Quality Room Cooling & Base Station Cooling factory

    On November 18th, the "2025 Green and Efficient Data Center Cooling Technology Development and Application Forum," hosted by the China Refrigeration and Air-Conditioning Industry Association (CRAA), was grandly held in Sanya. YMK Technology Group, as a standing council member of the CRAA, was invited to attend this prestigious event. The company's Vice President of Product Marketing delivered a keynote speech titled "From General Computing to Intelligent Computing—The Development Trend of Data Center Cooling Technology," providing an in-depth analysis of the evolutionary direction and practical application of data center cooling technology against the backdrop of the explosive growth in AI computing power. With the rapid development of technologies like AI large models and world models, the demand for intelligent computing is growing exponentially. Data centers are currently undergoing a profound transformation from "general computing" to "intelligent computing." The power consumption of a single high-performance AI chip has already surpassed 1400W, and the power density of a full server rack is heading towards 300kW and even higher. Consequently, traditional air-cooling systems are facing severe challenges in terms of cooling efficiency, energy consumption control, and reliability. Against this backdrop, liquid cooling technology, especially cold-plate liquid cooling, is rapidly becoming the mainstream choice for intelligent computing centers due to its advantages, such as high energy efficiency, high density, and low PUE (Power Usage Effectiveness). YMK believes that future data center cooling systems must achieve breakthroughs in four key dimensions: reliability, energy efficiency, flexibility, and synergy. To address the operational risks of GPU clusters, which have a "large blast radius and lack end-point backup," cooling solutions must be deeply integrated with the IT architecture to build a new type of refrigeration system featuring "co-sourced air and liquid cooling, near-end cold delivery, and distributed deployment." Currently, YMK has taken the lead in China by implementing a large-scale intelligent computing center project with a "co-sourced air and liquid cooling" architecture. The project has a total IT power load of 80MW and deploys over 3,500 racks, of which nearly 60% are liquid-cooled. Through the synergy of dynamic dual-source cooling fan walls, CDU (Coolant Distribution Unit) liquid cooling units, and an intelligent dynamic environmental monitoring system, the project achieves an outstanding energy efficiency performance with a PUE of less than 1.19.   In addition, YMK has also made successive innovative achievements in areas such as composite multi-link heat pipe natural cooling and fluorine pump energy-saving technologies. The company's self-developed in-row heat pipe air conditioners and multi-link heat pipe units, combined with variable frequency control and intelligent energy efficiency management, can flexibly switch operating modes under different climatic conditions, significantly reducing annual energy consumption. Simultaneously, the company is actively promoting prefabricated and modular delivery models to enhance construction efficiency and support the rapid launch of its clients' businesses. At this forum, the YMK NexAir fluorine pump cooling wall system, with its successful application in large-scale data centers, was selected for the forum's case study collection. This was due to its features, including the efficient use of natural cooling, reorganized airflow management, and a distributed water-free architecture, reflecting the industry's high recognition of the company's advanced and mature technology.   Cooling technology in the age of intelligent computing is not merely a matter of heat dissipation, but a systematic engineering challenge involving energy efficiency, reliability, and sustainable development. At this forum, YMK forward-looking insights and robust implementation capabilities received high praise from the attendees, highlighting the company's leading role in green data center cooling technology. As we enter a new era of AI-driven computing power, YMK will continue to deepen its innovation in high-efficiency cooling technologies, supporting the data center industry in advancing toward a greener, smarter, and more reliable future

On December 2nd, the 8th Big Data Application Practice Conference, themed "Building a New Ecosystem for Computing Power Applications and Creating a New Future of Digital Integration," was grandly held in Ya'an, Sichuan. The conference was co-organized by the Sichuan Provincial Department of Economy and Information Technology, the Sichuan Provincial Big Data Center, and the Ya'an Municipal People's Government, and hosted by the Sichuan Big Data Industry Union. It focused on the market-oriented allocation of data elements, industrial ecosystem collaboration, and the integration and innovation of digital technologies. Bringing together government, industry, academia, research institutions, and users, the conference aimed to jointly map out a new blueprint for the development of the regional digital economy.   As a governing unit of the Sichuan Big Data Industry Union and a leading domestic provider of full life-cycle solutions for digital infrastructure, YMK Technology Group made its third appearance at the conference's achievement exhibition. Sharing the stage with top enterprises such as the three major telecom operators, Huawei, DingTalk, and Baidu, the company fully demonstrated its pivotal role and leadership within Sichuan's big data industry chain.   The achievement exhibition of this conference featured a total of 27 booths, systematically organized into five thematic zones: digital product manufacturing, technology application, efficiency enhancement, factor-driven development, and international exchange and cooperation. These zones comprehensively showcased the latest achievements of data empowering various industries. YMK made a notable appearance with its self-developed green intelligent data center solutions, highlighting the company's leading practices in high-density computing power support, low-carbon energy-saving technologies, and intelligent operation and maintenance management. This provided solid support for the construction of the regional digital infrastructure.     Seizing the opportunities presented by the AI computing wave, YMK is accelerating its deployment of next-generation computing infrastructure. To address the urgent demands of large model training and inference for high-density, high-reliability, and low-latency computing power, the company has comprehensively upgraded its dual-driven strategy of "AI Computing + Green Technology," launching a comprehensive liquid cooling data center solution for the AI era. This solution integrates core technologies such as modular design, intelligent temperature control, and dynamic optimization, achieving a PUE as low as under 1.19, significantly improving energy efficiency. Through the construction of new digital infrastructures, YMK aims to support Sichuan in gaining a competitive edge in the AI industry. During the conference, attendees visited the China (Ya'an) Big Data Industrial Park, a core hub for the big data industry in the Chengdu-Chongqing region. Notably, Building 2 of the park, constructed by YMK, has been recognized as a benchmark project and was among the early facilities in Sichuan to be designated as a "National Green Data Center." This achievement highlights YMKadvanced green design, energy-efficient technologies, and reliable operational systems, fully demonstrating its strong capabilities in promoting high-quality and sustainable development of regional data centers.   Based in Sichuan and serving globally, YMK consistently drives its development through technological innovation. It is deeply involved in the digital infrastructure construction of the Chengdu-Chongqing Economic Circle, continuously providing secure, green, and intelligent digital foundations for critical sectors such as government affairs, finance, telecommunications, and energy, YMK will continue to play a leading role in the big data field within region. By collaborating with ecosystem partners, it will accelerate the creation of an efficient, resilient, and low-carbon computing power ecosystem, injecting strong momentum into the high-quality development of the digital economy in Sichuan and the rest of the region.

