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As new technologies such as AI and highly complex research involving big data processes have driven demand for high-performance computing, traditional air-cooling systems have increasingly reached their operational limits, with servers and AI deployments generating more heat than can be sustained. Immersion Cooling and Direct-to-Chip Liquid Cooling (DLC) serve as excellent alternatives, offering significantly improved thermal efficiency and scalability.
Contact Steve Lorimer to learn how our global in-house cooling experts deliver end-to-end liquid cooling solutions, backed by 24/7 technical support.
We offer two contemporary cooling solutions.
Immersion Cooling submerges entire servers in a dielectric coolant. By immersing the hardware, heat is efficiently dissipated, and the need for traditional air cooling is significantly reduced, offering a reduction in energy consumption and improved PUE.
Traditionally, air cooling has been the go-to method for keeping data centers within the desired temperature range. While it’s effective, it’s far from perfect. As technology advances, high-performance servers and AI deployments generate more heat than ever before. This surge necessitates a rethink of traditional cooling methods.
In contrast to Immersion Cooling, Direct Liquid Cooling circulates a thermally conductive dielectric liquid directly in contact with hot components, such as processors. The liquid then travels through heat sinks, which are attached to the hot equipment that needs cooling. This efficiently absorbs the heat, which is then transferred to a heat exchanger for dissipation.
In the ever-evolving data center landscape, Immersion Cooling and DLC stand as beacons of efficiency and sustainability. These technologies provide a promising future for data center operators, offering a path to reduced energy consumption, improved performance and a greener footprint.
New technologies such as AI and highly complex research with big data processing boosts the demand for high-powered computing and high-performance hardware. Using traditional air systems to cool this hardware becomes challenging, and this is where Immersion Cooling and DLC step in.
Increase per-rack power densities to unlock new revenue streams and to accommodate rising high-power demands.
Traditional air cooling systems have a limitation of 15-20kW/rack peak, and in most cases, with rear door air cooling, this can be extended to 40-50kW/rack comfortably. DLC takes it up a notch with a 70kW-90kW/rack limitation, and full immersion liquid cooling can exceed 150kW/rack.
Benefits for the environment include better power usage, reduced emissions, and less waste. What’s more, DLC systems reject higher-grade heat (70°C+) compared to air systems (<40°C), opening doors to heat reuse and recovery opportunities.
Reduce power consumption and enhance data center energy efficiency, resulting in lower energy costs and a higher Power Usage Effectiveness (PUE).
Immersion Cooling and DLC produce less noise than air cooling, contributing to a quieter and better working environment.
We’ve proven to be ideal partners in reshaping the future of data centers, helping diverse organizations in various industries unlock high-performance capacities within their facilities. With extensive expertise in energy efficiency, sustainability, facility design, and operations, we collaborate closely with our clients to implement innovative cooling solutions. This enables them to develop more efficient and sustainable data centers and prepare for future challenges.
Connect with our team today to explore how our direct-to-chip liquid cooling assessments and engineering services can support your next project, from planning to execution.
Contact us to get started.
VP, Professional Services - EMEA