Liquid cooled immersion load bank is an advanced heat dissipation technology solution, especially suitable for scenarios with extremely high heat dissipation requirements such as high-density computing, artificial intelligence training, blockchain mining, and hyperscale data centers. Unlike traditional air cooling or indirect liquid cooling, immersion liquid cooling technology directly immerses servers, GPUs or other electronic devices in insulating coolant with high thermal conductivity, and achieves efficient heat transfer and heat dissipation through direct contact between liquid and heat-generating components.
Core Features:
1.Efficient heat dissipation: The coolant directly contacts the heating element, and the heat conduction efficiency is much higher than air cooling, which can quickly take away a lot of heat and ensure the stable operation of the equipment in a low-temperature environment.
2.Energy saving and environmental protection: The immersion liquid cooling system does not require fans or complex air duct design, significantly reducing energy consumption and noise pollution, which is suitable for environments with high requirements for silence.
3.High-density deployment: Due to the efficient heat dissipation ability of the coolant, the equipment can be arranged more closely, greatly improving the space utilization of the rack, which is suitable for high-density computing scenarios.
4.Extend equipment life: The stable low-temperature operating environment reduces the loss of equipment caused by overheating and extends the service life of the hardware.
5.Modular design: The immersion load bank usually adopts a modular design, which is easy to expand and maintain, and can flexibly adapt to the needs of data centers of different sizes.
Detailed photos:
Product Parameters:
| Rated power |
50kW *2 |
| Rated voltage |
AC380V |
| Cooling medium |
fluorinated liquid, purified water |
| Water flow |
80m3/H |
| Design pressure |
0.2MPa |
| Cooling interface |
DN65 |
| Dimension |
486*252*220mm (width*depth*height) |
Application scenarios:
1. High-performance computing (HPC): used in scenarios such as supercomputers and scientific research computing that require processing large amounts of data.
2. Artificial intelligence and machine learning: supports efficient heat dissipation of GPU clusters to meet the high-load requirements of AI training and reasoning.
3. Blockchain and cryptocurrency mining: provides stable and reliable heat dissipation solutions for high-power mining equipment.
4. Edge computing: achieves efficient heat dissipation in edge nodes with limited space to ensure stable operation of the equipment.
Future Trends:
As data centers continue to increase their requirements for energy efficiency and computing density, liquid cooled immersion load banks, as a revolutionary cooling technology, are becoming the mainstream choice in the industry.
It not only meets the cooling needs of current high-power equipment, but also provides reliable cooling guarantees for future higher-performance computing equipment, helping enterprises achieve green and low-carbon data center operations.
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