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."

  A large IDC data center park in Langfang, Hebei, has recently commenced full operations. Built to provide dedicated intelligent computing support for a leading Chinese internet company, the facility features YMK NexAir Fluorine-Pump Fan Wall systems across its three core data halls. The project achieved the delivery and deployment of over 360 units within 60 days, achieving a stable PUE of less than 1.2. It stands as a benchmark case for the green cooling upgrade of high-density, large-scale intelligent computing centers in Northern China.   The Cooling Platform Engineered for High-Density Computing Center Confronted with the pressing challenge of continuously rising IT load density and the inability of traditional room-level air conditioning to handle intense heat flux, the client, after multiple rounds of technical reviews and site visits, ultimately selected YMK NexAir Fluorine-Pump Fan Wall System as the unified cooling solution for the entire campus. The project involved the one-time deployment of over 360 Fan Wall units and more than 60 humidifiers, covering all high-density server rooms to establish an efficient, reliable, and intelligent new-generation cooling architecture. With its three core advantages — "intelligent fluorine-based cooling, innovative Fan Wall design, and system-wide reliability" — the NexAir system fundamentally redefines the traditional logic of data center cooling.   On-Demand Mode Switching, Harnessing Free Cooling Efficiently The system is equipped with fully variable-frequency dual-drive technology, integrating a DC inverter compressor and a high-efficiency variable-frequency fluorine pump. Coupled with AI-enabled intelligent control, it achieves automatic switching between three operational modes: compressor refrigeration, fluorine pump natural cooling, and a hybrid mode. During the extended cold seasons typical of Northern China, the system can completely shut down the compressor and rely solely on the fluorine pump for circulation cooling, significantly reducing energy consumption.   Fan Wall Delivery: Reshaping Airflow for Optimal Cooling and Precision The system overcomes the limitations of traditional point-to-point airflow delivery by embedding cooling coils and EC fans into the wall structure, creating a continuous "fan wall" that enables matrix-style, horizontal, and uniform air supply. Cold air is evenly delivered from the front to server racks over a distance exceeding 15 meters, effectively eliminating local hotspots and significantly improving cooling efficiency. This design is ideally suited for high-density deployment scenarios.   Secure, Scalable, Water-Free. Distributed Architecture The system employs a fully fluorinated, water-free design, eliminating the risk of coolant leakage and ensuring the security of core operations. Its distributed architecture supports phased "build-as-you-grow" deployment, where a single unit failure does not impact overall system operation. The modular design facilitates flexible future expansion, seamlessly keeping pace with the rapid growth of intelligent computing services. Project completion in 60 days: a testament to "YMK commitment to Deliver " Facing the client's demanding 100-day deadline for operational launch, YMK leveraged its capabilities in factory pre-fabrication and pre-assembly of complete units. This approach enabled rapid equipment shipment and on-site "plug-and-play" deployment. From dispatch to full campus-wide deployment and commissioning, all 360+ units were automated and operational within just 60 days, ensuring the timely availability of the client's computing resources.   The data hall cooling system now operates fully with intelligent control. Through a centralized monitoring platform, operational staff can track equipment status in real time, performing fault prediction, remote adjustment, and energy efficiency analysis - significantly improving operational efficiency. The establishment of this green cooling infrastructure not only reduces operating costs but also supports the client in advancing its ESG commitments, providing a solid foundation for future AI computing capacity expansion.   From the expedited 60-day HVAC deployment in a hyperscale data center to the stable operation of 360 Fan Wall units achieving PUE

On October 30-31, YMK was invited to showcase at two major industry summits in East China—the "4th Data Center Liquid Cooling Innovation Development and Application Technology Conference (Hangzhou)" and the "6th Liyang Thermal Management Forum." The company systematically presented the technical sophistication, system integration capabilities, and long-term operational stability of its NexLiq full-scenario liquid cooling solution, highlighting its strategic commitment and innovative strength in advancing the large-scale adoption of liquid cooling technology in the era of AI computing power.   The rapid expansion of AI model training and inference has driven GPU cluster power density to unprecedented levels, pushing traditional air cooling to its thermal limits. YMK emphasizes that liquid cooling is not merely a critical solution for high-density computing thermal bottlenecks, but also a core enabler for improving data center energy efficiency and computational performance per watt. However, the practical deployment of liquid cooling still faces four major challenges—reliability, flexibility, energy efficiency, and coordination: risks of corrosion and leakage, difficulties in adapting inlet liquid temperatures, underutilization of natural cooling sources, and increased complexity in operational coordination with IT systems.   To address these challenges, YMK strategy pivots on "deep integration and system-wide optimization," using its NexLiq solution's systematic design to tackle industry bottlenecks. The solution integrates various technologies such as cold plates, immersion cooling, and hybrid systems, offering the flexibility to support diverse operational needs across the edge-to-core and training-to-inference spectrum. 1) Integration front YMK innovative "unified air-liquid source" architecture combines two cooling sources into a single system. It allows seamless switching between air and liquid cooling through the flexible coupling of fluorine and water circuits, greatly simplifying operations. The system dynamically balances the cooling modes to maintain a stable temperature field under varying conditions, preventing local overheating and boosting overall reliability. 2) Technological advancement NexLiq deeply integrates natural cooling technology and adopts distributed cooling sources along with a fully automated fluorine pump system. This enables precise alignment with load variations, minimizes compressor cycling, and achieves continuous optimization of the Cooling Load Factor (CLF) throughout the year. Taking Shanghai as an example, refined control strategies significantly reduce annual cooling energy consumption, fully unleashing the energy-saving potential of natural cooling. Furthermore, the solution supports a broad inlet liquid temperature range of 32–45°C, offering the flexibility to meet the varying cooling requirements of different chip architectures. This forward-looking design aligns with the evolving thermal management demands of future AI chips. 3) System stability assurance YMK delivers a seamlessly integrated solution encompassing hardware, software, and services. Its software layer combines liquid cooling monitoring with a digital twin platform for thermal simulation, proactive fault alerts, and precise deployment planning. The service component introduces AI-powered inspection and handling robots, enabling automated maintenance in liquid-cooled environments to drive efficiency and enhance asset control. Stable operation of the NexLiq liquid-cooled container under T3 conditions   This initiative goes beyond a showcase, proving YMK core principle of using technology to drive integration and systems to guarantee stability. Looking ahead, YMK will deepen its liquid cooling R&D and partner with IT and chip leaders to deploy NexLiq. Our goal is to build a greener, more efficient, and reliable foundation for AI compute power, powering the high-quality advancement of the nation's digital transformation.

