On November 20, at the 2025 CDCC Data Center Standards Conference, YMK was invited as a core ecosystem partner of Qinhuai Data to participate in the "Forging Product Efficiency, Powering the Computing Future – Forum on Power-Computing Coordination and Product Innovation Practices." During the forum, YMK delivered a keynote speech titled "Efficient Cooling Innovations in the Era of Distributed Architecture." Yan Han, Vice President of Product Marketing at YMK Technology Group, shared the company's cutting-edge explorations, technological breakthroughs, and systematic solutions in thermal management for next-generation intelligent computing infrastructure, garnering significant industry attention.
The rapid development of the artificial intelligence industry is driving an unprecedented demand for computing power required for large-model training, accelerating the evolution of data centers towards high-density, flexibility, and energy-efficiency. Traditional centralized cooling systems are increasingly struggling in addressing localized hotspots, changing workloads, and flexible scalability. The big question for the industry is: How do we build a new cooling system that is efficient, smart, and green to match these new computing needs?
As computing power undergoes structural transformation, cooling systems must also evolve from being "supporting infrastructure" to "active enablers." YMK innovative distributed high-efficiency cooling architecture, based on deep insights into computing power distribution characteristics, thermal load fluctuation patterns, and energy efficiency optimization pathways, integrates modular deployment, edge intelligent control, multi-source refrigerant coordination, and AI-driven predictive operation and maintenance capabilities. This enables precise temperature control across the entire chain—from chip-level, rack-level, to cluster-level.
Leveraging years of technological accumulation, YMK has established a systematic distributed cooling technology system covering both indoor and outdoor scenarios. On the indoor side, this includes large-scale energy-saving fan wall indoor units, proximal high-density fan wall modules, and flexible hybrid air-liquid cooling solutions for intelligent computing. On the outdoor side, it encompasses large fluorine-pump fan wall outdoor units, evaporative cooling high-efficiency magnetic bearing chillers, and air-cooled multi-split fluorine-pump/magnetic bearing combined systems. These solutions have already been deployed in multiple large-scale intelligent computing centers. By reducing heat exchange stages, improving the utilization of natural cooling sources, lowering PUE costs, and incorporating fully automated AI control, YMK has formulated a forward-looking top-level design approach for distributed cooling.
During the conference, Qinhuai Data, in collaboration with industry partners including YMK, officially launched the "NEXT Full-Stack Intelligent Computing Center Solution." As a strategic ecosystem partner in this initiative, YMK provides end-to-end efficient thermal management support, delivering comprehensive capabilities spanning the entire chain—from IT equipment heat source management and cabinet micro-environment control to hot aisle containment and intelligent cooling source dispatch. This collaboration not only demonstrates the two sides strong alignment with the "Power-Computing-Cooling Coordination" philosophy but also marks a critical step forward for Chinese enterprises in building autonomous, green, and intelligent computing infrastructure.
“YMK is not just an equipment supplier, but a co-builder of the green computing ecosystem," the company emphasized. "Our collaboration with Qinghuai Data goes beyond simple hardware integration—it represents a deeply integrated partnership based on shared goals: to create an intelligent thermal management foundation that dynamically scales with computing demands, delivers cooling on-demand, and achieves maximum energy efficiency."
"Participating at the CDCC summit comprehensively demonstrated YMK proven capabilities in data center cooling technology innovation, while further solidifying the company's critical position within the intelligent computing era's industrial chain. Moving forward, YMK will continue to increase R&D investment, deepen strategic collaboration with cloud service providers, computing power operators, and ecosystem partners, and drive the transition of cooling technology from 'passive response' to 'active optimization'—ultimately supporting our customers data centers in achieving high-quality, sustainable development under the 'dual-carbon' goals."
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