A Solar Generator is a term for a device that can convert solar energy from the sun into electrical AC power. Most Solar Generators use one or more solar panels to generate DC electrical power. The DC electricity is then converted to AC electricity with an AC power inverter.Continue reading What is a Solar Generator & How Does it Work?
Note: The original design of this solar generator used a 2,000 watt inverter. We have upgraded it to the new 3,000 watt model in the latest version along with several other improvements. Before you build the solar generator following our plans, be sure to watch the new intro and updates video below for the changes!
Solar Generators (also called Solar Powered Generators) are extremely useful tools. I started looking into some of the largest portable solar generator units on the market because the idea of a completely silent generator that can run large power loads while never needing gasoline is a really cool concept. Whether you want to run a portable table saw, or go tailgating / camping where the noise of a standard generator would be irritating, these solar generators are really handy.
I soon realized I could build my own — getting to pick the components that best match my needs, and even better save approximately half the cost vs buying a manufactured solar generator. This post will show you step-by-step how to build your own weatherproof indoor/ outdoor diy solar generator!
Solar Generator Build – Quick Links
Part 1 – Component Overview – (current step)
Part 2 – Component Testing
Part 3 – Mounting Internal & External Components
Part 4 – Wiring the Solar Generator
Part 5 – Plexiglass Cover & Design Updates
Part 6 – Solar Panel & Battery Bank Expansion
After seeing what was available, I found myself wanting to design my own solar generator for many reasons. For one it will be a lot cheaper. Second, I can add several features I wanted to add that are not in to the manufactured units. Finally, because it will be an enjoyable project!
By building your own, you will learn all about small off-grid solar setups, and also be able to fix the individual components if you ever have problems with it down the road. You can also easily modify the plans to build a permanent style off grid solar power setup for a cabin or camper.
The finished large solar generator featured in our DIY How To Build a Solar Generator series. If you are getting ready to follow our video tutorial and build your own solar generator, make sure you watch this video first so you know about the design updates!
In the video below we go over the solar generator features, solar panel kit specs, and our DIY battery bank expansion units. In addition, we show how to upgrade / improve several aspects of the original design including a higher power AC power inverter (3,000 watt continuous, 6,000 watt peak), fully waterproof external switches, mounting improvements, and a better way to store accessories inside the solar generator main case.
We purchased an ’86 Travel Villa 29′ fifth wheel camper as an inexpensive means to travel out west with our dogs. The camper is an older model, but it has served us well. After building the solar generator, I have found that I always want to bring it with us when we travel as we typically boon-dock without hookups.
I have decided I would like to add a dedicated solar power system to the camper. This way the camper will always be ready to go, and the dedicated solar panels will also keep the camper’s existing deep-cycle battery topped off when not in use.
This is an update to our DIY How To series on How to Build a Large Solar Generator. In this follow up post, I will show you how we can use the quick connects designed into our solar generator to expand both the solar charging capacity, as well as the battery bank for increased run times.
A lot of the feedback was asking how to expand the solar generator to an even bigger capacity system. When I designed the base unit, I wanted it to be very easily expandable using quick connects. There are two areas where we can easily do that with our system:
In this update to our DIY Solar Generator how-to series, I am going to show you how to build an acrylic Plexiglass cover for the inside of the solar generator, so that we can store things like jumper cables inside the case without worry about shorting out or damaging any of our wiring connections. I will also show you some updates and improvements that I have made since the original videos, including a way to automatically disconnect the solar charger from the battery when the solar panels are unplugged. This will keep the solar charger from slowly running down the battery while in storage, without having to remember to turn on or off a disconnect switch. I will also show you a better solution I have found for the solar cable wire including heavier gauge cable, for less cost, and a built in cord wrap.
This is the fourth part in our series on how to build your own large solar generator. In this part we will be completing the wiring for the generator, including the solar charge controller, AC inverter, LED work lights, and USB outlets.
This is the third part in our project series How To Build a Solar Generator. In this part, we will be mounting all of the components into our case, as well as some of the preliminary wiring.
An age old argument against turning the thermostat down overnight or while you are away is that it just causes your furnace or AC to have to work harder to catch back up, and therefore negates any savings. But is this true?
We recently moved into a new house, which has quite a few windows. We also have had a very warm June and early July. As a result our house has been pretty warm and uncomfortable lately. Especially since I prefer to use the AC as little as possible… usually meaning none!
I am a big fan of upgrades that will reduce our energy footprint, and especially ones that have a lasting effect of several years or more. I began researching window films that I could install myself, and eventually decided to give the Gila Heat Control Residential Window Film a try. It is available on Amazon, in several sized and varieties. I opted for the 36″ x 100′ foot roll in the Platinum color. The manufacture claims an impressive reduction in cooling costs of up to 50%. They also state it rejects up to 99% of UV, and 67% of glare. I also found that the vast majority of customer reviews were very pleased with it, some stating that it has held up well even after 10+ years of use.