Data center cooling is a critical component of data center planning and management. Although individual devices and device clusters inside a data center may have their cooling resources, cramming too much technology into a tiny space can strain these cooling systems.
Increasing the efficiency of cooling the entire facility is frequently the best approach. This is how data center cooling works. This helps to keep the building cool and regulate heat.
There are six major advantages to planning for data center cooling solutions.
- Uptime
Data centers are a key source of new equipment. Data centers are frequently overcrowded and need more space. They are also capable of operating at full capacity. This generates heat and can lead to heat buildup, impairing server performance.
Rotating equipment to keep temperatures stable without data center cooling is not commonplace. To facilitate heat dissipation, whole portions must sometimes be brought offline.
Effective cooling can fix this problem. Because heat is less likely to accumulate in the facility, cooling system efficiency improves. You may also avoid data center downtime caused by heat control.
- Equipment Durability
Because the entire data center will be cooler, the hardware components will not have to work as hard to stay cool. Cool air is drawn in to keep them cool, and there is less heat to deal with at the component level.
This minimizes the work necessary to cool fans and circulators, allowing them to last longer.
More importantly, colder temperatures lead to higher electricity efficiency. If the data center cooling can maintain the systems within the servers at a lower temperature, the efficiency of the systems will improve.
This lowers the electrical resistance, which helps delay carbon scoring and other wear causes. On numerous levels, data center cooling may help your gear last longer.
- Cable Strain
The fundamentals of cable management are widely understood. Labels and color coding can help you keep track of everything. Cables should be kept from being laid out at random. While it is well known that stress harms cables, network engineers allow far too many to exist in their systems. Cable stress management is as basic as any other job: Use the proper tools.
Horizontal and vertical hangers can be found in a variety of locations. It’s natural to think of them as a means to save money. However, this needs to be corrected. Hangers are an excellent technique to decrease cable stress and save money in the long run.
Another important factor in stress reduction is relaxation. Labor is expensive. This is why you should never run wires with kinks or rips. It makes no difference how frantic you are to do the assignment. However, the tiny effort investment required to ensure that every bend has a soft sweep is worthwhile. It’s the most fundamental thing globally but costs data centers millions of dollars annually.
- Efficiency
Enormous fans can efficiently move large volumes of air. As you can see, data center cooling relieves part of the cooling duty for the center’s equipment. On average, server fans and other cooling resources work less hard.
As a result, the data center’s electricity efficiency improves. You may minimize total power usage by transferring cooling responsibilities from less efficient systems to more efficient ones. This, paired with increased equipment lifetime, will considerably increase efficiency.
- Sustainability
Sustainability is simple to understand. Data center cooling may improve facility efficiency. This is a long-term solution. The key to sustainability is to use less energy.
However, data center cooling may provide even more in this regard.
Investing in passive and sustainable cooling systems may improve your data center’s sustainability and efficiency. These enhancements may also increase energy efficiency, resulting in a positive feedback loop.
Efficiency benefits efficiency, while sustainability benefits sustainability.
- Location
Because of its efficiency, server cooling can allow you to pack more capacity in a single location. This is due to improved cooling efficiency across the facility.
This aspect alone offers greater flexibility in server architecture. The key point is that you may raise the value of a single data center site.
It is feasible to relocate your server assets and eliminate the requirement for remote servers.
This gain can dramatically reduce long-term cooling costs and enable better and more effective scaling techniques.
