Coolant Distribution Units(CDU) for Data Center Cooling
Ensure optimal performance and reliability with our CDU (Coolant Distribution Units) Data Center Cooling Systems. Engineered for high-demand environments, our CDU solutions deliver precise cooling across your data center, enhancing efficiency while minimizing energy consumption. Whether you’re managing a small facility or scaling up to a large enterprise operation, our systems are designed to meet a wide range of cooling capacities, from 400kW to 2MW and beyond.
400KW Coolant Distribution Unit
Data center server and mining general purpose
Military-grade reliability
1. Dual pump/dual power supply redundant design 2. Power failure memory + automatic start, support 7*24 hours stable operation
Smart protection
Equipped with dual pressure protection; automatic pressure relief; automatic pump frequency conversion; leakage monitoring; undervoltage monitoring; heat exchanger blockage detection; power-off memory; automatic power-on upon incoming call; remote monitoring system
All-round adaptability
1.200~2000KW configuration options 2.Support crypto miner and various models of liquid cooling servers
Strong technology and accumulation
Perfect quality service system
Self-developed software system
Up to 11 intelligent monitoring and control functions, data can be synchronized locally, on the web, and on the app in real time
Top-quality components
Collaborate with top suppliers in various fields worldwide to provide quality assurance from the source. Building a high-quality Bitcoin mining system
Professional technical team
Numerous structural, hardware, software engineers, and liquid cooling experts provide round the clock service, professional advice, technical guidance, and after-sales service
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Product Type |
200KW CDU |
400KW CDU |
800KW CDU |
1400KW CDU |
2000KW CDU |
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Application Scenario |
General data center (cpu/gpu server) edge computing node/industrial laser/energy storage system |
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Heat exchange |
200KW |
400KW |
800KW |
1400KW |
2000KW |
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Primary side temperature |
35/45℃ |
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Primary side flow |
20m3 / s |
40m3 / s |
80m3 / s |
130m3 / s |
200m3 / s |
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Secondary side temperature |
40/50℃ |
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Secondary side flow |
20m3 / s |
40m3 / s |
80m3 / s |
130m3 / s |
200m3 / s |
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Secondary side liquid type |
Deionized water/pure water/distilled water/antifreeze |
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Size |
600*1200*2000MM |
750*1200*2000MM |
900*1200*2000MM |
1200*1200*2000MM |
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Filtration accuracy |
Primary side300μm/Secondary side100μm |
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FAQ Aabout Coolant Distribution Units
What is a Coolant Distribution Unit (CDU)？
A Liquid Cooling Distribution Unit is designed to distribute coolant efficiently throughout a data center’s cooling infrastructure. It works by circulating coolant around servers and IT equipment to absorb heat, helping to maintain optimal temperatures. This solution is essential for improving the overall cooling efficiency in data centers.
How do Coolant Distribution Units (CDUs) improve energy efficiency in data centers?
Coolant Distribution Units (CDUs) play a critical role in reducing the energy usage of a data center by efficiently distributing coolant to heat-sensitive equipment. By maintaining precise temperature control, CDUs help lower energy consumption, thus contributing to more cost-effective and sustainable data center operations.
Why are Data Center Liquid Cooling Solutions more efficient than traditional air cooling systems?
Data center liquid cooling solutions are often more efficient than traditional air cooling systems because liquid has a higher thermal conductivity. This allows for more effective heat transfer, keeping servers and other equipment at optimal temperatures while reducing energy consumption compared to air-based cooling methods.
What are the benefits of using Coolant Distribution Units (CDUs) in data center cooling systems?
Coolant Distribution Units (CDUs) ensure that coolant is evenly distributed throughout the cooling system, which improves heat dissipation and cooling effectiveness. This results in a more reliable and efficient data center liquid cooling solution, reducing the risk of overheating and enhancing the lifespan of critical infrastructure.
