Build Your Own Solar-Powered Backup System by: Adam C for Off the Grid News
When most people think of emergency power, they usually think of gasoline, propane or diesel generators.
While generators make a lot of sense in an emergency situation, they do have some tactical downsides. First of all, most generators are relatively loud when they are running, and when coupled with a grid-down situation in which everything around happens to be very silent because the power’s out, you can see how being loud is a disadvantage. Essentially, everyone within a two-mile radius will hear your generator. Perhaps they will come inquiring as to why it is that you’re so well-prepared while they aren’t. Additionally, there is the problem of fueling that generator; you need to have adequate stores of gasoline, diesel or propane, and not only that, you need to have oil and filters to provide the necessary oil changes, which increase in frequency the more you run the generator.
Solar Power
Did you know, however, that you can devise a simple solar panel system for use during emergencies? It’s totally possible to set up a few panels in a freestanding system, coupled with a modest battery bank, so that you can generate at least some power during a grid-down situation. Although a handful of solar panels won’t generate the same amount of power as a large generator, they can still be used to power things like laptops, communications devices, and medical equipment so that you aren’t totally hung out to dry when the power goes off. Additionally, an emergency solar power system is totally silent, so no one will even know you have emergency power. Here’s how to build a simple system:
Now is your chance to support Gospel News Network.
We love helping others and believe that’s one of the reasons we are chosen as Ambassadors of the Kingdom, to serve God’s children. We look to the Greatest Commandment as our Powering force.
Select the size of solar panel you want to use
Since this is an emergency system, we aren’t talking about filling your roof with panels; what we are saying is to put together a system that uses between one and four 400 watt panels. The exact sizing of your system is beyond the scope of this article, because only you know what devices you absolutely need to power during an emergency, but sizing guides are available everywhere on line.
