Soeteck 室内 CDU 冷却液分配装置

数益的 Soeteck 室内 CDU 冷却液分配装置 is designed for a cutting-edge liquid cooling solution tailored for large-scale data center deployments. It is specifically designed to meet the rigorous demands of medium-to-large-sized liquid-cooled data centers, high-performance computing (HPC) clusters, and intelligent computing centers.

This unit excels in scenarios where large-scale deployment of cold-plate liquid-cooled servers is required, particularly for setups with more than 100 liquid-cooled cabinets, and where high reliability is a top priority. It is also ideal for HPC clusters that feature dense CPU/GPU configurations, such as those used in scientific research computing like weather simulation and gene sequencing, as well as intelligent computing centers with large-scale GPU clusters for AI large-model training.

At the core of this product is a suite of advanced technologies. It boasts a high cooling capacity, ranging from 200kW to 1600kW, enabling efficient heat dissipation for high-power computing equipment. The system incorporates redundancy and monitoring mechanisms, including N + 1 redundancy, multiple filters, and an independent leak detection system, ensuring continuous cooling supply even during maintenance or in the event of faults.

From a commercial perspective, the Soeteck 室内 CDU 冷却液分配装置 delivers significant value. Its online maintenance capabilities, such as real-time online water quality detection and online coolant replacement, minimize downtime and keep the system operating at optimal performance. Additionally, integrated industrial communication protocols like Modbus and BACnet facilitate remote management, enhancing operational efficiency and reducing the need for on-site intervention.

High Cooling Capacity

• Offers a robust cooling capacity range of 200kW-1600kW, which is essential for efficiently managing the heat generated by large-scale, high-power computing equipment in data centers, HPC clusters, and intelligent computing centers. This ensures that servers and other hardware can operate within optimal temperature ranges, preventing overheating and potential performance degradation.

Superior System Reliability

• Employs an N + 1 redundancy design, meaning there is an extra unit available to take over in case of a component failure, ensuring uninterrupted cooling supply.
• Equipped with multiple filters to maintain the cleanliness of the coolant, preventing debris from causing blockages or damage to the system.
• Features an independent leak detection system that can promptly identify any coolant leaks, allowing for timely intervention to prevent system failures and minimize potential damage to equipment.

Convenient Online Maintenance

• Enables real-time online water quality detection, allowing administrators to monitor the condition of the coolant continuously. This helps in maintaining the coolant at an optimal state for heat transfer efficiency.
• Supports online replacement of coolant, which means the system can be serviced and the coolant refreshed without shutting down the entire unit, reducing downtime and ensuring the system operates at peak performance at all times.

Advanced Remote Management

• Integrates industry-standard communication protocols such as Modbus 和 BACnet, enabling seamless integration with existing building management systems.
• Facilitates remote data monitoring, allowing operators to keep track of critical parameters like temperature, pressure, and flow rate from a centralized location.
• Provides fault early warning capabilities, sending alerts when potential issues are detected, enabling proactive maintenance and reducing the risk of unexpected system outages.

• Medium-to-large-sized liquid-cooled data centers
• HPC (High-Performance Computing) clusters
• Intelligent computing centers for AI model training

数益的 Soeteck 室内 CDU 冷却液分配装置 is available in multiple models to cater to different cooling requirements. The SLL00800 model offers a heat exchange capacity of 800kW, with a primary-side circulating water flow rate of 69.04 m³/h and a rated power of 15.5kW, making it suitable for moderately sized installations. The SLL01000 model steps up with a 1000kW heat exchange capacity, a primary-side flow rate of 86.31 m³/h, and a rated power of 18.5kW, ideal for larger setups with increased heat loads. For the most demanding applications, the SLL01350 model provides a substantial 1350kW heat exchange capacity, a primary-side flow rate of 116.501 m³/h, and a rated power of 22.5kW. All models share common design principles in terms of reliability features like redundancy and leak detection, while differing in key performance parameters to offer flexibility in meeting various data center and computing cluster needs.