October 8-9, 2025, Data Centre World Asia – the most influential data center industry event in the region – was grandly held at the Marina Bay Sands Expo and Convention Centre in Singapore. YMK made a remarkable appearance with its new-generation, hundred-megawatt-class distributed architecture solution for data centers, comprehensively showcasing the company's cutting-edge expertise in air-cooling, liquid-cooling, and intelligent management solutions. The presentation provided efficient, reliable, and sustainable cooling intelligence tailored for the high-density computing era in Southeast Asia. Leading System-Level Transformation: From Isolated Optimization to Holistic Collaboration Confronting the computing power explosion driven by AI, traditional centralized cooling architectures are struggling to meet the comprehensive demands of hundred-megawatt-scale, ultra-large data centers for energy efficiency, scalability, and reliability. The system-level distributed architecture solution exhibited by YMK, grounded in the core principles of "proximity to heat sources, modularity, and intelligence," breaks down the physical and information barriers between cooling systems and IT loads. This enables on-demand allocation, dynamic adjustment, and global optimization of cooling resources. Through the synergistic deployment of the NexAir Fanwall System and the NexLiq Liquid Cooling Platform, YMK has established a full-scenario hybrid cooling ecosystem that covers low, medium, and high-density workloads. This provides customers with a seamless evolution path from room-level to system-level solutions, and from air-cooled to liquid-cooled technologies.     NexAir Fanwall: Redefining the Limits of Air Cooling As the culmination of YMK's air-cooling technology, the NexAir Dynamic Dual-Cooling Source Fanwall solution redefines the boundaries of high-efficiency air cooling, securing the leading position in China's niche market in 2024. The product adopts a "high airflow, low temperature differential" design philosophy. Through modular prefabrication and a redundant fan architecture, it achieves stable, high-volume airflow delivery at low wind speeds, significantly reducing fan energy consumption and noise levels. NexAir supports dynamic adjustment of the air-to-liquid cooling ratio, enabling flexible adaptation to varying workloads and climatic conditions. It is particularly suited to meet the stringent challenges of continuous PUE optimization in tropical regions like Singapore. Real-world test data show that under typical tropical climate conditions, this solution can achieve a pPUE of 1.2 and maintain a comprehensive PUE stably below 1.3, demonstrating industry-leading energy efficiency performance. YMK Fanwall YMK Fanwall NexLiq Liquid Cooling: The Answer to High-Density Cooling Challenges In the field of liquid cooling, YMK's NexLiq solution has successfully moved beyond the technology validation phase to large-scale implementation. The solution encompasses multiple technical pathways, including cold plate and immersion cooling, supporting comprehensive deployment across all scenarios from edge nodes to hyperscale data centers. The company's prefabricated cold plate liquid cooling solution has been operating stability for two years under T3 conditions in the Middle East, thoroughly validating the product's reliability and durability in high-temperature, high-humidity environments. The system supports progressive deployment and can be integrated during the procurement of new servers. YMK provides end-to-end services—from engineering design and installation to commissioning and operational guidance—ensuring a seamless transition for customers.   YMK CDU The NexLiq solution enables data centers to achieve a PUE of under 1.2, providing the critical cooling foundation essential for high-density applications like AI training and high-performance computing. Bridging Cooling and Management Seamlessly YMK consistently upholds a "full-scenario, full-lifecycle" service philosophy. Beyond cutting-edge system-level solutions, the company also showcased its mature room-level precision air conditioners and integrated micro-module solutions, catering to the needs of small-to-medium-sized data centers and rapid deployment projects. All products can be integrated into YMK's Centralink intelligent management platform, enabling unified monitoring of all site equipment, 3D visualization, automatic calculation of energy efficiency KPIs, and fault prediction and diagnosis. This empowers customers to achieve centralized and intelligent operations and maintenance.   Deepening Our Southeast Asia Presence: Empowering Growth through Localized Services During the exhibition, Yan Han, Vice President of Marketing and Products at YMK, was invited to speak at the "DITC Digital Infrastructure Technology Innovation and Standards Collaboration Seminar." He delivered a keynote speech titled "Technology Trends and Response Strategies for Southeast Asian Data Centers in the Next Five Years," providing an in-depth analysis of the core challenges facing the regional market driven by AI. Furthermore, he proposed a dual-engine response strategy centered on "Technological Innovation + Localized Services."

