Have you ever wondered how you could get the sun to cook your dinner, wash your laundry, or at least power the appliances that will be instrumental in these tasks? If so, you are not alone.

Converting solar energy to electricity – how it works in the nitty gritty – has been hard to understand for some, while others see it as one of the simplest tasks that even surpasses the current generation of electricity with the help of turbines.

When converting solar energy to electricity, the first step is to catch the sun’s rays. This is done with the help of photovoltaic panels. On private residences, you most likely have noticed the big, flat, black panels that have been mounted to the roof.

These panels are the ones that collect the sunlight and begin the conversion process. Although this is a somewhat simplistic explanation, it aptly illustrates the ease with which converting solar energy to electricity may be accomplished without too many adjunct operations.

Within the panels, the light is converted into electricity that is stored in a battery. The stored energy from the battery is drawn upon by the household demand for energy and thus its charge is depleted.

Over time, the battery may empty out and the home may once again need to rely on grid energy until the battery may be recharged. The more photovoltaic panels a home has installed, the more batteries can be charged and thus the less electricity has to be drawn from the grid.