High-Efficiency Medium Immersion Enclosure for Data Centers
Overview of the Medium Immersion Enclosure
Introducing the first immersion enclosure in the industry built for maximum adaptability. The Medium Immersion Enclosure effortlessly supports standard servers, specialized systems, and DC-MHS platforms, such as M-FLW, M-DNO, and M-SDNO servers, enabling them to perform at their peak. With an impressive 650mm immersion depth, the enclosure optimizes heat dissipation, delivering a highly efficient 61-70 kW of cooling power (3.6-4 kW per 1RU). This results in exceptional power density for your data center.
Designed to grow with your requirements, the enclosure provides outstanding scalability, offering up to 183-210 kW of heat dissipation and an extraordinary 254 kW to 2871 kW of power density per square meter. Maintain your existing data center configuration with its standard 600x1200 IT rack dimensions. The system can be deployed in single, dual, or triple-level setups for enhanced space optimization, and it accommodates a wide variety of server types – standard servers, specialized systems, and DC-MHS platforms – all within one versatile enclosure.
Server Immersion Key Features:
- Innovative, High-Density Immersion Cooling System: Designed for standard 19” servers, ideal for AI-driven data centers.
- First Standard Immersion Enclosure: Compatible with both 19” and 21” servers.
- Rack-Based Immersion System: Maintains standard server rack dimensions for seamless integration.
- Efficient Heat Transfer: 20 rack units per enclosure with a heat transfer capacity of up to 70 kW (3.5 kW per rack unit).
- Superior Performance and Space Efficiency: Offers 3x the server capacity and up to 4.5x the power density per square meter compared to traditional cooling solutions.
- Enhanced Heat Exchange Capacity: Over 2x higher capacity with twice as many servers per immersion rack.
- High Heat Transfer Performance: Up to 3x more efficient heat transfer per rack unit.
- User-Friendly Maintenance: Provides easy access to redundant pumps and the heat exchanger compartment.