Amid the dual pressures of exponential AI computing power growth and the "dual carbon" goals, the efficiency bottlenecks of traditional air cooling and cold plate cooling have become increasingly prominent. How to achieve efficient, safe, and sustainable heat dissipation in high heat flux scenarios has become a core challenge common to both the data center and energy storage industries. Immersion liquid cooling, with its technical advantages of direct contact heat transfer, high-efficiency temperature uniformity, and low energy consumption, is emerging as the key path to solving this problem.
In recent years, industry research has clearly pointed out that immersion liquid cooling can not only reduce the PUE of data centers to below 1.1, significantly lowering cooling energy consumption, but also achieve precise temperature control in battery thermal management, improving system safety and service life. In this technological wave, high-performance cooling fluid, as the core medium of the system, directly determines the final performance and large-scale application capability of the liquid cooling solution.
Glacier Coolant has been deeply engaged in the heat transfer fluid field for more than 20 years, always adhering to the mission of "making heat transfer more efficient, safer, and more environmentally friendly". Targeting the immersion liquid cooling scenario, we have launched the Glacier Coolant LM-17 Series. Based on modified hydrocarbon synthesis, this product perfectly meets the core technical requirements of the industry for immersion cooling fluids with its high insulation, low viscosity, excellent thermal stability, and outstanding compatibility, providing reliable heat dissipation protection for data centers and energy storage systems.
From Lab to Industrial Application: The Value Closed Loop of Liquid Cooling Technology
The core advantage of immersion liquid cooling lies in breaking the indirect heat transfer barrier of traditional cooling methods. By directly immersing servers or batteries in insulating cooling fluid, heat can be quickly and evenly removed, fundamentally solving the problem of local hot spots. This efficient heat transfer method not only significantly improves heat dissipation efficiency, but also creates conditions for waste heat recovery, promoting the transformation of data centers from "high energy consumption" to "green computing hubs".
In the field of energy storage, the value of immersion liquid cooling is equally significant. Lithium batteries are extremely sensitive to temperature; even small temperature fluctuations can affect performance or even trigger safety hazards. Through precise temperature control, immersion liquid cooling can keep the battery temperature difference within a very small range, effectively suppressing the risk of thermal runaway, extending the battery cycle life, and providing key support for the safe and stable operation of large-scale energy storage power stations.
Coolant: The "Invisible Cornerstone" of Large-Scale Liquid Cooling Technology
In a liquid cooling system, the performance of the cooling fluid is the key to the success of the solution. An ideal immersion cooling fluid needs to meet multiple stringent requirements simultaneously, including insulation, fluidity, thermal stability, compatibility, and safety.
Glacier Coolant LM-17 Series cooling fluid is designed based on these common industry needs:
• Safety First: High breakdown voltage and flash point design build a solid electrical safety barrier, ensuring long-term system operation.
• Efficient Heat Transfer: Low-viscosity formula ensures smooth flow of the cooling fluid in the system, efficiently removing heat and adapting to different working conditions.
• Stable and Reliable: Excellent thermal and oxidation stability can effectively prevent the formation of acids and sludge, avoiding pipeline blockage and equipment corrosion, and reducing maintenance costs.
• Widely Compatible: Free of corrosive sulfur, it is non-corrosive to electronic components and cooling systems, suitable for various immersion liquid cooling scenarios.
A Green Heat Dissipation Choice for the Future
With the continuous maturity of immersion liquid cooling technology, the industry has put forward higher requirements for the performance, cost, and environmental friendliness of cooling fluids. Relying on its profound technical accumulation in the field of heat transfer fluids, Glacier Coolant has created the LM-17 Series cooling fluid, which provides solid support for the large-scale application of liquid cooling technology with its excellent comprehensive performance, high reliability, and environmental friendliness.
From data centers to energy storage power stations, from high heat flux AI servers to large-scale energy storage battery clusters, immersion liquid cooling is becoming an important driving force for green computing and energy transformation. Choosing a high-performance cooling fluid is laying the foundation for the long-term stable operation and sustainable development of the system.
Glacier Coolant LM-17 Series empowers the development of the liquid cooling industry through technological innovation, helping data centers and energy storage systems achieve efficient, safe, and low-carbon green upgrading.
About Glacier Coolant
Glacier Coolant is a leading provider of heat transfer fluid solutions in China, focusing on the R&D, production, and sales of refrigerants, cooling fluids, and related supporting products, with a number of core patented technologies and industry certifications. We always take customer needs as the guide, providing customized, energy-efficient heat transfer fluid solutions for data centers, energy storage, industrial cooling and other fields, helping various industries achieve green and low-carbon transformation.
For more technical details or customized solutions about the Glacier Coolant LM-17 Series, please contact the sales team of Glacier Coolant, and we will provide you with professional technical support and services.