Best Practices for Commercial HVAC in Data Centers

Best Practices for Commercial HVAC in Data Centers Data centers are centralized locations where large amounts of data are processed and stored. These data solutions are essential to the corporate sector as it transitions from small- to medium-sized businesses (SMBs) to multinational corporations (MNCs). This dependency on data centers has increased tremendously as cloud computing has become integral to corporate continuity and operations.

By processing the data at the source, these auxiliary facilities offer real-time data analysis and storage that is more effective and efficient, and they lighten the pressure on centralized data centers. To do this, it is necessary for all these facilities—both central and edge data centers—to be using energy and Heating, Ventilation, and Air Conditioning (HVAC) effectively.

Listed below are few best practices for your data center’s HVAC system.

Understanding your equipment Prior to cooling your data center, it's critical to comprehend how your building's HVAC system works. HVAC systems frequently turn on and off to save energy for the entire building, but if you don't have a way of adjusting, this can have disastrous effects on the performance of your data center. The HVAC system in your home, on the other hand, can offer a practical, affordable way to cool and remove heat from a data center. It is critical to initially comprehend the advantages and drawbacks of your current system in either case.

Remove unused heat sources It costs a lot of electricity to cool data centers. This cost can be decreased, and the cooling of data centers made considerably simpler by eliminating any unused heat sources. Heat sources can include individuals, lightbulbs, baseboard heaters, plugged-in servers that are not in use, and baseboard heaters. Reduce the amount of heat from these sources to reduce energy expenditures.

Improve Underfloor Air Pressure Management Energy efficiency will be increased in data centers with raised floor plenums by making sure the raised floor system is correctly sealed and by removing pointless underfloor obstructions.

Inadequate amounts of cooled air may reach the IT equipment because of unchecked air leakage from the raised floor. Blockages and impediments beneath the floor can also prevent enough cool air from reaching the equipment. Higher HVAC supply air temperatures and more fan energy are required in these circumstances to handle the device cooling loads.

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