30.0kW System
Say Hello to our system for large business!
30.0kW System
Say Hello to our system for large business!
Large Business
01
Solar Panels
92 x 330W Astronergy Solar Panels
02
Inverter
2 x 15.0kW Inverter
03
Support & Warranty
Local Australian Support
25 Years Panel Warranty
10 Years Inverter Warranty
25 Years Panel Warranty
10 Years Inverter Warranty
Large Business
01
Solar Panels
92 x 330W Astronergy Solar Panels
02
Inverter
2 x 15.0kW Inverter
03
Warranty
Local Australian Support
25 Years Panel Warranty
10 Years Inverter Warranty
25 Years Panel Warranty
10 Years Inverter Warranty
Not all systems perform the same, find out how this system will do on your house!
Not all systems perform the same, find out how this system will do on your house!
Estimated Performance
92 Panels
22.5° Tilt
348.0° Orientation (relative to N)
Energy Output 2
37,768 kWh / year
Greenhouse Gas Emission Reduction 3
44,189 kg CO2 / year
Electricity Savings (maximum) 4
$10,953 / year
- System efficiency is estimated by the solar installer to account for losses that may include shading, inverter efficiency for DC to AC conversion battery efficiency, cable losses, dirt, manufacturer tolerances, grid-tie system outages, maintenance downtime, and other factors.
- Energy Output is calculated based on historical solar irradiance and temperature data at this location, factoring in panel tilt, orientation, and all of the System Parameters including System Efficiency.
- Emission reduction assumes full output usage and 0.87 kg CO2 / kWh based on New South Wales average (National Greenhouse and Energy Reporting (Measurement) Determination 2008).
- Assumes full year-round utilisation of generated electricity, and will change based on usage and feed-in tariffs.
- System efficiency is estimated by the solar installer to account for losses that may include shading, inverter efficiency for DC to AC conversion battery efficiency, cable losses, dirt, manufacturer tolerances, grid-tie system outages, maintenance downtime, and other factors.
- Energy Output is calculated based on historical solar irradiance and temperature data at this location, factoring in panel tilt, orientation, and all of the System Parameters including System Efficiency.
- Emission reduction assumes full output usage and 0.87 kg CO2 / kWh based on New South Wales average (National Greenhouse and Energy Reporting (Measurement) Determination 2008).
- Assumes full year-round utilisation of generated electricity, and will change based on usage and feed-in tariffs.
- System efficiency is estimated by the solar installer to account for losses that may include shading, inverter efficiency for DC to AC conversion battery efficiency, cable losses, dirt, manufacturer tolerances, grid-tie system outages, maintenance downtime, and other factors.
- Energy Output is calculated based on historical solar irradiance and temperature data at this location, factoring in panel tilt, orientation, and all of the System Parameters including System Efficiency.
- Emission reduction assumes full output usage and 0.87 kg CO2 / kWh based on New South Wales average (National Greenhouse and Energy Reporting (Measurement) Determination 2008).
- Assumes full year-round utilisation of generated electricity, and will change based on usage and feed-in tariffs.
Innovational Half-Cell Technology
Improve the module output, decrease the risk of micro-crack, enhances the module reliability.
Reduce Shadow Loss
Improve the module output, decrease the risk of micro-crack, enhances the module reliability.
Low Light Performance
Advanced glass and cell surface textured design ensure excellent performance in low-light environment.
Excellent Weather Resilience
High salt mist and ammonia resistance certified by TUV SUD
