A 6.6kW solar system is a popular solar system in Australia. It can provide enough power to a small home. The system can be installed on a roof or in a garden, and it is easy to use. It is an appropriate solar system for small houses. The comparatively low price makes it an economical choice for many people.
The exact quantity of solar panels required for your 6kW system may vary depending on the solar panel wattage you decide to use. A 6.6kW solar panel's power output typically ranges from 370 watts to 415 watts at high efficiency.
For example, if you want to install 370-watt solar panels, 18 panels are sufficient for a 6.6 kW system. If you are going to use a higher capacity panel such as 415 watts you will need 16.
A market review shows that high-efficiency panels tend to be relatively expensive. So if you have enough space on your roof, you may benefit from installing low-efficiency panels.
For a 6kW solar system installation, generally, a panel is around 1.8 meters by 1 meter. And about 29 square meters of rooftops are required for the system (or a bit more than 32 square meters for 6.6kW). Here is a rough estimate of the area that 6kW takes up based on 370-watt panels.
The direction and angle of your roof are just two of the numerous variables that affect how much electricity your solar panels generate. The most crucial factor is your location's level of sunshine; for instance, a 5kW system in Darwin, NT generates around 30% more electricity annually than one in Sydney, NSW. Having said that, solar energy is a viable option for anyone outside of the north. The largest factor affecting your solar savings is how much electricity costs where you live.
CITY | AVERAGE DAILY KWH | AVERAGE MONTHLY KWH | AVERAGE ANNUAL KWH |
Adelaide, SA | 21 | 630 | 7,560 |
Brisbane, QLD | 22 | 660 | 7,920 |
Canberra, ACT | 21 | 630 | 7,560 |
Darwin, NT | 25 | 750 | 9000 |
Hobart | 18 | 540 | 6,480 |
Melbourne | 19 | 570 | 6,840 |
Sydney, NSW | 20 | 600 | 7,200 |
Perth, WA | 23 | 690 | 8,280 |
This system can run both micro-inverters and string inverters. The 5kW micro inverter-based system is now one of our most popular options for typical electricity consumers and is a significant home solar system.
5,390 watts of direct current (DC) power are generated.
In NSW produces between 600 and 700 kWh (kilowatt hours) of AC (alternating current) power monthly and needs up to 299 square feet of space.
reduces utility bills by up to 90% and can offset 40 to 90 percent of monthly power usage.
greatest power when the sun is directly overhead and pointing north.
consists of 13 microinverters, racking and attachments, 13 solar panels of 415watts capacity, and system monitoring.
If you have any questions or need help, feel free to contact with our team.
info@hybridpowersolar.com.au
72 Canterbury Rd Bankstown NSW 2200, Australia
Level 5,1 Bowes Place, Phillip ACT-2606, Australia
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