Solar systems convert sunlight into solar power. The solar panels absorb sunlight and the solar inverter converts that power into electricity to be used in your home or exported back to the electricity grid.
So how does it work?
A solar system is comprised of two key components: the panels and the inverter.
The solar panels convert sunlight to DC (direct current) power, however your home uses AC (alternating current) power. So the inverter then converts the DC power into AC power to be used in your home.
The electricity produced by your solar system will, in the first instance, be automatically used to run your home. If you have a solar battery, any excess solar power will then be used to charge your battery, storing the energy for use later on when the sun goes down.
If you don’t have a battery (or if your battery is fully charged), your excess solar energy will be exported to the electricity grid and your power company will pay you a feed-in tariff for that electricity.
Most feed-in tariffs are lower than the rate you pay for energy, so while you can make some money from the feed-in tariff you’ll receive for exporting your solar power, most of the savings come from using the solar electricity you generate at home instead of buying energy from your power company.
Ready to go solar?
Thinking about solar? Now is the most cost effective time to add a solar battery too. For example, our mid-sized solar and battery package (including installation) could pay for itself in around 7 years*.
Designed specifically for households adding solar panels and a battery at the same time, the DC Power Co solar and battery package brings world-leading, tier 1 solar panels together with an Australian-designed battery solution in one streamlined, cost-effective package.
The package comes in a range of sizes depending on your energy needs, household set-up and budget. Plus there are financing options available so you can start saving with your solar and battery system now, and pay it off over time.