Hot Aisle Containment

What is a Data Center Hot Aisle Containment?

Data centers play a huge part in modern society. Thanks to the rise of the internet, data centers have become an even more important part of our lives. They store all of our personal information, from banking records to social media accounts. To keep this data safe, data centers have to be kept at a constant, stable temperature. Anything that causes a variance in this temperature is called a “hot aisle’. This can lead to equipment malfunction, a rise in ambient temperatures, or both. To contain a hot aisle, you have to have a number of factors in place. These can include: – Reducing the amount of time items spend exposed to the hot air, – Increasing the amount of air cycled through the hot aisles, and – Containment walls that are designed to restrict the movement of air.

Benefits of Hot Aisle Containment

Increased uptime – The biggest benefit of having containment walls is increased uptime. This is because the air inside the data center can be kept at a much steadier temperature than outside. With less fluctuations, components are less likely to wear out or malfunction. This results in less downtime for the entire data center. Reduced cooling costs – Cooling the data center is an expensive process. Containment walls help reduce the need to cool the data center. This reduces the overall cost of keeping the data center running. Reduced power consumption – Because data centers need to be kept at a consistent temperature, they require a lot of electricity. The more variables there are, the more electricity is required. Contensation inside a data center causes fluctuations in temperature.

Cons of Hot Aisle Containment

Increased OCC – When there are temperature fluctuations inside the data center, it leads to increased OCC (overheating) protection issues. This may cause data centers to shut down if they are unable to cool down. It also leads to increased security issues, since the data in the center is more likely to be tampered with. Increased energy consumption – The more barriers there are to contain the hot aisles, the more energy it takes to maintain the same temperature. With more barriers, it takes more energy to keep the temperature steady. Increased operational costs – Containment walls are not cheap. This can increase the cost of operating the data center, since there is more equipment needed to support them. Increased maintenance costs – Since containment walls require a lot more maintenance, this increases the cost of keeping the facility running. Increased space requirements – Containment walls require a lot of space. This becomes more of a problem as more servers are added to the facility.

Conclusion

The best way to contain hot aisle in a data center is with containment walls. They can help reduce the amount of time items are exposed to the hot air, increase the amount of air cycled through the hot aisles, and contain the movement of air. The ideal data center containment wall is durable, has a high resistance to wind and seismic forces, and is fire-resistant. If a data center is experiencing hot aisles, the solution is to install containment walls to contain the heat. They can help reduce the amount of time items are exposed to the hot air, increase the amount of air cycled through the hot aisles, and contain the movement of air. The ideal data center containment wall is durable, has a high resistance to wind and seismic forces, and is fire-resistant. If a data center is experiencing hot aisles, the solution is to install containment walls to contain the heat.

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