Digital Transformation for the Financial Sector Amid accelerating digital transformation, the financial industry is demanding higher standards for data center stability, deployment efficiency, and energy performance. Recently, leveraging its EasiCloud Module C micro-modular data center solution, YMK successfully delivered a highly reliable, rapidly deployable, and intelligent computing infrastructure for a financial enterprise in Shaanxi. This project not only met the client’s stringent requirements for business continuity but also broke industry norms with its exceptional engineering capability—implementing a cooling pipeline with a single-direction length exceeding 90 meters. This achievement highlights YMK’s superior delivery strength in complex scenarios.   YMK Full-Stack In-House R&D Financial IT systems demand extremely high standards for stability, security, and response time. Traditional data center construction involves prolonged deployment cycles, complex system integration, and high operational maintenance complexity, making it difficult to keep pace with rapidly evolving business needs. In this context, prefabricated, modular, and integrated micro-module data centers have become the preferred solution for financial clients building new computing infrastructure.   YMK EasiCloud Module C series modular data center, leveraging its "All-in-One" high-integration design philosophy, deeply integrates subsystems such as cabinets, power supply and distribution, cooling, and environmental monitoring. Prefabricated in the factory and rapidly assembled on-site, it significantly shortens deployment cycles and meets clients’ core demands for "rapid deployment and stable operation." In this project, YMK delivered a comprehensive product portfolio including intelligent power distribution cabinets, modular UPS, lead-acid batteries, server cabinets, hot-aisle containment systems, in-row air conditioners, and a micro-module DCIM (Data Center Infrastructure Management) system. This end-to-end solution empowers the client to achieve full autonomous control—from power backup to cooling management—within the data center infrastructure. Conquering Extreme-Length Pipelines, Fully Demonstrated The most challenging technical highlight of this project lies in the ultra-long-distance deployment of the cooling system. Due to architectural constraints, the single-direction length of the refrigerant piping between the in-row air conditioning units and the outdoor condensers exceeded 90 meters, far surpassing the recommended 30–50 meter installation distance for conventional air conditioning systems. Such extended piping not only introduces significant challenges like pressure drop and oil return issues but also leads to reduced cooling efficiency, increased compressor load, and even potential system failures.   Confronting this challenge, YMK leveraged its HyperFlow intelligent fluid stability control system and proven technical expertise to ensure stable and efficient operation of the refrigeration system under ultra-long piping conditions. This was achieved through optimized pipeline routing design, the use of large-diameter copper pipes, integration of high-efficiency oil return devices, and intelligent pressure compensation control strategies. This implementation case is exceptionally rare within the industry and fully demonstrates YMK’s capability to adapt systems to complex engineering environments and deliver solutions with high reliability. The successful implementation of the Xi'an financial project stands as a powerful validation of the capabilities of YMK’s EasiCloud Module C micro-module solution. Beyond providing standardized modular products, the company delivered tailored engineering solutions and full lifecycle technical support to meet the client’s specific requirements. Looking ahead, YMK will continue to focus on key sectors such as finance, intelligent computing, and telecommunications, further deepening its integrated capabilities in products, services, and engineering. Through more flexible, reliable, and intelligent data center infrastructure solutions, YMK is committed to helping customers address increasingly complex digital challenges and collectively build an efficient, green, and secure computing future.

  The China Computing Power Conference 2025 was grandly held in Datong, Shanxi Province from August 22 to 24. As a highly influential, top-tier event in China’s computing power infrastructure sector, the conference centered on the theme "Computing and Network Foundations Paving the Way for an Intelligent Future," bringing together leading enterprises, research institutions, and industry experts to explore technological innovations in computing power and the future of industrial transformation. At the concurrently held "Computing Center Technology and Ecosystem Forum," Qiao Qiao, Vice President of YMK Technology Group, delivered a keynote speech titled “Liquid-Cooling for 100,000-GPU supercluster, Fan Wall-Managed Heat" The presentation systematically elaborated on the company’s cutting-edge cooling technology solutions addressing the high-density and high-energy consumption challenges of AI computing centers, garnering significant attention.   Liquid Cooling and Fan Wall: A Dual Approach Tackling the Thermal Barrier in an AI Supercluster Faced with the robust demand for 100,000-GPU supercluster required for large-scale AI model training, traditional air-cooling systems can no longer adequately meet the dual challenges of heat dissipation and energy efficiency. YMK has introduced the technical philosophy of “Liquid Cooling Powers the Cluster, FanWalls Defeat the Heat,” which achieves end-to-end efficient cooling by applying direct-to-chip liquid cooling to tackle core heat sources and utilizing a systematic Fan Wall solution to manage the entire data center thermal environment. The company innovatively launched the NexAir Fan Wall Solution, redefining airflow management within data centers through its unique wind wall architecture. The flagship product, the Dynamic Dual Cooling Fan Wall, features a series system design that enables 100% annual utilization of natural cooling sources. With its supply-oriented airflow organization, it achieves over 90% air supply temperature uniformity. Even in high-temperature and high-humidity regions such as South East Asia, it delivers a remarkably low PUE of 1.16–1.2 and WUE of 0.5–1.0 L/kWh, significantly outperforming traditional cooling solutions       In the field of liquid cooling, YMK has launched the NexLiq Full-Stack Liquid Cooling Solution, emphasizing the scientific rationale behind a 30°C coolant temperature. According to research by the Open Compute Project (OCP) and the thermodynamic characteristics of chips, 30°C is regarded as the "sweet spot" that balances chip performance, equipment lifespan, and system compatibility. This approach ensures long-term usability and scalability of the cooling system while addressing the ongoing increase in future chip power density.   From Components to Full Systems Building a Full-Stack Cooling Ecosystem for AI Computing Centers In recent years, as AI computing centers have shifted their focus from "rapid construction" to "efficient operation, low energy consumption, and optimized maintenance," YMK has continued to deepen its R&D, driving its transformation from a single-equipment supplier to a system-level solution provider. Leveraging the JDM (Joint Design Manufacturing) model, YMK collaborates closely with customers to develop customized products such as the WCT integrated refrigerant pump water-free cooling unit. Through optimized air supply and return structures, expanded heat exchange areas, and a hybrid-mode stacked design, a single 300kW unit can save up to 25,439 kWh of electricity annually. For a 100MW data center park, this translates to annual energy savings of 8.48 million kWh, equivalent to reducing carbon emissions by 6,656.8 tons—achieving a dual win of economic benefits and green sustainability.   In the field of multi-connected cooling systems, YMK offers a full range of phase-change multi-system solutions, including both scroll compressor and magnetic levitation compressor technologies. Among these, the magnetic levitation system stands out for its oil-free lubrication and no-return-oil design, delivering superior reliability under long-distance, low-load operating conditions. These systems have been successfully deployed in multiple large-scale AI computing center projects in regions such as Xinjiang and Sichuan, demonstrating their stable performance even in extreme environments.     Looking toward the future Fan Wall-Liquid Hybrid Cooling, Intelligent Synergy YMK is proactively developing its "Integrated Hybrid Cooling Source Unit" to drive the deep integration and intelligent coordination of air-cooling and liquid-cooling systems. Through a unified monitoring platform, the company enables global optimized of cooling sources, thermal units, and CDUs (Cooling Distribution Units), enhancing overall system efficiency and response speed. Looking ahead, YMK will continue to focus on three core principles—Green, Intelligent, and Reliable—deepening R&D in key technologies such as liquid cooling, Fan Wall systems, and intelligent controls. The company is committed to delivering more efficient, flexible, and sustainable data center cooling solutions for the AI era, supporting the customers computing power infrastructure in advancing toward a new stage of high-quality development.

