When the load decreases, the fan speed is reduced accordingly, and the energy consumption changes linearly with the temperature, achieving a balance between energy saving and heat dissipation.
Data centers need to reserve sufficient physical space so that large-scale modifications are not required when adding data center server cabinets in the future.
Modular data centers, which highly integrate racks, cooling, power distribution, monitoring, cabling, and even fire protection systems into standardized units, reconstruct data center architecture with a "plug-and-play" prefabricated concept.
In the sophisticated ecosystem of modern data centers, data center server cabinets are far more than simple equipment racks; they are essentially the "digital skeleton" that supports core computing assets.
Uneven temperature distribution within the cabinet can lead to local hot spots, which can cause performance degradation or hardware failure.
By arranging temperature sensors, pressure sensors and flow meters in the cold air channel, a three-dimensional thermal environment monitoring network can be constructed.
