How to complete a 'data center journey' from a cold source to a chip with just one unit of cooling capacity? Starting from the cold source, passing through the CDU and ring network, and finally arriving at the server, an efficient and reliable liquid cooling system requires the cooperation of numerous core components to accurately deliver, distribute, and control the cooling capacity.
On September 29th to 30th, Sanhua made its debut at the Data Center World Asia in Singapore. This time, we will bring the actual application chain of the data center cooling system to the exhibition booth, taking you from the primary side to the secondary side, and visually understanding how Sanhua products cover the key links of cooling flow.
The first stop: Cold Source. In terms of air-cooled maglev centrifuges, the collaboration between Sanhua microchannel condenser and Free Cooling integrated solution has become the mainstream choice in the North American data center field. The All in One economic module and oil-free self-lubricating electronic expansion valve further enhance the system's energy efficiency performance, and jointly appear with the strategic partner "Asia Magnetic Technology" high-efficiency magnetic levitation compressor.
一份冷量，如何完成一场从冷源到芯片的“数据中心之旅”？从冷源出发，经过CDU与环网，最终抵达服务器，一套高效、可靠的液冷系统背后，需要众多核心部件协同配合，让冷量被精准输送、分配与控制。
9月29日至30日，三花亮相新加坡-Data Center World Asia。此次，我们将数据中心冷却系统的实际应用链路“搬”进展台，带你从一次侧一路“走”向二次侧，直观了解三花产品如何覆盖冷量流动的关键环节。
第1站：冷源。在风冷磁悬浮离心机方面，三花微通道冷凝器与Free Cooling一体化方案协同工作，已成为北美数据中心领域主流选择。All-in-One经济器组件与无油自润滑电子膨胀阀进一步强化系统能效表现，携手战略合作伙伴“亚磁科技”高效磁悬浮压缩机共同亮相。
Second stop: Wind Wall. In fluorine pump or wind wall systems, the compressor and fan frequency control, pure dual circuit board condenser, and one to two redundant eDual electronic expansion valve control scheme work together and are finally handed over to the debut microchannel water wind wall heat exchanger.
Third stop: Liquid cooled CDU. As a key link connecting the facility side and the server side, CDU undertakes core functions such as heat exchange, circulation, and control. Led by the S341 large plate exchanger, it has a capacity of up to 2MW, followed by pressure transmitters, electric two-way valves, water pump frequency converters, filters, exhaust valves, and expansion tanks.
Fourth stop: Ring network. Butterfly valves, ball valves, and exhaust valves work together to build a stable and reliable flow network for the coolant.
第2站：风墙。在氟泵或风墙系统中，压缩机与风机变频控制、纯双回路板换冷凝器、一拖二带冗余的eDual电子膨胀阀控制方案共同协作，最后交由首次亮相的微通道水风墙换热器。
第3站：液冷CDU。作为连接设施侧与服务器侧的关键环节，CDU承担换热、循环与控制等核心功能，由S341大型板换领衔直达2MW能力，随后是压力变送器、电动二通阀、水泵变频器、过滤器、排气阀和膨胀罐。
第4站：环网。蝶阀、球阀与排气阀协同工作，为冷却液构建稳定、可靠的流动网络。
5th stop: Server. The closer to the server, the more critical the reliability of fluid distribution and connection becomes. Manifold、 The quick connector and exhaust valve work together to achieve precise distribution, efficient connection, and safe operation of the coolant.
Finally, the distributed traffic control scheme made its final appearance. In the field of liquid cooling in data centers, someone has finally integrated temperature and pressure measurement into one. The PT sensor senses changes in load in real-time and is continuously adjusted by an electric valve to ensure that each cooling circuit is just right. In the face of the continuously growing computing power demand in the AI era, Sanhua will continue to expand its data center applications and provide industry customers with more efficient and reliable core components and solutions.
第5站：服务器。越接近服务器，液路分配与连接的可靠性越关键。Manifold、快速接头与排气阀协同配合，实现冷却液的精准分配、高效连接与安全运行。
最后分布式流量控制方案压轴出场。在数据中心液冷领域，终于有人将温度与压力测量集成于一体。PT传感器实时感知负荷的变化，交由电动阀持续调节，让每一路冷却都恰到好处。面对AI时代持续增长的算力需求，三花将不断拓展数据中心应用，为行业客户提供更高效、更可靠的核心部件与解决方案。
(Using AI translation)
（使用AI翻译）
