The data center industry is continuously evolving. As AR, VR, 5G, and IoT require higher data rates and speeds, these facilities must perform at their optimum. And in terms of data center performance, the best trick is to be dense (physically), fast (proper cabling) and cost-effective.
Rising costs are at all times worrying. It is estimated that the consumption of electricity in data centers costs American corporations approx $13 billion a 12 months. Among the necessary measures, an efficient power cable strategy is crucial to cut back costs and maintain efficiency.
Here are some suggestions to extend efficiency by optimizing cable management in your data center:
1) Create a virtual strategy with the assistance of DCIM
If you would like to upgrade your existing data center cabling infrastructure or develop a recent system, you must first assess the present condition of your cabling. Once you might have a radical understanding of your current data center cabling capability, you should use DCIM (Data Center Infrastructure Management) software to create your ideal cable management project.
DCIM software lets you virtualize floor maps and discover how resources are connected. It can make it easier to see the large picture and move on to implementation. For example, you should use this tool to accurately measure the space between the cupboards on the ground map and add the vertical heights of the near and much ends. It will provide your team with quick configuration measurements and save each time and resources.
2) Check the cable length
For peak data center performance, avoid using cables which can be longer than mandatory as they lead to hundreds of dollars of wasted energy annually. Facility managers are inclined to deal with the horizontal distance from one rack to a different. However, they must also bear in mind the vertical distance of the device in the cupboard from the ceiling or floor. if you might have insufficient vertical or horizontal cablesthis may reduce performance and cause significant downtime, especially when implementing any recent changes.
3) Choose your gauge fastidiously
Sometimes it is healthier to decide on cables with a bigger cross-section, because they will transfer energy more efficiently. They might be a little bit pricey, but they eliminate the necessity to change cables as you add load to your power cables. Plus, they have an inclination to run cooler and do not put extra strain on HVAC systems or cooling plans. This way, they are going to make it easier to lower your expenses in the long term.
4) Keep cables in sheath
Various materials can be found for the sheath of power cables. Therefore, you must consider where the cable is positioned, the way it is used, and what are the restrictions on the usage of certain materials in your area.
5) Use labeling and color coding
You should mark the cables that way simplifies troubleshooting, hurries up cable tracing and ensures service efficiency to avoid downtime. You can even use color coding to quickly trace power from equipment to source and eliminate duplicate power paths. This will make it easier to reduce errors and save money and time.
The suggestions above are easy guidelines, but they will make it easier to optimize your facility’s energy use. You can even reduce costs by minimizing downtime, power loss, and other common power issues.
