Purpose and Process
Primary Purpose:
In data centers and high-performance computer rooms, it is critical to efficiently remove the large amounts of waste heat generated by servers to ensure the stable operation of equipment.
Heat Exchange Process:
Finned heat exchangers are used to quickly extract heat from the cooling liquid, which is then released to the outdoors through an air-cooling module.
Multi-dimensional Explanation
High-Density Design:
Utilizes microchannels and precisely arranged fins to enhance local turbulence, thereby increasing the Nusselt number and achieving extremely high heat transfer efficiency.
Modular Structure:
The heat exchanger modules can be flexibly combined to suit data centers of various scales, facilitating expansion and redundancy design.
Intelligent Monitoring:
Integrated remote monitoring systems continuously track temperature, pressure, flow rate, and fouling status, supporting predictive maintenance.
Energy Saving and Environmental Protection:
Efficient heat exchange reduces the energy consumption of the cooling liquid, and the heat recovery system reuses waste heat (for example, to drive auxiliary equipment).
Low-Noise Design:
Optimized fan and airflow channel designs reduce operational noise, ensuring a quiet environment in the data center.
