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As energy bills rise begin to eat into your monthly budget, solar power is being adopted by more and more people who don’t want to take on an additional burden.

It’s great to go green and be an environmentalist, but be truthful, it’s when the money starts to bite that you really think about going green. You start looking for alternative ways to generate power (I am assuming that you live in a home and not a flat). You go looking at solar panels in your local shops and try to get a quote.

That’s when you find a shocking bit of info. A decent solar plant is going to cost you around $28000. OMG, you say and fold up your solar plans. But wait a minute, I say. People are just trying to rip you off! You can get your own solar plant for just $200. And you can put it all together youself over a weekend.

Interested?

Before we get to the juicy part about how to do that let me show you a few basic stuff. If you don’t want to learn the techie part, just click here and get to the real stuff.

The Complete Guide to Having Your Solar Plant at Home

If you are like me and curious about stuff, let’s take a look at solar panels. Solar energy as you know contains a number of molecules including electrons and protons. We are concerned with electrons, because that’s the key to the electric power that is being generated.
A solar plant is all about capturing electrons and isolating them using solar plates along with a photovoltaic cell.

The first stage of the process is absorbing the molecules through the solar plates. The solar plates have the ability to assemble concentrated electrons and channel them to the semiconductor plates.

Once the electrons have been gathered, we need to transport them to the battery. The electrons go through a series of filters known as the converter and semiconductor wires and plates, during this stage.
This is simple to assure that the electricity produced is composed of pure electrons.

Having protons mixed in the procedure would only cause power interruption. The protons are absorbed and disposed through an alternate exhaust, which excretes the molecules away from the battery connection.

Finally, we come to the last stage of the process. Which is to utilize electricity that is stored in the batteries. Usually, a set of 10 batteries are used to allow a large amount of electricity to be stored. At this point, what are left are pure electrons, which are considered the source for electrical power that is used by electrical gadgets and appliances.

Now, if all this sounds geeky, let me show you a manual that will clarify all these and give you step by step instructions to put together your own first solar plant.