Determining the size of your solar energy system starts with a simple question: How Many Solar Panels Does it Take to Power a Home?
Australia is one of the top most countries in terms of solar energy because of its exceptional geographical features.
That’s the reason why Aussies are going for this eco-friendly energy expedition.
As most people want to produce sufficient energy to fully eliminate their electricity bill, the first step is determining what size solar system will produce enough power to meet your household consumption levels.
Eventually, you will be calculating how many kilowatt-hours of power you will need and finding the correct system size and number of solar panels to power your house.
Here, in this blog, we’ll discuss how many solar panels it takes to power a home & which are the best solar panels systems, 5kW, 6.6kW, or a 10kW Solar System. Let’s check out all the details…
Determining the Number of Panels
Solar Panels have been successful as a clean energy source thanks to their modular design.
You can purchase just the right number of panels according to your home needs, instead of having to choose between predetermined system sizes.
Well, to size a solar system correctly, the best advice is getting in touch with an experienced solar contractor.
Solar installers consider the following factors to calculate the number of panels needed:
- Local sunshine – How much power a solar panel produces depends on the sunlight it receives. So, fewer panels will also generate optimum KWs if it receives unhindered sunshine throughout the day.
- Home size and energy usage – A larger residence typically needs more panels to cover its consumption. However, usage habits and the efficiency of home appliances are also important.
- Panel specifications – The Power rating of panels varies depending on the model and the manufacturer but most range between 250 watts and 330 watts.
How Many Solar Panels Do I Need to Power My Home?
If a standard household consumes about 10,400 kWh per year and we have a 250-watt solar panel, we can use the high and low panel production ratios to calculate how many solar panels are required on average.
Therefore, the typical homeowner will need 28 – 34 panels to cover 100% of energy usage (dependent on location and roof size).
Well, while lots of factors are involved in determining how many solar panels are required to power your home, this is a basic formula.
Further, to size your solar panel system, it’s important to work out how much electricity you use and when you use it.
Here are the top Solar System NSW suggestions:
#1: 10kW Solar System
A 10kW solar panels system is best suited for large or medium houses.
The 10kW Solar System is a favorable choice because of its energy efficiency.
It has 34 panels and requires extensive space. Well, the most exciting fact is its daily energy production ranges from 29 kWh to 46 kWh per day.
#2: 6.6kW Solar System
6.6kW Solar System is the perfect option for the energy requirements of a large family or small commercial space.
A 6.6kW solar system size comprise of energy-efficient 24*275 W panels producing 20-27kWh daily depending on weather conditions.
Having 24 panels, the system doesn’t require grandeur space to fit in making it the most preferred choice for average energy needs.
#3: 5kW Solar System
A 5kW Solar System is one of the most popular solar packages, nowadays, in NSW.
It is the perfect size for the typical Aussie family as it produces around 25kWh/day.
In fact, the system comprises only 17 solar panels that supply adequate energy for your daily needs ranging from 22-24 units.
Looking for the Best Solar System Installer in NSW?
Choose Top Solar Quote!
Top Solar Quote, the Best Solar Installer NSW, offers top solar system brands at an affordable price.
We are the top solar installer company in Australia because of our unbeatable cost for solar equipment.
From small to big projects, we handle all with the same standard and reliability.
Top Solar Quote solar system packages come in a variety of sizes.
So, you can choose the best according to your requirements and budget.