Optimizing Efficiency in Data Centers

optimizar data centers
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In the intricate fabric of contemporary technological infrastructure, data centers play a central role in the efficient operation of advanced organizations. Within this context, the implementation of precision air systems emerges as an essential practice to ensure optimal performance. Delving into the comparison between precision air systems and comfort air systems, based on information provided by NDC Solutions, we highlight the following key advantages that define the superiority of precision air systems in critical data center environments:

Definition of a Data Center

Before exploring the specific advantages of precision air systems, let us recall the essence of a data center: a vital space housing computing and telecommunications equipment. In this environment, precise management of temperature and humidity, along with fire protection, access control, and video surveillance, becomes crucial. Given the importance of data, often referred to as the “oil of the 21st century,” data center infrastructure must be managed accurately to ensure its integrity.

Heat Generated by a Data Center

Data centers generate a significant amount of heat due to the processing of IT and telecommunications equipment. Every watt of energy consumed is dissipated as heat, which, if not handled properly, can lead to equipment damage and sudden outages. This underscores the importance of precision air systems in effectively directing and managing this heat, preventing issues in applications and data loss.

Fuente: NDC Solutions

Differences Between Heat Generated by a Data Center and Human Heat It is essential to understand the distinction between “sensible heat” generated by a data center and “latent heat” produced by humans. While comfort air systems are designed to cool areas occupied by humans, precision air systems focus on the sensible heat of the data center, precisely controlling both temperature and humidity. This difference is crucial for maintaining an optimal environment for sensitive electronic equipment.

Temperature and Humidity Recommended According to ASHRAE Temperature and humidity in a data center must be maintained within certain limits recommended by ASHRAE (The American Society of Heating, Refrigerating and Air-Conditioning Engineers). According to the 2015 update, for class A1 equipment, the temperature should range between 18 ℃ and 27 ℃, with relative humidity from 15% to 60%. Precision air systems are designed to maintain these conditions accurately and consistently.

Key Differences Between Comfort Air Systems and Precision Air SystemsType of Heat:

  • Precision Air Systems: designed for “sensible heat,” minimizing the “latent heat” generated by humans. They offer a narrower range of temperature and humidity, tailored to the needs of IT equipment.
  • Comfort Air Systems: focused on “latent heat” from humans, with a broader temperature range. They cannot provide the precision required for thermal management in data centers.

Air Quantity (CFM-Cubic Feet Per Minute):

  • Precision Air Systems: operate at significantly higher CFM speeds, ensuring uniform air distribution and reducing the possibility of hotspots.
  • Comfort Air Systems: operate at lower CFM speeds, which could result in insufficient air circulation and localized temperature differences.


  • Precision Air Systems: incorporate high-efficiency filter elements to remove dust particles and protect IT equipment.
  • Comfort Air Systems: lack efficient filters, allowing the entry of dust particles that could damage electronic components.

Air Distribution Schemes:

  • Precision Air Systems: facilitate the implementation of schemes such as cold and hot aisles, optimizing efficiency in air distribution.
  • Comfort Air Systems: encounter difficulties in managing advanced schemes, which can affect cooling effectiveness.

Operation Times:

  • Precision Air Systems: designed to operate continuously, ensuring the constant availability of critical services.
  • Comfort Air Systems: limited in operation times, which could create vulnerabilities in the operation of essential services.

Control Systems:

  • Precision Air Systems: incorporate advanced controls to define temperature and humidity set points and are compatible with external systems such as DCIM and BMS.
  • Comfort Air Systems: lack advanced control and monitoring functions, limiting integration with broader management systems.

Humidity Control:

  • Precision Air Systems: maintain relative humidity within optimal ranges, avoiding both condensation and excessive dryness.
  • Comfort Air Systems: tend to constantly dehumidify, which may not be ideal for a data center environment.

Conclusions: Raising the Standard of Efficiency and Protection 

In summary, the detailed advantages of precision air systems underscore their fundamental role in the efficient operation of data centers. By adopting these systems, organizations invest in the protection and optimal performance of their critical infrastructures, raising the standard of efficiency in an increasingly demanding technological environment. Precise temperature management, uniform air distribution, effective filtration, and continuous operation are essential elements to ensure the integrity and availability of critical services at the heart of the digital era. (Berrade Alliance – NDC Solutions).



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