I say this tongue-in-cheek: Did you know we can use sunlight to generate electricity? Yes, it’s true! The energy comes from the sun & is called as solar energy, that we may use to light or charge our lights, Computers, houses etc. But how do we do this? You could also do this the modern way by using a solar panel.
And, a solar panel is a type of panel that can seize the energy from the sun. The energy is then converted to electricity, that we can use for our every day lives. However, the method of converting sunlight into electricity is not unique. For instance, micro inverters provide one of those fancy solutions in any residential project.
That is different from a common solar panel system, which uses one large inverter to convert power from all the panels at once. Each solar panel can work independently with micro inverters. That suite of abilities sounds impressive on paper, but what really sets Beam apart is that even if one of the solar panels becomes dirty or covered by leaves or whatever else, the other panels can still work. Every panel can keep on working.
Why micro inverters are effective, because they offer an array of advantages when trying to make a solar panel system work better or more effectively on your roof. In the latter case, that productivity means they could convert more of the Sun's energy into usable electricity for us. This is very helpful!
A solar panel has meant less than impressed it is dark for dirt or leaves. In a Conventional solar panels system, all panels directly connected to one inverter. This means in case one panel is shaded or unclean, it can reduce the power of all panels. That is bad because we want to keep energy up as high as it can be.
Every panel can be optimized individually using micro inverters. That means the system as a whole can generate more power. Plus if a single panel needs to be replaced or repaired, it will not generate an influence on other panels. That is a very big benefit as it avoids things from getting carried away!!
A solar panel that is shaded or dirty will not produce the amount of energy it could. All the panels are connected to one inverter in a typical system but on larger systems it can be possible that each half of the installation could have its own separate inverter. If one power panel is cloudy or soiled, it can reduce the total anteceding output of the panels. This is not ideal.