When a company is deciding on ideal back-up power equipment for their space, they consider many factors, such as the capabilities of the system, how much the system can grow and expand, and what equipment the system will be supporting. One of the more important aspects of this decision is also the system’s overall efficiency. If your UPS is inefficient, it can end up costing your company time and money if it is not properly designed and utilized. Let’s review the concept of efficiency for UPS equipment, ways that efficiency is measured, and how the resultant data can then be applied to make improvements and realize savings to your UPS system. Continue reading “How Energy Efficient is Your UPS System?” »
Everybody wants to find their “match.” This is true in both life and in business: finding the right job, the right partner or the right community is important to us. This is also true in the critical power world. The idea of finding the right UPS “match” for your critical power applications by looking at several main factors is very important for the application to function most efficiently and effectively. Today, we will break down the three important categories to consider when making your UPS selection. Continue reading “The Match Game: What UPS Model Best Fits Your Application?” »
For some, the thought of purchasing used equipment can feel like a poor investment, or carry unnecessary risk. Pre-owned, or “used” may make some people think of something not kept up or problematic, that another party simply wants to get rid of. Maybe something destined for the junkyard? While this imagery may be understandable, this conception is just plain wrong.
For years, data centers have used multiple high capacity UPS systems to obtain “N+1” redundancy and ensure high availability of power for their critical systems. More recently, the trend has been to use smaller modular systems that can scale with load demand. In fact, modular UPS systems are one of the fastest growing product in the 3 phase UPS industry, expecting to reach an estimated $2.5B in sales by 2020.
Using a modular UPS design can also allow for different types of scalability that you may not get from a more conventional UPS. We will explore how this set-up typically works, advantages and key considerations for a modular UPS, and show examples of some of the more common modular UPS systems in the market today. Continue reading “Modular UPS: The Building Blocks of a Critical Power System” »
You are feeling good about your negotiations with your new service provider. The discussions about your equipment have been excellent, and your rep really seems to understand your needs. You have a service contract in hand and are ready to sign.
Before you put pen to paper sealing the deal, it is very important to review your service contract carefully before moving ahead. While you think you know what your costs will be for services, you need to beware of potential “hidden costs” that can trip you up and cause headaches in the future. Here are some things to look out for when you are doing that review: Continue reading “The Hidden Costs of Your Service Provider” »
Many of us who deal with emergency back-up power are often asked to manage a number of complicated systems that require specific attention to parts, efficiency and power quality. It’s a lot to deal with, and it always helps to have some guidance for understanding the basics of these systems. Here are four main things that you need to understand about UPS systems as an overview.
By now we have examined flywheel UPS machines from several different angles: their history, how they work, and how to properly maintain them. We also need to examine the most obvious question: What considerations go into making sure a flywheel UPS actually makes sense for your business? Today we will examine some things to consider when looking to purchase a UPS system. Continue reading “When A Flywheel UPS Makes Sense” »
In the world of emergency power, your equipment is only as good as its ability to stay on when the lights go out. Most backup power comes in the form of generators or batteries and within these categories, the choices can be overwhelming in terms of size, load capacity, generator or UPS life, repair costs, etc. To make things easier, it helps to better understand what the main types of emergency power systems look like, how they operate, and what functions and applications they best serve before deciding what you need. Today we will look more closely at one of these emergency systems types, the Flywheel UPS. Let’s start with the basics.
Energy efficiency is an important factor to consider in today’s backup power infrastructure, as it’s one of the leading causes of excessive energy cost. The national average for commercial businesses energy costs is $2.29 per square foot, per year and for some facilities may be much higher. This figure is based on estimates from the U.S. Department of Energy’s Buildings Energy Data Book.
Do you know if your UPS is as energy efficient as it should be? Just because your equipment is being properly maintained and routinely serviced doesn’t mean that you have the most energy efficient system. If you aren’t sure how efficient your system is, download the Quality Power Solution Energy Savings Calculator now and find out.
Once you’ve used our Energy Savings Calculator, you may have found out that your UPS system is not as efficient as you thought. To resolve this issue, the best solution may be to invest in a more efficient, or properly sized system, which will give you the latest in energy efficient technology. Continue reading “Is Your UPS Energy Efficient? And What to Do About It” »
Power issues will disrupt the flow of energy to your mission-critical equipment, crippling your facility and the equipment it supports. So what are the nine power anomalies that you must watch out for, and how can you protect your facility from them? Continue reading “9 Power Anomalies That Every Facility Should Fear” »