Components Used in Solar, Photovoltaics, and Off-grid Technology

Solar, photovoltaics and off-grid technology systems use solar panels to charge batteries that are used for power during the night or evening. These systems are also known as Stand-alone Power Systems (SAPS), and they are usually suitable for the areas that have not been connected to the grid. However, premises that have been connected to the grid can have these systems as a backup for when there is power outage in the grid. Before you decide on the installation of these systems, it is advisable that you know the various components required and talk to a solar expert about the system you need.

Solar, photovoltaic and off-grid technology systems are the best way to power your home in areas that do not have access to grid connection or if you live in a place where connecting to the grid is too expensive. Approaching a reliable solar company will ensure that you talk to system designers that will help you achieve the ideal renewable electricity solution that will work well for you. You have to understand the various components of these systems as well as their role. Solar panels are essential since it is through this that the energy from the sun is absorbed, converted into electricity and transferred to the batteries for storage of to your electrical load for direct use.

Regulators are important components for use in systems that utilize backup power solar, photovoltaic, and off-grid technology. The regulators will protect your batteries by making sure that they do not over charge. The batteries should not overcharge because any excess or extra energy produced above what you are likely to use cannot be transferred to a grid, and thus has to be regulated by making sure that the consumption is in line with the production. Batteries are essential as these will store the electricity that is generated by the solar panels. Since there are different types and sizes of batteries, you will be able to get the ones that are right for your needs.

The heart of solar savings technology is made of inverters. These convert the DC electricity that has been produced by solar panels and converts it to AC electricity that you will use to power your home. Backup is important and this is usually available in the forms of diesel generators. These can be controlled manually or they might have functions that kick in when batteries fall below a particular charge level.