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Description
4.4kW Canadian Solar Power System with Goodwe 5kW Inverter and 5kWh Alpha ESS Battery
For households in Adelaide and South Australia with high daytime electricity consumption, the 4.4kW Canadian Solar Power System paired with a Goodwe 5kW Single Phase Inverter and 5kWh Alpha ESS Battery provides an efficient and cost-effective solution to reduce electricity bills and maximise solar savings. This setup is perfect for medium-sized homes that want to increase solar self-consumption and store excess energy for use in the evening.
Canadian Solar 440W Panels are designed for high efficiency and reliable performance, even in low-light conditions. These panels optimise energy production and are perfectly suited to South Australia’s sunny climate, offering consistent power generation throughout the year.
The Goodwe 5kW Single Phase Inverter seamlessly converts the DC electricity generated by your solar panels into AC power, which is ready for use in your home. This inverter works efficiently with the Alpha ESS B3 Battery, ensuring that any excess solar energy is stored during the day for night-time use.
The 5kWh Alpha ESS Battery allows you to store unused solar energy produced during the day, helping you reduce your reliance on expensive grid electricity in the evenings. By storing solar energy when it’s available and using it when grid rates are highest, you can cut your electricity costs significantly.
Expert Installation by Rite Price Solar
At Rite Price Solar, we focus on delivering high-quality solar installations that are tailored to optimise your energy savings. Our 4.4kW Canadian Solar Power System with Goodwe Inverter and Alpha ESS Battery is installed with precision to match your energy usage, ensuring reliable performance and long-term savings.
- Custom Solar Solutions: Every system is tailored to your home’s energy needs, ensuring maximum performance and cost savings from your solar investment.
- Professional Installation: Our experienced CEC-accredited installers ensure a seamless, professional installation process so your system is up and running smoothly.
- Local Expertise in Adelaide: With extensive knowledge of Adelaide’s energy market and conditions, we know how to maximise solar output and make the most of South Australia’s abundant sunshine.
Discover Your Potential Savings
Want to know how much you could save with a solar system? Use our AI Home Energy Analyser for a detailed, personalised recommendation on how much you could save based on your unique energy consumption.
Click here to try our AI Home Energy Analyser and find out your potential solar savings today.
General Energy Savings Analysis
Solar Savings with a 4.4kW Solar System and 5kWh Alpha ESS B3 Battery
A 4.4kW Solar Power System paired with a 5kWh Alpha ESS Battery is an excellent choice for households with high daytime energy consumption. Below is a savings analysis for a home with 16kWh daily energy usage, where a large portion of energy is consumed during the day.
To get a more accurate estimate tailored to your usage, use our AI Home Energy Analyser for personalised recommendations.
1. Without Solar: 100% Grid Electricity Costs
- Daily Energy Usage: 16kWh/day
- Cost per Day: 16kWh x $0.40 = $6.40/day
- Annual Grid Electricity Cost: $6.40/day x 365 = $2,336/year
2. With a 4.4kW Solar Power System and 5kWh Battery
- Average Daily Solar Generation: A 4.4kW system generates approximately 18.5kWh/day on average in Adelaide.
- High Daytime Self-Consumption (50%): For homes with high daytime consumption, around 50% of their daily energy use will be directly powered by solar energy during the day. This equals 8kWh/day of direct solar consumption.
- Excess Energy Stored in Battery: The 5kWh Alpha ESS battery will store 5kWh/day of excess solar energy for evening use.
Savings from Self-Consumption and Battery Storage:
- Daytime Usage Covered by Solar: 8kWh x $0.40 = $3.20/day
- Battery Use at Night (5kWh): 5kWh x $0.40 = $2.00/day
- Grid Reliance (Evening, if needed): Any remaining energy needed at night will come from the grid. Assuming 3kWh is drawn from the grid, this costs 3kWh x $0.40 = $1.20/day.
Total Daily Savings:
- Savings from Solar and Battery Usage: $3.20/day (daytime) + $2.00/day (battery) = $5.20/day
- Total Grid Cost with Solar and Battery: $1.20/day (remaining grid usage)
- Net Daily Cost: The savings of $5.20/day from solar and battery use reduce your original grid cost from $6.40/day to just $1.20/day.
Total Annual Savings:
- Total Annual Savings from Solar and Battery: $5.20/day x 365 = $1,898/year
- Remaining Annual Grid Costs: $1.20/day x 365 = $438/year
- Net Annual Benefit: The original grid cost of $2,336/year is reduced to just $438/year, providing an annual saving of $1,898.
Additional Earnings from Feed-In Tariff:
- Excess Solar Exported to Grid: On days when the battery is full and excess solar energy is generated, the excess can be exported to the grid at a rate of $0.05 per kWh.
- Assumed Excess Exported: 5kWh/day (assuming that much excess solar is available after battery storage and self-consumption).
- 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 from Solar and Battery: $1,898/year
- Feed-In Earnings: $91.25/year
- Total Annual Benefit: $1,989.25/year
Get a Personalised Estimate with the AI Home Energy Analyser
While this analysis provides a general overview of potential savings, your actual savings will depend on your specific energy consumption patterns. To get the most accurate and tailored estimate of your solar savings, use our AI Home Energy Analyser.
This tool gives you personalised insights into how much you could save by installing solar, based on your unique energy needs.
Click here to use our AI Home Energy Analyser and find out your potential savings today.