  The 4th China Liquid Cooling Supply Chain Summit was held from July 30th to 31st, 2025 in Jiading, Shanghai. YMK Technology Group emerged as the definitive force driving the future of AI-ready data centers, showcasing its groundbreaking NexLiq liquid cooling ecosystem. As the summit’s guiding unit, YMK transformed the spotlight onto sustainable high-compute infrastructure, aligning with China’s urgent demand for scalable, energy-efficient AI/GPU acceleration. AI’s Cooling Imperative: From Optional to Essential With AI, large language models (LLMs), and hyperscale computing triggering unprecedented power densities (50kW+/rack), traditional air cooling has hit its physical limits. Liquid cooling – delivering 40-50% lower PUE, 3-5× higher rack density, and 30%+ TCO savings – is now the non-negotiable backbone of AI infrastructure. YMK strategic timing in launching NexLiq positions it at the epicenter of this transformation. With more than 20 years of deep accumulation in the field of data center infrastructure, YMK launched the full series of NexLiq liquid cooling solutions in a timely manner to accurately respond to the needs of liquid cooling deployment under multiple scenarios.   YMK’s Core Strengths: Where Innovation Meets Industrialization 1. Full-Stack AI Adaptability NexLiq™’s modular architecture spans the entire AI deployment spectrum:   Direct-to-Chip Cooling: suitable for high-density AI computing power center, supporting large-scale deployment Liquid immersion cooling: for enterprise-level data centers, providing high reliability, lower operation and maintenance costs slashing operational costs by 45% via zero-fan servers and passive heat recovery Edge-Optimized Hybrid Cabinets: Designed specifically for edge computing scenarios, it balances deployment flexibility and heat dissipation efficiency Liquid-Cooled Containers: T3-hardened, rapidly deployable flexible scalable capacity expansion   2. Intelligent Autonomy Beyond hardware, YMK integrates AI-driven O&M   Real-time leakage/flow monitoring with predictive analytics Server inspection robots reducing human intervention by 80% Robotic rack management ensuring 99.99% uptime   3. Ecosystem Leadership - YMK accelerates industry-wide adoption while dominating portfolios in dielectric fluids, manifolds, and cold plates. Summit Impact: Validating Market Leadership YMK’s booth became the summit’s epicenter, drawing IDC operators, cloud hyperscalers, and OEM partners seeking to overcome AI deployment bottlenecks. NexLiq's comprehensive advantages in energy efficiency optimization, deployment flexibility and long-term TCO control, which has won wide recognition. As an active promoter of the development of liquid cooling technology, YMK is not only committed to product innovation, but also actively participates in the construction of industry standards and ecological coordination. The company will continue to increase the investment in the research and development of liquid cooling core technologies, deepen the coordination capacity of the whole chain, and promote the scale and standardization of liquid cooling solutions. YMK firmly believes that liquid cooling is not a single technology innovation, but a systematic upgrade of data center infrastructure. Facing a green, intelligent and efficient future, YMK will further take technological innovation as the engine and work with industrial partners to build a digital base for sustainable development. YMK summit dominance signals a new era: where sustainable compute enables limitless AI. As data centers evolve into AI factories, YMK delivers the indispensable circulatory system for humanity’s intelligent future.  

The global surge in AI technology demands robust infrastructure. While air-cooling remains standard for AI servers, YMK's innovative Fan Wall solution is redefining temperature control for mission-critical intelligent computing centers. A prime example is a major Shanghai data center, now a cornerstone of the city’s large-scale autonomous computing infrastructure, powered by YMK's technology.   For high-standard AI computing centers, temperature control stability and efficiency are paramount. YMK delivers precisely this, offering solutions renowned for high availability, exceptional energy savings, superior reliability, and intelligent management. This translates to significant competitive advantages in data processing and AI training workloads. As a leading thermal management expert, YMK provides a comprehensive, tailored ecosystem to ensure computing centers run efficiently and reliably. Our solutions integrate:   High-Efficiency Fan Walls Precision Air Conditioning (Chilled Water & Air-Cooled) Constant Humidity Systems Custom Operations & Maintenance Management Platforms   1. Core Innovation: Large-scale Fan Wall scheme High-Efficiency Fan Walls for Uniform Cooling AI computing centers generate intense, concentrated heat, demanding uniform cooling and maximum energy efficiency. YMK's Fan Wall technology excels here: i) Superior Efficiency & Energy Savings:   o Larger heat exchanger surface area boosts energy efficiency. o Optimized airflow reduces wind speed and resistance, lowering fan power consumption.   ii) Precision Temperature Control:   o Closed hot-aisle containment and horizontal airflow ensure a remarkably uniform temperature field.   iii) Increased IT Capacity & Density:   o Dramatically higher cooling capacity per unit area supports greater IT loads and power density.   iv) Space & Cost Optimization:   o Replaces walls or cold aisle containment, freeing up valuable space. o Lower equipment costs for equivalent cooling capacity. o Frameless, high-ceiling design slashes construction costs and timelines.   Unique advantage of Fan Wall scheme   2. Precision Support: Climate Control for Critical Auxiliary Areas Stability extends beyond the compute floor. YMK's Chilled Water Precision Air Conditioners and Air-Cooled Room Units ensure optimal environments in vital support areas like power distribution and battery rooms. While cooling demands here are lower, precise temperature and humidity control (delivered via Constant Humidity Systems) are essential for overall data center consistency and equipment longevity.   3. The YMK Advantage: Integrated Intelligence YMK's strength lies in complete system integration and forward-looking technology. Our solutions holistically address:   Precise temperature and humidity regulation Maximum energy efficiency Streamlined maintenance and operations   The integrated YMK Operations & Maintenance Management Platform enables multi-device coordination, creating a highly available and reliable infrastructure ecosystem. This guarantees sustained peak performance for the intelligent computing center under all conditions.   Powering the AI Future As AI drives unprecedented demand for intelligent computing, YMK remains committed to innovating temperature control technology. We continuously enhance our products and services to provide efficient, reliable thermal management solutions, empowering AI data centers and accelerating the growth of the global digital economy.

