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Choosing the Right Data Center Backup Power

Even the slightest flaw data design could prove quite expensive. We have highlighted in the piece everything you should look at in data center power distribution. About 36 percent of data center failures occur due to power failures. Considering these are where your key computer systems are located, even a small power interruption could prove devastating to your firm. You stand to lose a lot of work due to downtime, and you may also have to deal with dissatisfied customers when you cannot get their data, or they cannot reach you. Furthermore, you may lose critical data because of the crash. 36 percent is not a small number, and even if you have decent data center power distribution, it can still happen. It is virtually impossible preventing a power outage from happening. However, what you can do is get ready for one to minimize your loses. In this article, we highlight some of the key things regarding data center power distribution you should understand.

If you are not careful, you are likely to end up with too much or too little power. Don’t feel rushed when finding out how much power is needed for your backup system to ensure you don’t make costly blunders. One of the major errors that people usually make is letting their needs on the nameplate power rating on their serves dictate their decisions. In a majority of real-world cases, the servers will only consume roughly 50 percent of their CPU capacity at any given time. This implies basing your backup power computations on nameplate power ratings will only result in your spending way more than what is needed. The perfect way to go about this is to read your data center’s past power usage. Undoubtedly, you should settle for a robust solution that guarantees a little more than past maximum usage; nonetheless, you shouldn’t go over the line.
A quality backup system should have numerous in-built point of failures. Otherwise, you might risk the entire backup system failing. A smart move to do would be using power distribution units in your backup system. In this case, the possibility of your entire power system failing becomes extremely small.

Exercise caution when reviewing the equipment you choose for your backup system. You could find yourself with a system that provides much more power than what you precisely need, or even end up with one that will overwork your uninterruptible power supply (UPS). A good way to avoid tripping your UPS, ensure you check the documentation of your servers and pick something well-matched with the existing equipment. It should be the right equipment for the job.

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