Systems like this allow home owners with solar power to store their excess solar they make during the day, then use it at night or during outages, etc. Then finally, with things like home solar becoming more and more popular, whole-home UPS appliances have gotten more and more common with them. You're starting to see more and more lithium ion based UPS appliances these days too. But at the core, it's still just a battery, charger, and inverter stuffed into a box like all the old UPS appliances were. So for example, my current UPS has a software suite that when power goes out, it'll automatically save documents and shut down the computer when battery runtime gets below a certain threshold. Many modern UPS appliances these days will offer a USB or network connection for things like monitoring or remote shutdown. Is there a better / more advanced solution these days? It's saved me from losing work multiple times and even better, when power does go out since I have my modem and router on a UPS, I continue to have internet for things like my phone, laptop, etc, which is extremely nice for communication and information during things like weather emergencies where outages are most common. 7 year warranties are fairly common, and 10 or 12 year aren't all that hard to find.Īll that being said, I personally still use a UPS. With modern PSUs, if it doesn't have at least a 5 year warranty, you're probably looking at literal trash no-name units. You go back a decade or two, and something like a 3 year warranty was the cream of the crop. And even when it does, modern quality PSUs tend to have more safety features in place to save themselves.Ī lot of this can be evidenced just by looking at the warranty that's normal on PSUs now. That being said, big spikes or big drops can definitely still effect things, but in many parts of the world, that's not a frequent occurrence. But now, pretty much everything can handle literally anything in that entire massive range and just deal with it. This didn't used to be the case, if you go back and look at older PSUs they generally supported more or less 1 specific voltage and frequency for their power (with a little margin of error), or they may support 2 standards with a physical switch on the back. Most PSUs now can have an input voltage ranging anywhere from 100-240v at 50-60Hz, and they'll be fine. With the advent of Active Power Factor Correction (aPFC) on PSUs that are anywhere close to remotely modern, the power cleanliness issues is much smaller than it used to be. Driver for doing so is a standing desk, w/desk mounted UPS, and the desire for 1 power cord to manage to the wall. This was frowned on heavily in the past due to safety (basically stacking extension cords). Can I run a desk mounted electrical strip (10 plugs) and plug that into the UPS? Additional query: I run a lot of gear and run out of plugs on a UPS. Question: does anyone still use a UPS on their builds? Is there a better / more advanced solution these days?Įdit: Awesome feedback so far, thank you. Since using a UPS, I went from replacing a PS every 2 years (rural area lots of dirty electricity) to maybe every 6-8 years. Secondly, and less valuable to me, important docs wouldn’t be lost due to unexpected power outages. Mostly because it conditioned the dirty power coming from the house into a steady/clean flow, ultimately saving the PC’s power supply (PS) from the fluctuating load, including brown outs. I learned 20+ years ago (through trial and error) that a UPS was a solid investment for a gaming/any-high-end PC. Pick, Assemble and Install: Video Guide.No intentionally harmful, misleading or joke advice.
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