YMK was selected into the national green and low-carbon list to help the digital transformation of public institutions Green and Low carbon National Directory Recently, the State Administration officially released the recommended catalog of Green Low-Carbon Technology of Public Institutions (2024). YMK Technology Group was successfully selected with its self-developed "Smart Energy-saving Micromodule Data Center Technology", marking that the company's innovative ability in the field of green data centers has been once again recognized by state institutions. This selection work is jointly carried out by the State Administration, the United Nations Development and Reform Commission, the Ministry of Finance, the Ministry of Ecology and Environment and other departments. It aims to implement the "14th Five-Year Plan" Public Institutions to Save Energy and Resources and the "In-depth Implementation Plan for Green and Low-Carbon Leading Action of Public Institutions to Promote Carbon Peaking" and other relevant arrangements, and promote public institutions Accelerate the application and promotion of green and low-carbon technology. After strict evaluation and field verification, a total of 48 green low-carbon technologies applicable to public institutions have been selected nationwide. The selected enterprises also include industry-leading institutions and enterprises such as China Academy of Architectural Science, Yuanda Air Conditioning, Gree Electric Appliances, and Four Seasons Muge. This selection work is jointly carried out by the State Administration, the United Nations Development and Reform Commission, the Ministry of Finance, the Ministry of Ecology and Environment and other departments. It aims to implement the "14th Five-Year Plan" Public Institutions to Save Energy and Resources and the "In-depth Implementation Plan for Green and Low-Carbon Leading Action of Public Institutions to Promote Carbon Peaking" and other relevant arrangements, and promote public institutions Accelerate the application and promotion of green and low-carbon technology. In recent years, YMK has continuously increased its investment in research and development in the field of energy-saving technology around the trend of green data centers, and built green data center solutions covering the whole life cycle. From high-efficiency refrigeration to modular deployment, to intelligent monitoring, a series of products with remarkable energy-saving effects have been launched. The company's solutions, such as NexLiq liquid cooling solutions, IEC indirect evaporation cooling units, WCT integral fluorine pumps, double-engine natural cooling air walls, intelligent bus systems and energy efficiency management platforms, etc., greatly enrich the product portfolio of customers in the selection of green energy-saving technologies. These innovative achievements not only improve the overall energy efficiency level of the data center, but also provide solid support for customers to achieve low-carbon operation goals. This selection is not only a high affirmation of the technological innovation strength of YMK, but also reflects the company's positive contribution to promoting the green and low-carbon transformation of public institutions. In the future, YMK will continue to cultivate the field of green data centers, provide more sustainable digital infrastructure solutions for government, education, medical and other public industries, and work with customers to explore the future of green data centers.

According to the latest report from CCID Consulting, YMK’s precision air conditioning units ranked among the Top Three manufacturers in China's data center precision cooling market in 2024–2025. This marks the first time in six years that YMK has re-entered the top tier of the industry, demonstrating its growing market influence and technical strength.   With over 20 years of industry experience and more than 100 patented technologies, YMK has built a comprehensive digital infrastructure solution system. Leveraging its full-chain capabilities in equipment, engineering, software, and services, the company has continuously driven green and smart manufacturing upgrades. Its precision cooling solutions have seen rapid growth and steadily rising market recognition, establishing YMK as a leading provider of lifecycle solutions for digital infrastructure.   In 2024, YMK’s innovative fan wall cooling technology led the market with impressive sales performance. The company offers a full range of cooling sources, including chilled water, DX refrigerant pump, multi-connected refrigerant pump, and dynamic dual-cooling systems. With modular prefabrication and fan redundancy design, YMK provides flexible, efficient, and reliable cooling solutions that effectively address energy consumption and space constraints.   YMK’s refrigerant pump solutions also gained strong traction in 2024, especially in key sectors such as finance, telecommunications, and the internet. The company’s self-developed intelligent refrigerant pump system improves energy efficiency by more than 30% through precise control of refrigerant flow and compressor speed. Thanks to its modular design, it can be quickly adapted to both small-to-medium data rooms and large-scale data centers. With strong product performance and wide market application, YMK has further consolidated its position among the top three refrigerant pump solution providers in China.   Since breaking the monopoly of imported precision air conditioners in 2002, YMK has remained committed to innovation and customer-centric development. With deep technical expertise and a clear understanding of market trends, the company continues to transform R&D achievements into product advantages that meet evolving customer needs.   Looking ahead, YMK will not only strengthen its leading position in the domestic market but also accelerate its international expansion, particularly in Southeast Asia and beyond. The company aims to bring high-performance, energy-efficient, and intelligent cooling solutions to global markets, showcasing the strength of Chinese "smart manufacturing."

