What are the Key Components of the Solar System?

Solar power is a viable alternative to fossil fuels. We should explore this possibility to reduce the amount of carbon dioxide we are putting into the atmosphere. Solar panels depend on solar cells to produce power. These cells turn sunlight into electricity. Read the below key components of the solar power system:

Solar Panel

The sun is a pretty powerful thing. It's the main source of energy for Earth and other planets in our solar system. The sun has an incredible amount of light, energy, and heat. That's why we need to harness the power of the sun to make it work for us here on Earth.

A common way to do this is with solar panels that collect the sun’s light and turn it into electricity.

Solar panels are made up of cells that are helpful to absorb sunlight. When they do this, they generate electrons that flow through cables to a storage device like a battery or a storage system like a power grid or fuel cell that converts them to useful electric current.

Solar Inverter

Solar inverters are the nerve center of a solar system. They convert the DC current generated by your solar panels into AC current that can be used to power your home or business. Solar inverters are made up of 3 key components, which we'll cover in detail below:

Solar mounting system

A solar mounting system is a set of mechanical equipment used for the installation, maintenance, and support of solar panels.

There are three main components in a solar mounting system: frame, tracking system and grounding. The frame provides mechanical support for the entire system. A tracking system ensures that the panels face the sun as it moves across the sky while grounding reduces interference with electronics.

Wires and cables

Solar cables are used to connect solar panels with the inverters, batteries, and other equipment that can use solar power.

Solar cables are of three types: PV wire, thick wire and thin wire. But the thickness of a wire does not refer to its size, but its thickness! PV wires have a diameter of 16mm and are strong enough to carry the weight of a car, so it's hard to break them.

Thin wires have diameters of 2mm and they're not as durable as PV wires. These wires are often used in photovoltaic systems for home applications because they're easier to install and cheap. Thick wires have diameters up to 10mm and are very flexible which makes them perfect for installations.

Switches

Solar switches are used to create a closed circuit that allows current to flow through it. Solar switches typically have a large surface area on them that is used to absorb sunlight.

You can find a reliable solar company in Australia to get a free quote for solar installation near your area.