City | 1kW system | 1.5kW system | 2.0kW system | 3.0kW system | 4.0kW system |
---|---|---|---|---|---|
Sydney | 3.9kWh | 5.85kWh | 7.8kWh | 11.7kWh | 15.6kWh |
Melbourne | 3.6kWh | 5.4kWh | 7.2kWh | 10.8kWh | 14.4kWh |
Brisbane | 4.2kWh | 5.4kWh | 8.4kWh | 12.6kWh | 16.8kWh |
Adelaide | 4.2kWh | 6.3kWh | 8.4kWh | 12.6kWh | 16.8kWh |
Hobart | 3.5kWh | 5.25kWh | 7.0kWh | 10.5kWh | 14.0kWh |
Perth | 4.4kWh | 6.6kWh | 8.8kWh | 13.2kWh | 17.6kWh |
Darwin | 4.4kWh | 6.6kWh | 8.8kWh | 13.2kWh | 17.6kWh |
If your solar system is producing more electricity from solar panels than you are using at that point in time, you get paid for this extra electricity which is sent into the grid.
Under a net feed-in tariff, a fee is paid for any solar energy that goes back into the grid from your house.
You need to apply to your electricity retailer / service provider to receive the feed-in tariff. When signing an agreement with your electricity retailer, you need to be informed how much you will be paid for every kW/h exported.
Facing difficulties in selecting electricity plan, ask us.
Install a CMS (Carbon Management Solutions) solar power system.
Use electrical appliances during the middle of the day.
Install energy efficient light globes, especially for down light fixtures.
Turn off lights when you leave the room.
Wash clothes in cold water.
Dry your clothes on a clothesline rather than using a dryer.
Switch off appliances at the power point.
Install high energy efficient rated appliances.
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