Building the Foundation for a "Digital Ziyang" In an era defined by the deep integration of the digital and real economies, digital transformation has emerged as a core engine for high-quality regional development. Efficient government cloud operations, precision delivery of public services, and intelligent industrial upgrades all depend on one critical enabler: resilient, efficient, and sustainable digital infrastructure. As a pivotal node in the Chengdu-Chongqing Economic Circle, Ziyang is accelerating its "Smart Ziyang" initiative through digital empowerment—a vision demanding agile, integrated digital infrastructure capable of delivering synergistic solutions. The Integrated Solution Powering Ziyang’s Digital Ambitions YMK recently marked a milestone in the deployment of a major digital infrastructure project for a key Ziyang client. Leveraging over 20 years of industry expertise and full-stack delivery capabilities, YMK designed a comprehensive integrated solution spanning computing, storage, cooling, and management. From equipment selection to system interoperability and operational optimization, YMK ensured seamless alignment from initial requirements to final implementation. Beyond Products: An Ecosystem Approach YMK’s strength lies in its systems-thinking methodology. The project features: 6 high-density intelligent micro-modules acting as adaptable "digital building blocks" for diverse computing needs. 40+ fully variable-frequency InRow cooling units and 12 CRAC systems forming a precision "cooling matrix" to address zonal thermal demands. A unified DCIM platform serving as the project’s "intelligent brain," enabling lifecycle management, real-time visibility, and AI-driven optimization of security, operations, and energy usage. This modular, integrated approach creates a flexible yet efficient digital infrastructure ecosystem—an organic entity greater than the sum of its parts. Green Innovation: Redefining Sustainable Computing While modular design provides the framework, YMK’s breakthrough fully variable-frequency refrigerant pump natural cooling + evaporative cooling technology delivers its sustainable core. Traditional data center cooling faces energy-intensity and scalability challenges. YMK’s solution elegantly overcomes these: Refrigerant pump units prioritize free cooling via three operational modes High-pressure mist evaporative cooling extends natural cold-source utilization Intelligent coordination between refrigerant pumps and evaporative systems ensures reliability even under extreme heat or high loads. The result? PUE consistently below 1.2—significantly outperforming industry averages and advancing Ziyang’s "Dual Carbon" goals. Proven Methodology: Delivery as Empowerment This project validates not only YMK’s technical capabilities but also its replicable implementation framework: Deep-dive needs assessment Cross-product line collaborative design DCIM-driven continuous optimization Centered on the client’s operational reality, YMK blends technology and service to deliver solutions that meet current demands while enabling future scalability. As the client affirmed: "YMK delivered more than equipment—they provided a thinking digital infrastructure ecosystem." Innovation as the Sail, Demand as the Rudder From regional projects to national benchmarks, YMK remains committed to a core principle: Digital infrastructure’s value lies in enabling transformation across sectors. The Ziyang project exemplifies this—a fusion of technological innovation and customer-centricity. Looking ahead, YMK will continue advancing digital infrastructure, empowering cities and enterprises to anchor their high-quality growth in the digital economy.

  On November 9, the 10th Data CenterStandards Summit hosted by CDCC was held in Beijing. As a highly influentialannual event in the data center field, the summit gathered experts and scholarsin the data center field as well as leading companies such as AliCloud,Tencent, China Mobile and Huawei to focus on hotspots in data center scienceand technology, and discuss the new direction of industrial development.   YMK was invited as a digital infrastructurefull life cycle solution provider. Not only did it display its data centerinfrastructure solutions covering equipment, software, engineering andservices, but also won the Data Center Technology Achievement Award for the newyear by virtue of its energy-efficient technology, "Variable Frequency RefrigerantPump AC Unit."   About 1/3 of the energy consumption of traditionaldata centers is consumed by the HVAC system, second only to the energyconsumption of IT equipment, and the cooling system has a huge space forenergy-saving optimization. YMK's award-winning technology combines the naturalcooling technology of refrigerant pump, multi-mode temperature controltechnology, AI artificial intelligence control technology, etc., making fulluse of the natural cooling source, and assisting customers' keyenergy-efficiency indexes in many data center application cases.   YMK is committed to escorting thelow-carbon operation of data centers, effectively supporting the whole lifecycle operation stage of data centers from scheme design to engineeringimplementation, from equipment supply to software deployment, and frommaintenance and operation to upgrading and transformation, so as to securelybuild a sound digital foundation for the digital era.

  On July 29, the 5th Big Data ApplicationPractice Conference was held in Ya'an Big Data Industrial Park. YMK, as adigital infrastructure full lifecycle solution provider and also a localSichuan enterprise headquartered in Chengdu, demonstrated advanced green datacenter construction experience and best practices.   Under the background of "Carbon Peakand Carbon Neutral" era, how to build a new type of data center withreasonable layout and advanced technology has become a hot topic in theindustry. With more than 20 years of experience in the data center industry, YMKhas formed a four-driven industrial layout covering critical equipment, IoTsoftware, intelligent engineering, and digital services, helping customersbuild highly reliable data centers in an all-round way.   It is worth mentioning that Ya'an Big DataIndustrial Park, the host site of this year's conference, was constructed withthe participation of YMK Intelligent Engineering Co. Through a series ofscientific planning and efficient implementation, and the application of YMK’shighly energy-efficient indirect evaporative cooling unit, the project wasawarded the national Class A data center certification, and delivered ahigh-quality project of a green data center that combines both quality andlow-carbon.   Led by the goal of "DoubleCarbon", in the future, YMK will continue to strengthen the R&D andpromotion of low-carbon and energy-saving technologies, and provides customerswith high-reliable and green data center products and solutions.

As digital transformation accelerates, the data center industry is experiencing unprecedented opportunities and challenges. As one of the most influential industry events in Asia and globally, DCWA 2024 was grandly inaugurated in Singapore on October 9-10, attracting top enterprises and experts from around the world to gather together. At this technological feast, YMK showcased its profound accumulation and strength in green innovation within the domain of digital infrastructure to global customers, becoming a highlight vendor at the venue.   Green Cooling Solutions Tailored for Southeast Asia   Leveraging its deep-rooted expertise in cooling technology, YMK introduced numerous green cooling solutions tailored for the Southeast Asian market at this exhibition. In response to the region's high-temperature and high-humidity climate characteristics, it launched efficient and energy-saving cooling and dehumidification solutions, including dual-cooling-source fan walls, refrigerant multi-link systems, liquid cooling, dehumidifiers, and more.   By adopting advanced cooling technologies paired with intelligent temperature control systems, YMK's cooling solutions help clients significantly reduce energy consumption and operating costs. They also offer high flexibility and scalability, capable of personalized configuration based on specific client needs, providing Southeast Asian customers with more reliable and economical cooling options. This supports the realization of green and sustainable development goals, enhancing the overall performance and economic benefits of data centers.   Unique Advantages Under AIDC Trends   In the context of rapid AIDC development, YMK's solutions stand out with unique flexibility, efficiency, and sustainability. Besides a series of high-efficiency cooling solutions, the company also launched micro-module integrated prefabricated construction solutions and intelligent monitoring management systems for overseas markets during the exhibition.   The integrated prefabricated construction solution achieves rapid deployment and flexible expansion through modular design, adapting to the development needs of data centers of different scales. The intelligent monitoring management platform can monitor the operational status of data centers in real-time and perform smart optimization, ensuring secure and stable operation while offering more flexible and efficient management methods.   Continuously Strengthening Overseas Layout Capabilities   In recent years, YMK has continuously optimized its overseas layout by strengthening strategic cooperation with international partners, better responding to global customer needs, and continuously improving localized technical support and after-sales service capabilities. Collaborating with partners to develop high-quality products and solutions that meet global standards, these measures have not only enhanced YMK's competitiveness in the international market but also provided more reliable and convenient service experiences for global customers, contributing to the development of the global data center industry.   Looking ahead, YMK will continue to dedicate itself to promoting innovative development in the data center industry, constantly exploring more environmentally friendly and efficient technological paths. Riding the wave of global digitalization, YMK will join hands with industry partners to jointly meet new challenges and opportunities in the data center field, contributing to building a smarter and greener digital world.   The Singapore Asia Data Center Exhibition is not only a stage for YMK to showcase its latest achievements but also an important opportunity for the company to connect with global partners and collaboratively plan for future development. YMK looks forward to in-depth exchanges with peers across industries to jointly create a bright future for the data center industry.    

