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Description
7.92kW JA Solar N-Type Power System with Sungrow Hybrid Inverter and 12.8kWh Battery
If you’re looking for a high-performance, reliable solar power solution in Adelaide and South Australia, the 7.92kW JA Solar N-Type Power System, paired with a 6kW Sungrow Hybrid Inverter and a 12.8kWh battery, is the perfect choice. This advanced system combines top-tier solar panel technology with efficient energy storage, ensuring you get the most out of your investment and maximise your energy savings.
JA Solar N-Type Panels are renowned worldwide for their exceptional efficiency and durability. Using cutting-edge technology, these panels capture more sunlight, producing maximum energy even in varying weather conditions, making them ideal for South Australian climates.
The Sungrow 6kW Hybrid Inverter seamlessly integrates solar power with battery storage, offering high efficiency and flexibility. It’s designed to work perfectly in Adelaide’s sunny environment, ensuring smooth operation and optimising energy use.
The 12.8kWh battery stores excess solar energy generated during the day, making it available for night-time use or during peak demand periods. This reduces your reliance on grid power and helps significantly lower your electricity bills.
Expert Installation by Rite Price Solar
At Rite Price Solar, we pride ourselves on delivering top-notch solar installations that ensure maximum return on your solar investment. With extensive industry experience, our team provides expert consultation and installation, customising each system to meet your specific energy needs.
- Customised Solar Solutions: Every system is designed with your unique roof layout, energy usage, and future growth in mind to ensure optimal performance.
- Professional Installation: Our CEC-accredited installers ensure your system is installed to the highest standards and comes with industry-leading warranties.
- Local Adelaide Experts: We understand the Adelaide energy market and know how to leverage the abundant sunshine to give you the best possible results.
To ensure your system delivers the greatest savings, we recommend starting with a personalised analysis using our AI Home Energy Analyser. This advanced tool will give you a customised recommendation on how much you can save by going solar or upgrading your current system.
Discover Your Solar Savings Potential
Explore how much you can save with our AI-powered tool and take the first step towards energy independence today!
General Energy Savings Analysis
Maximise Your Savings with a 7.92kW Solar Power System and 12.8kWh Battery.
A 7.92kW Solar Power System with a 6kW Sungrow Hybrid Inverter and 12.8kWh battery is engineered to significantly reduce your reliance on grid electricity, leading to major cost savings. Below, we break down potential savings for a home with daily energy consumption of 25-30kWh.
However, for the most accurate assessment of how much you could save, we encourage you to use our AI Home Energy Analyser to get a personalised calculation tailored to your specific usage patterns.
1. Without Solar: 100% Grid Electricity Costs
- Daily Energy Usage: 30kWh/day
- Cost per Day: 30kWh x $0.40 = $12.00/day
- Annual Grid Electricity Cost: $12.00/day x 365 = $4,380/year
2. With a 7.92kW Solar Power System and 12.8kWh Battery
- Average Daily Solar Generation: A 7.92kW system generates approximately 33.26kWh/day on average in Adelaide.
- Self-Consumption (Daytime Usage - 30%): 30% of 30kWh/day = 9kWh/day used during the day.
- Excess Energy Stored in Battery: The 12.8kWh battery stores excess energy, providing power for night-time use.
Savings from Self-Consumption and Battery Storage:
- Daytime Usage Covered by Solar: 9kWh x $0.40 = $3.60/day
- Battery Use at Night (12.8kWh): 12.8kWh x $0.40 = $5.12/day
- Grid Reliance (Evening, if needed): Any energy usage above what is stored in the battery would come from the grid. Assuming 8.2kWh is still drawn from the grid, this would cost 8.2kWh x $0.40 = $3.28/day.
Total Daily Savings:
- Savings from Solar Generation: $3.60/day (daytime) + $5.12/day (battery) = $8.72/day
- Total Grid Cost with Solar and Battery: $3.28/day (remaining grid usage)
- Net Daily Cost: $8.72 saved from solar and battery use offsets the $12/day grid cost, leaving $3.28/day in remaining costs.
Total Annual Savings:
- Total Annual Savings from Solar and Battery: $8.72/day x 365 = $3,182.80/year
- Remaining Annual Grid Costs: $3.28/day x 365 = $1,197.20/year
- Net Annual Benefit: Original grid cost of $4,380/year is reduced to just $1,197.20/year, providing an annual saving of $3,182.80.
Additional Earnings from Feed-In Tariff:
- Excess Solar Exported to Grid: On days when the battery is full and excess solar power is still generated, it will be exported to the grid at a rate of $0.05 per kWh.
- Assumed Excess Exported: 5kWh/day (assuming most excess is used by the battery).
- Feed-In Earnings: 5kWh/day x $0.05 = $0.25/day, or $91.25/year in feed-in tariff earnings.
Total Annual Benefit with Feed-In Tariff:
- Total Savings: $3,182.80/year
- Feed-In Earnings: $91.25/year
- Total Annual Benefit: $3,274.05/year
Get a Personalised Estimate with the AI Home Energy Analyser
These calculations provide an overview of the potential savings from a 7.92kW Trina Solar Power System and 12.8kWh battery, but every household’s energy usage is different. For a detailed, tailored estimate of how much you can save, we encourage you to use our AI Home Energy Analyser.
This tool is designed to provide you with precise recommendations based on your specific energy consumption patterns and the potential of your property to generate solar energy.
Click here to use our AI Home Energy Analyser and discover your personalised solar savings.
