Do It Yourself Solar Panel: Install a Do It Yourself Solar Panel For Your House

If you want solar power for your house then you can put in a do it yourself solar panel without being in possession of an engineering diploma. Doing it yourself will save you a heap of money on the installation fees as well as on your monthly electricity account.

There is no differentiation between a do it yourself solar panel and a commercial solar panel. The only difference is that you buy your own solar panels and install them yourself, versus solar panels offered and installed by a solar corporation (at an outrageous price).

Solar panels (also called photovoltaic or PV panels) operate by way of a reaction between silicon and photons (sun energy.) Silicon is spliced with microscopic impurities, usually boron. When sunlight hits the silicon mix, a reaction is produced. This reaction causes a flow of electrons. This flow of electrons (also known as electrical energy) then goes to provide your home with electricity.

Nonetheless, when you place solar panels on your rooftop, you're merely employing a modest quantity of the solar energy available. By and large, solar panels are only 10 to 20% efficient. This means only about 10 to 20% of the sun's energy that strikes the panels actually gets converted into electrical energy for your usage. This efficiency is gradually improving as more research is done into solar energy applied science. Nevertheless, by adding more solar panels, you can make the needed electrical power for your home.

Solar panels cannot function on their own to produce enough electrical energy for the household. You need some additional components when you utilization a do it yourself solar panel.

The electricity from the solar panels flow in the form of direct current (DC) at a low voltage, even so most home appliances require alternating current (AC) at a higher voltage. An inverter is required to convert the DC (usually about 12 volts) to AC (110 volts or 220 volts, depending on where you reside).

No electrical energy is generated when the sunlight is not obtainable at night or on overcast days. Batteries are used to store surplus electricity during sunny days, and electric power is obtained from the batteries when the sun is not available. An additional charge controller is needed to ensure that the batteries are not overcharged or drained -- this helps to extend the battery's life expectancy.

Click here for a first-class solar energy guide that provides you with the essential background on solar energy as well as a first-rate tutorial on how to put in a do it yourself solar panel for your home.