Home solar systems are classified into two types. The most prevalent is a Grid-Tie system, which provides power to your home while also connecting to the power company's grid. In this situation, your Residential Solar Solutions In Lebanon generates electricity when the sun shines and returns any unused electricity to the power supplier for distribution to other clients. In most cases, the power provider will credit you with the average cost for the electricity you generate. Obviously, when the sun is not shining, your home will draw power from Best Solar Panels In Lebanon. Ideally, over the course of a year, the quantity of electricity consumed will match the amount of electricity generated, and your energy bill is going to be zero.

The other sort of system is a stand-alone system that generates electricity and stores it in batteries but needs just some Solar System Maintenance Lebanon. This is often used for households in places where there is no electrical supply. This is more difficult to plan since you must account for all power demands, even if there is no sun or when the sun is low in the sky in winter. Most of the parts of these two categories are the same and will be examined further below.

The electricity is generated by solar panels

Solar Energy Storage generate electricity based on the quantity of energy they get from the sun. Peak power is obtained when the sun is high up and shining directly on the panels; when shaded or the light is low in the sky, the panel produces substantially less. When connected to your system, most panels of Solar Companies In Lebanon are designed to provide a maximum of 14-16 volts, even though the panel can operate at 12 volts. The wattage output is determined by the dimension of the panel and the effectiveness of the solar cells, however household panels are typically designed to provide 100-200 watts.

The Solar Power Lebanon is then joined in an array to generate more power and run the system at a greater voltage. There are two choices for connecting the panels. In a series circuit, current must pass through one panel before reaching the next. The first panel's positive connector is linked to the second panel's negative connector. In a parallel circuit, current travels straight from Solar System Lebanon to the main junction, and each panel's negative and positive connectors are connected to the main junction through wires.

A Solar Energy Lebanon system generates low voltage direct current (DC), but most house electrical needs are for high voltage current (AC). To accomplish this process, the inverter employs a transformer to boost the voltage. A transformer increases voltage by using electromagnetic induction principles. It is basically an iron core with two wire windings that transform it become an electromagnet. As there are more twists of wire on the opposite side of the core, the magnetic field difference causes the voltage to rise.

The subsequent task is to switch to alternating current, which is not as simple. The electric charge in alternating current rapidly changes direction in the shape of a sine wave.