On June 14-16, IDCE 2023 Data Center Industry Exhibition was held in Shanghai, YMK Technology Group, as a service provider of green solutions for the whole life cycle of digital infrastructure, brought the high-efficiency and low-carbon data center practices to the exhibition.   In the digital era, data center has become one of the main driving forces for social development, and it has also become recognized as a high-energy-consuming industry, so how to build and run a green data center is the focus of the industry's attention. In the session on green and low-carbon technologies for data centers, Xiang Wen, solution manager of YMK, shared with the guests YMK’s realization path in building green and efficient data centers from the dimensions of efficient products, efficient design and efficient engineering.   YMK has been deeply engaged in data center refrigeration for more than 20 years, and has accumulated perfect refrigeration technology and product system. In the control layer, YMK’s self-developed E-Management easy-control technology helps to effectively improve the efficiency of the refrigeration system.   At the product level, YMK has developed a wide range of refrigerant pump cooling products to extend the energy-saving mode and optimize the energy efficiency. In the field of liquid cooling, with controllable self-manufacturing capability, fast and flexible R&D and production, YMK has launched the liquid cooling solutions to adapt to the increasing rack power density of data centers and to create a high-efficiency cooling system with PUE

On June 17-19, the large-scale event in thefield of hospital construction - CHCC2023 24th National Hospital ConstructionConference was grandly held in Chengdu Western International Expo City, and YMKmade an appearance in the Intelligent Hospital System Solutions and LogisticOperation and Guarantee Zone with its solutions in the medical industry.   In this year's conference, YMK released"Medical Industry Solutions and Application Cases" to the industryfor the first time. The overall framework of the solution is divided into threeparts: hospital intelligent building, hospital IT integration, and hospitallogistics digital intelligence, covering dozens of intelligent hospitalsubsystems and application scenarios, such as equipment management system,public safety system, data room system, medical Internet of Things system,hospital intelligent building integrated management platform, and logisticsoperation and maintenance management platform.   As a practitioner of digital intelligence insmart hospitals, YMK provides customers with full life cycle services throughdigital intelligence construction of infrastructure, medical critical equipmentand facilities, intelligent management of IoT software, and professionalservices. At present, YMK's hospital digital intelligence solutions have beenimplemented in Sichuan University West China Tianfu Hospital, LongquanyiDistrict Hospital of Traditional Chinese Medicine in Chengdu and other tertiaryhospitals.   In the future, YMK will continue to promotethe high-quality development of the healthcare industry, aiming to helpcustomers build smart hospitals that are more adaptable to the futuredevelopment, and continue to surpass itself and create excellence, so as tomake the "smart healthcare, smart services and smart management" moreefficient, accurate and safe.  

  YMK, as a full lifecycle solutions providerof digital infrastructure, brings 3 flagship product lines of PAC, Micro DataCentre and DCIM to Data Centre World Asia 2023, Asia's largest Data Centreevent held in Marina Bay Sands Singapore from October 11 to 12, showcasing itshighly reliable data center infrastructure to clients from the Asia Pacificmarkets. As an influential industrial exhibition inAsia, Data Centre World Asia 2023 attracts thousands of visitors by linking industrialexperts, KOLs and cutting-edge technological solutions; probes for the trends, challenges,and opportunities of the rapidly developing data centre industry. YMK'sinfrastructure solutions catches the spotlight of the event.   In this exhibition, YMK showcases variousproducts, A Series All-in-one MDC, Fan Wall, Compact PAC for small serverrooms, Centralink data centre intelligent management platform, etc., appeals tovisitors with different demands for exchanges.   On October 12, YMK’s Director of OverseasMarket delivers a themed speech on "ICT CriticalInfrastructure Solutions" at the "Efficiency and Sustainability Theatre",elaborating how YMK's solutions, consist of cooling system, micro data centre,and DCIM, ensure data centers’ smooth operation for clients. He said that the surging big data industryposes a tough challenge on the reliability of data centre infrastructure, onlyhighly reliable infrastructure tackles it. YMK offers clients practicalsolutions to enhance data center’s reliability that is applicable comprehensivelyin all industries.   • thermal management solutions fordifferent scenarios and customizable energy-efficient cooling products;   • an integrated solutions matrix consist ofmicro modules, intelligent cabinets, containers and outdoor cabinets to boostthe construction of data centers efficiently;   • one-stop solutions of intelligentmanagement that adapt to projects of different scales, scenarios and demands,consisting of power & environment monitoring, DCIM, DCOM, small andmicro-monitoring, and intelligent temperature controller for base stations, allbased on the experiential methodology of infrastructure operation andmaintenance management, as well as its practice in more than 10,000comprehensive scenarios.   The prior feature of YMK's solutions is clients-centered,all the products are customizable for clients from different regions. Forexample, the air-cooled precision air-conditioners and fan wall productsexhibited are widely applicable to tropical Asia-Pacific countries, such asSingapore and Malaysia etc.   Data Centre World Asia 2023 in Singapore isagain a wonderful debut of YMK to go beyond the domestic market, reaching AsiaPacific. With the mission of "Escalating Green Computing Power, ChangingSmart Energy Efficiency", YMK will continue to develop overseas marketsand bring the preferred digital infrastructure solutions with both qualityproducts and services to global clients.