Residential Solar
Roof Top Solar System In Australia
- A rooftop solar power system, often known as a rooftop PV system, is a photovoltaic (PV) system with electricity-generating solar panels installed on the roof of a residential home or building.
- Photovoltaic modules, mounting systems, cables, solar inverters, and other electrical accessories are among the different components of such a system. Rooftop mounted solar photovoltaic[pv] power plants are modest in comparison to utility-scale solar ground-mounted photovoltaic power plants with capacities in the megawatt range, making them a type of distributed generation.
- Grid-connected solar power systems account for the majority of rooftop PV installations. Rooftop PV systems on residential buildings typically range from 5 to 20 kilowatts in capacity (kW).
- Homes across Australia are creating solar change to generate a clean energy economy and add towards worldwide weather change. Residential solar systems are attractive to the need of the hour as they are the potential of residence energy making and are careful a smart asset. Apart from being economical, solar power provides profit to the surroundings. Our qualified solar consultants at Boost Solar will offer the necessary help, maintenance, and the best solar solutions for your energy use needs.
- Would you like to power your residence using the sun’s free power? It may be easier and cheaper than you believe to install residential solar panels in Sydney and New South Wales. Boost Solar Australia are the grid fix professionals, with thousands of residential installations effectively finished and a huge system of high value & expert solar installers to decide from! So if you are interested in solar power systems for homes, then call us.
Types Of Solar PV Systems in Australia
A solar PV system is made up of a mounting frame with PV modules and an inverter that converts the power from DC (direct current) to AC (alternating current), so it can be used in your home or exported back to the grid.
1. Grid-Connected Solar PV Systems[On-Grid]
This is the most common form of solar system installed in Australia. The inverter converts the electricity generated by the solar system – which is direct current (DC) – into AC electricity so that the power generated is compatible with the grid. Most houses with grid-connect solar systems use solar power first before sourcing electricity from the grid. When the panels are not producing electricity at night, electricity is supplied from the electricity grid.
2. Grid-Connect With Battery Back-Up Solar PV Systems [Hybrid Solar System]
Grid-connect PV systems with battery back-up (sometimes referred to as uninterrupted power supply or hybrid solar PV systems) are becoming increasingly popular. With solar customers in many states now receiving a low price for electricity sold back to the grid, battery back-up systems can be a viable alternative as they use the electricity stored during the day to run your house at night. They also have the advantage of being able to supply power during power outages.
3. Stand Alone PV[Off-Grid] System
Stand-alone systems or Off Grid Systems are not connected to the electricity grid and typically are installed in remote areas where there is limited connection to the grid or areas of low electricity demand. Unlike their grid-connected counterparts, these systems must have batteries or backup generation to provide supply at night. In many cases, they will also include a diesel or petrol generator to supplement the energy supply.
People Who can Assist You
Grid-connected solar PV systems:
Installers and designers need Clean Energy Council grid-connect accreditation.
Grid-connect with battery back-up solar PV systems:
Installers and designers need Clean Energy Council grid-connect accreditation with battery back-up endorsement, OR both grid-connect AND stand-alone accreditation.
Stand-alone solar PV systems:
Installers and designers need Clean Energy Council stand-alone accreditation.
Reduce Your Electricity Bills with our Rooftop Solar Plants
10 KW Solar Plant
Save up to $3200 p.a on electricity*
- Tier 1 Solar Module
- 7.5 KW Power Inverter
- 9,990w Tier 1 Panels
- High Efficiency Solar Module
- On-Grid & Hybrid Systems
6.6 KW Solar Plant
Save up to $2200 p.a on electricity*
- Tier 1 Solar Module
- 5 KW Power Inverter
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- High Efficiency Solar Module
- On-Grid & Hybrid Systems
13 KW Solar Plant
Save more on electricity
- Tier 1 Solar Module
- 13 KW Power Inverter
- 13000 w Tier 1 Panels
- High Efficiency Solar Module
- On-Grid & Hybrid Systems
*Performance figures are estimated based on CEC Guidelines and will vary from site to site.
