Protect Your Data Before It’s Too Late
Do you have a backup battery in your home home? I did not do it for a few years, and it was a risky decision. Although I had no loss of data (fortunately), things could have been very different. NOW? I have a backup battery deployed in my home to make sure I have enough time to close things if the food is going.
Lightning power can do major damage to your home
If you have never brought out power out during an exfoliation, a transfer of files or a backup, are lucky. Myself, I am also lucky that I have never experienced this. However, this does not make the danger less real.
A power failure, or even a simple power flash, during any type of movement or major file process on your server can cause data loss or corruption. It is not a guarantee, but it can certainly happen. Traditional rotation hard drives are definitely more sensitive to this than the solid state discs, but both may be victims of data loss during a power failure.
Another thing that power is flashing can (and does it often), these are the power tips. The supply flashes and backs, causing overvoltage to your trendy devices. This can lead to premature material failures in unprotected devices because computers are designed to operate in a certain power parameter.
Brochs can also cause damage
If you have never heard of a brownout, it is essentially a fall in tension. The power is not going all the way, but the tension drops, which can do as much damage to computers as to be disabled unexpectedly.
Most modern electronic devices have integrated protection measures into the power supply to help mitigate the terminals. This is mainly protecting you, but if you live in an area that faces several consecutive brofons, there is certainly an increased risk of damage.
A backup battery can protect your home from both things
A backup battery protects against all this because it takes the weight of the flash or the power failure, and even a brown-out, instead of your servers or computers. When the power supply flashes, it strikes the battery, but your servers and other devices flow from the battery. Thus, even when the food goes out, your devices remain underway to complete data transfers, raid scrubs or any other process in progress at the time.
Backup batteries also protect against incoming overvoltage of power, as your devices are not really supplied by the wall in most cases. The power that runs your connected devices is the battery itself, and the wall supply to the wall simply loads the battery. This means that a overvoltage will hit the circuits of the emergency battery and not your sensitive computer.
This is also the same reason why a rescue battery protects against a brown-out. While the voltage on the wall can drop, the battery output voltage remains the same because it works on the battery and not on the wall.
All of this is combined to provide an all -inclusive protection solution for the electronics in your home.
Having a backup battery also gives you time to close the systems when the supply goes out
Depending on the size of the backup battery that you have in your home home and the number of devices you have connected will determine the duration of the battery duration before missing juice itself. In my homelab, I have a 9ah battery and an average of around 400 to 500 W of power. This gives me about 10 minutes or less of battery life before the load is exhausted, and it stops.
Although this may not be enough to finish an episode of my favorite television show on Plex, it’s more than enough for me to stop active data transfers and close the servers correctly if the power will be absent for a duration. I have already used the backup battery to connect remotely to my servers and trigger stop procedures on my servers so that they can properly feed instead of experiencing a hard stop.
There is software that allows you to control certain backup batteries on USB, which I look at. With the software, when a backup battery loses wall energy and begins to operate on the battery, it communicates this to the controller software. Then, when it reaches a certain percentage of load remaining, you can make it begin to send stop commands to all your devices so that they all go out before the battery is out of charge.
I directed my homelab without backup battery for years, but I played with my data in a way with which I was simply not comfortable. I had a rescue battery, but the internal battery had turned badly and had no charge.
It was not until earlier this year that I discovered that you can replace the battery at a relatively affordable price without having to buy a brand new backup battery. I quickly replaced my dead battery and I was again protecting my Homelab.
It’s really as simple as deploying a backup battery to protect your home home. If you haven’t done this yet, take it today and make sure you are ready for the inevitable flash, outrage or brownout.
