Photovoltaic

Photovoltaic panel will then be constituted by more photovoltaic modules which will be mounted on the same support structure. Each photovoltaic panel will have a nominal power dictated by the number and quality of cells used, ie by the number of photovoltaic modules inside assembled and connected together electrically.

The " photovoltaic array " , hit by solar radiation , will produce electricity.

To make the most of the photovoltaic system that optimize the conversion of solar energy into electrical energy will be necessary to better orient our panels : the best orientamente in the longitudinal direction is towards the geographic south so as to benefit the greatest number of hours , while in the vertical direction will position the photovoltaic panels at an angle of inclination with respect to the horizontal plane ( ground ) , called tILT that will be optimal at around 30-33 ° . This will ensure the best angle incidence of the rays on the panels throughout the annual period. L ' angle inclination with respect to the ground ( tilt angle ) is approximately equal to the latitude of the site.

The current thus generated will be of the continuous type . To then be fed into the grid , you need a tool that transforms it from alternating current , also quantifying how many kw are produced , ie the INVERTER .

Turning the inverter electrical current produced by the photovoltaic system is fed into the electricity grid and you, the owners of the plant will begin to EARN is from 2 DIFFERENT SOURCES: - by the State through the GSE will give you a total kW each product - Enel because the current that consume for your home (or shed or ...) will be subtracted from the current that you put into the network: the result will be to RESET or almost the bill!