Be A Climate Hero With 9.9 kW Solar System
Our mission at Sunray Power is to provide dependable, clean energy to families. Our 9.9kW solar system is a powerful choice that can drastically lessen your reliance on the grid and result in significant cost savings. With a 9.9 kilowatt capacity, this system can generate approximately 33–40 kWh of clean electricity every day. It means that, especially when location and solar exposure are taken into account, your electricity bill will be significantly reduced. The 9.9kW system including solar inverter Australia is ideal for homes with higher than average energy usage. With this method, you can potentially offset a significant amount of your electricity demands, regardless of whether you drive an electric vehicle, have a large family, or use electric equipment frequently. A typical 9.9kW system from Sunray Power will include:- Solar Panels: Typically, 27-33 high-efficiency solar panels, ranging from 300 watts (W) to 400W each, will be used. These panels convert sunlight into usable electricity.
- Inverter: This critical component transforms the Direct Current (DC) electricity produced by the panels into Alternating Current (AC) electricity compatible with your home's appliances.
Solar Panel
- 24 X 415W Highly efficient panels
- Newly built half-cut solar panels
- Excellent performance
- 25 year warranty
Solar Inverter
- 1 X 8kW High-quality inverter
- Apps for online monitoring (optional)
- Backup support and the best warranty
- Installed with IP65 (Indoor/outdoor) use
Solar Installer
- CEC-Accredited installer
- Best-quality electrical material
- Aluminum racking system that is resistant to corrosion
- Best service and support
FAQ's
- Should I pair a 9.9kW solar system with a battery?A 9.9kW solar PV module is a great choice to pair it with a battery. You can enjoy more benefits if you have an EV vehicle or are planning to buy one.
- How much roof space do I need for a 9.9kW solar system?The precise amount of roof space needed for a 9.9 kW solar system will depend on the size and wattage of the panels. Solar panels typically have dimensions of 1.6 × 1.0 m (1.6 m2) or 1.7 x 1.0 m (1.7 m2). As a result, the following roof space will be perfect for a 9.9 solar system with 300W solar panels:52.8 m2 of roof space is equal to 1.6 × 33 300-watt panels.56.1 m2 of roof space is equal to 1.7 x 33 300 watt panels.
- How much electricity does a 9.9kW solar system generate?When installed with 27–33 panels and an 8–10 kW power inverter, a typical 9.9 kW solar system can generate up to 33–38 kWh of electricity per day. To maximize the efficiency of the panels, you can always get in touch with our expert consultants.
- Who is the ideal user of a 9.9kW solar PV module?Large 5-bedroom residential properties with more than 4 occupants or small-scale commercial projects like corporate offices with significant power consumption requirements may benefit from a 9.9 kW setup.Therefore, a 9.9 kW solar PV system could be a great option if you have high electricity needs and an average monthly expenditure of $450 to $600.
- Which is the best brand for solar panels?Sunray Solar has partnered with only the leading manufacturers in Australia. Thus, we offer only the best-quality panels so that you get the most out of your investment.
9.9 kW Solar System Installation In Australia
Over 10% of Australian homes now have solar panels installed on their roofs, demonstrating the widespread popularity of residential solar electricity. The number of 9.9 kw solar panel system that is best for a particular house depends on the electricity demands of the home or company, as well as the rates and incentives that are in place at the time of installation. In Australia, the biggest size often used for domestic purposes is 10 kilowatts (kW). A 9.9kW solar system is the perfect choice for a home with a high electricity consumption, falling between the 10kW maximum limit and the wildly popular 5kW solar systems. We offer the best solar deals NSW for our customers.9.9 kw Solar System Price Australia
According to our household solar PV pricing index, a fully installed 9.9kW solar system cost, on average, $1.04 per watt (1 kilowatt = 1000 watts). Assuming a 9kW solar panel system would cost roughly the same in dollars per watt, we arrive with an average cost of $9,353 ($1.04 x 9000 = $9,353). Get in touch with us today to get a quote on 9.9 kw solar system with battery.| City | Cost per watt |
| Brisbane | $1.05 |
| Melbourne | $0.91 |
| Perth | $1.03 |
| Adelaide | $0.87 |
| Canberra | $0.96 |
| Sydney | $0.86 |
| Hobart | $1.24 |
How Much is The Roof Space Needed For a 9.9 kw Solar Panel Installation Nsw?
Solar panels western Sydney nowadays often have ratings ranging from 330 to 400 watts (W). It means that 23–27 solar panels are needed for a 9kW solar system, or 9,000 watts. As solar panel efficiency has increased during the past ten years, this number has significantly decreased. Generally speaking, each panel is 1.7 m³. Along with exclusion zones close to the roof's edges and ridges, you also need to account for the space needed between the panels for maintenance and access. Depending on the panels you choose, a standard 9kW solar power NSW will require between 39 and 46 m2 of roof space.What is the Payback period of a 9.9 kW Solar PV module?
Various factors determine the payback period and returns for any given size of solar system. The main factors that make solar power a wonderful investment in Australia are the relatively low cost of system installation and the high cost of electricity. State-based solar feed-in tariffs used to be the primary inducement to use solar energy, but since they have been reduced, they are no longer seen as being as important when making decisions. These feed-in tariffs are currently viewed by most Australians as either minor or voluntary, meaning electricity retailers are not required to pay solar-powered households and businesses for their excess energy. Contact our solar consultants today to get a quote on the 13.3 kw solar system.What is The Estimated Energy Output Of The 9.9 Kw Solar System?
The exact power output of a 9.9 kW solar PV system will depend on several factors, just like any other solar PV system.- Climate and location
- Position and tilt of the solar panels
- If there is shading or not
- How hot the solar panels get (cooling circumstances are normally more advantageous, while overheating might lower power output)
- The size and condition of the inverter(s) in the system
- The functionality of these and other system components
| City | Average Daily Production | Estimated Annual Production |
| Adelaide | 35 kWh per day | 12,647 kWh |
| Canberra | 35 kWh per day | 12,647 kWh |
| Sydney | 33 kWh per day | 11,826 kWh |
| Perth | 38 kWh per day | 13,797 kWh |
| Brisbane | 36 kWh per day | 13,140 kWh |
| Hobart | 28 kWh per day | 10,184 kWh |
| Melbourne | 30 kWh per day | 11,005 kWh |
| Darwin | 39 kWh per day | 14,454 kWh |
- PVWatts and historical solar data from the Bureau of Meteorology were used to calculate the kWh figures.
- It is conservatively estimated that the system's overall efficiency is 75%.
- The panels are supposed to be oriented towards the north at a 30 degree tilt for the purposes of this exercise.