Turnkey Delivery
With the explosive growth in data center computing density, the power of single cabinets has surpassed 50kW, and traditional air cooling technologies are no longer sufficient for high-density computing scenarios, especially under the influence of emerging technologies like artificial intelligence, 5G, and edge computing. Air cooling systems, when dealing with loads above 15kW, often experience uneven cooling, frequent hot spots, and other issues that compromise equipment performance and lifespan. Additionally, the high energy consumption of air cooling systems results in a PUE that typically exceeds 1.5, which cannot meet the national green and low-carbon PUE requirement of <1.3. Traditional liquid cooling solutions, such as cold plate and immersion cooling, are also facing challenges in terms of complex construction, difficult maintenance, and long deployment periods.
In response to these challenges, Gottogpower’s Containerized Liquid Cooling Solution has emerged as a modular, movable, plug-and-play solution, effectively addressing the high-density cooling problem. This solution becomes a key technology in driving the green and low-carbon development of data centers.
Application Scenarios
- High-Density Computing Data Centers
- Ideal for AI large model training, supercomputing centers, and high-performance computing clusters that require extremely high computing density. As computing demands surge, traditional air cooling systems are no longer able to meet the high-efficiency cooling needs, while containerized liquid cooling provides excellent cooling performance to ensure stable and efficient operation of the equipment.
- Edge Computing Nodes & Temporary Computing Needs
- Perfect for environments with limited space and harsh conditions, such as mining areas, parks, and remote locations. The containerized solution offers flexibility in mobility and deployment, allowing rapid setup of temporary data centers and the ability to quickly scale based on demand.
- Green and Low-Carbon Projects
- Suitable for green data center projects aiming for an ultra-low PUE. The containerized liquid cooling solution, while meeting high-density computing needs, significantly reduces energy consumption, aligning with national green and low-carbon policies.
- Emergency Expansion Projects
- For data centers that require rapid capacity expansion, this solution can be deployed quickly, increasing computing power in a short time to meet temporary expansion demands, thus drastically reducing construction periods and costs.
Product Advantages
The system is designed with multiple layers of safety and redundancy to safeguard against any potential failures and ensure continuous, reliable operation.
1. Fast Delivery, Deployment Cycle Reduced by 70%
➟ Factory Pre-Integrated: All liquid cooling components are pre-assembled and tested in the factory, delivered as standard containerized units. On-site, only water, electricity, and network connections are needed to begin operation, reducing the construction cycle from months to just days.
➟ Precise Temperature Control: The dual-track liquid cooling technology offers cold plate (chip-level cooling) and immersion cooling (extreme cooling for entire cabinets) options, covering mainstream to extreme computing scenarios to ensure optimal temperature regulation and efficiency for various server types.
➟ Closed-Loop Design: Each cabinet operates independently, reducing maintenance times and ensuring that fault processing time is shortened from 6 hours to 30 minutes, ensuring long-term, stable, and safe system operation.
2. Green and Energy-Efficient
➟ Natural Cooling Source Integration: By utilizing natural cooling sources (such as ambient air or underground water), the system significantly reduces cooling energy consumption, achieving an annual PUE ≤ 1.15, which lowers energy costs and operational expenses.
➟ High-Efficiency Energy Savings: Compared to traditional air cooling systems, liquid cooling systems offer superior cooling efficiency, particularly in high-density load environments, ensuring long-term, energy-efficient operation.
3. Flexible Expansion and Seamless Upgrades Throughout Lifecycle
➟ Modular Design: The liquid cooling system is modular, with self-sealing quick-connect interfaces between modules that support hot-swappable and liquid-filled hot-plug options. This flexibility allows for expansion during operation, meeting future computing power requirements without downtime.
➟ Smooth Power Expansion: The power of each individual cabinet can be smoothly expanded up to 50kW to accommodate future growth in computing demands. This ensures long-term scalability and flexibility in data center infrastructure.
➟ Multi-Container Parallel Deployment: The solution supports parallel deployment from hundreds of kilowatts to megawatt-level liquid cooling clusters, catering to the needs of data centers of different scales.
4. Smart Maintenance and Remote Management
➟ Visual Intelligent Monitoring System: The solution comes with an advanced visual monitoring system that tracks key operational parameters, such as temperature, flow rate, pressure, and leakage, allowing operators to spot issues in real-time and take corrective actions quickly.
➟ Remote Management: The system supports cloud-based access for remote monitoring and smart maintenance, reducing reliance on on-site personnel and increasing operational efficiency, particularly for edge and remote computing scenarios.
➟ Fault Alerts and Intelligent Analytics: The system provides real-time alerts for abnormalities and faults, helping maintenance staff respond promptly. It ensures the reliability of the system and can operate with minimal on-site supervision.
5. Safe and Reliable
➟ Safety Monitoring: The system includes features such as liquid leakage detection, electrical insulation monitoring, and cooling fluid resistivity monitoring to ensure safe and stable operation at all times.
Conclusion
Gottogpower’s Containerized Liquid Cooling Solution offers a high-efficiency, flexible, and scalable approach to meet the growing demands of high-density computing data centers. By integrating advanced cooling technology, modular design, and green energy-saving capabilities, this solution solves the cooling bottleneck and provides significant energy savings, all while maintaining high reliability and safety standards. Its quick deployment, ease of expansion, and remote monitoring features make it the ideal choice for modern data center construction, particularly for those seeking energy efficiency, flexibility, and rapid deployment.
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