Liquid Cooling Integrated Cold Station, Efficient and Low-Carbon Computing Power

With the explosive development of AI, cloud computing and blockchain technologies, the computing density of data centers continues to soar. Traditional air-cooling systems are facing multiple challenges, high energy consumption and space constraints. As a new-generation cooling solution, the liquid cooling integrated cold station has become a key support for the green transformation of data centers with its modular design, extreme energy efficiency and rapid deployment advantages.

An Integrated Innovation in the Liquid Cooling Era

The data center liquid cooling integrated cold station is a prefabricated system that highly integrates core components such as heat exchangers, pump sets, temperature control modules and safety monitoring. It breaks the traditional mode of decentralized deployment of cooling equipment and realizes the precise matching between the cooling system and the computing power demand of the data center through standardized factory production and on-site rapid assembly.

Compared with traditional cooling solutions, the core advantages of the integrated cold station lie in “integration” and “prefabrication“. It eliminates the need for complex on-site component assembly and commissioning, and deeply integrates the BIM design concept to integrate all functional modules into standardized units, which not only greatly shortens the project construction cycle, but also ensures the stability and consistency of system operation. It can be quickly adapted and put into use whether it is a newly-built large-scale intelligent computing center or the liquid cooling transformation of an old computer room.

Core Values Leading the Efficient Transformation of Data Centers

Extreme Energy Efficiency, Breaking the Industry Bottleneck by Reducing PUE

Equipped with an intelligent heat exchange module and AI temperature control algorithm, the integrated cold station can realize natural cooling operation throughout the year and the whole region. By accurately matching the computing load and cooling demand, and dynamically adjusting the flow rate and temperature of the cooling liquid, the supported PUE value can be as low as 1.07-1.1, reducing energy consumption by 20%-30% compared with traditional air-cooling solutions. For a data center with one million servers, it can save more than 1 billion kWh of electricity every year, bringing significant energy cost savings to enterprises.

High-Density Adaptation, Unlocking the Space Potential of Computer Rooms

With the direct contact heat exchange mechanism between phase change medium and heating elements, the integrated cold station supports a cabinet power density of over 750kW, far exceeding the carrying capacity of traditional air-cooling systems. At the same time, the modular architecture greatly simplifies the complexity of infrastructure, reduces the deployment of high-speed interconnection cables by 60%, and reduces the space demand of the computer room by 85%, effectively solving the space constraint problem in high-density computing scenarios.

Safe and Reliable, Realizing Low-Cost Operation and Maintenance Throughout the Life Cycle

The integrated cold station adopts a fully sealed cabin design, which completely gets rid of the dependence on the temperature, humidity and air cleanliness of the computer room. Combined with multiple protection modules such as liquid level monitoring and safety pressure relief, it ensures the stable operation of the system. The design without mechanical fans makes the operating noise lower than 55dB, creating a quiet operation and maintenance environment. In addition, its flexible design compatible with multi-brand servers and rapid transformation capability of ≤72 hours can realize zero-interruption business upgrade, reduce the failure rate by 60% and cut the operation and maintenance cost by 40%.

Multi-Scenario Application, Empowering Computing Power Upgrade in All Industries

The strong adaptability of the integrated cold station enables it to be widely used in various data center scenarios:

• Large-scale intelligent computing centers: Provide continuous cooling for high-density AI training clusters. After deployment in Prologis Changshu Data Center, the PUE remains stable at 1.08-1.12;
• Edge computing nodes: The rack-mounted module supports 220V mains access, adapts to small and medium-sized private AI deployment, and meets the usage needs without professional computer room conditions;
• Traditional computer room transformation: Compatible with existing facilities through manifold liquid distribution design. After the transformation of Zhenjiang Telecom, the power bearing capacity of a single cabinet is increased to 35kW.

With the Improvement of technical specifications, the standardized development of liquid cooling technology is accelerating. As the core integrated solution of the liquid cooling system, the integrated cold station is becoming an inevitable choice for the green transformation of data centers with its advantages of lower energy consumption, higher density and better experience.

Currently, Soeteck is continuing to deepen the liquid cooling integration technology, rely on the industry-university-research collaborative innovation system, iterate and upgrade product performance, and provide more efficient, low-carbon and reliable cooling solutions for cloud computing, artificial intelligence, blockchain and other fields. We will work with industry partners to promote the development of data centers towards a green and intensive model and contribute to the high-quality growth of the digital economy.