating, downtime, and costly repairs. The result is extended hardware lifecycles and reduced capital expenditure on replacements.
Shaping the Future of Digital Infrastructure
Kelvion’s advanced technologies empower data centre operators to meet growing performance demands while achieving substantial energy and cost savings. With a strong focus on customisation, quality, and efficiency, Kelvion is supporting data centres worldwide transition to efficient, high-performance cooling. As digital infrastructure continues to evolve, Kelvion remains at the forefront - delivering solutions that shape future data centre thermal management.