The idea of having Staten Island solar panels installed onto the roof of your home can sound complicated. But when you break each system down into its parts, you realize that a Staten Island solar power system is really not that complicated. While the average homeowner would never have to worry about the science behind solar power, it does help to be able to identify the component parts of a system and know what those parts do.
Before we get into the different parts of a Staten Island solar power system, we need to quickly discuss direct systems. With most systems, you will have batteries to collect the energy and draw on that energy when needed. Direct systems are simply Staten Island solar panels that tie into your home’s electrical system. It is an easy system for Staten Island solar installers to hook up, but it can be limiting because you are not collecting any power to use at a later time.
Every Staten Island solar power system uses some type of solar panel. If you are curious as to what kinds of panels are being installed on your home, you can always ask the Staten Island solar installers when they come to your house. The experts who designed your system did so using the right panels for your area.
Instead of being mounted directly to your roof or to a pole in your yard, the solar panels are put onto mounting racks. The Staten Island solar installers use those racks to put the panels in place. The racks make it easier to adjust the panels, and they can also make the panels easier to clean.
Whenever a qualified Staten Island solar power contractor does work on your solar panels, those panels have to be disconnected from your home’s electrical system. The DC disconnect is a simple way for workers to safely disconnect your panels so that they can be repaired, maintained or replaced.
A battery array is the name for the configuration of storage batteries that make sure that your home has electricity day and night. Staten Island solar panels are capable of producing electricity in clear and partially cloudy weather, but they cannot produce power at night or when the sun is complete obscured by clouds. To make sure that you always have power, the batteries collect the power the panels produce and then distribute that power when needed.
The charge controller monitors and regulates the charge that the batteries collect to make sure that there is never a system overload. It is the job of the charge controller to make sure that the batteries stop collecting electricity when they are full, and that they know to collect power when they are being drained.
While the technology that goes into a Staten Island solar power system is advanced, the components used to create that power are easy to identify. As the Staten Island solar installers are putting in your system, be sure to ask questions about the components so that you can identify issues if they arise.