Australian Design Solar • Australia
The best solar energy solution is the one designed for your electricity use, roof, budget and future plans—not simply the largest solar system or the cheapest advertised package.
Compare home solar panels, commercial solar, battery storage and hybrid systems with Australian Design Solar. We help households and businesses assess equipment, installation requirements and long-term value across Sydney, Melbourne, Brisbane, Adelaide and Canberra.
Quick answer: Start with your electricity bills, roof suitability and daytime consumption. Choose a correctly sized solar array, compare inverter and panel warranties, and add a battery when your evening usage, tariff and backup goals justify the investment.
Request a tailored solar quote Explore battery storageFind your fit
Generate electricity during daylight hours and reduce the amount purchased from the grid. Best suited to properties with a usable roof and meaningful daytime demand.
Store suitable excess solar energy for later use. Consider household evening demand, battery capacity, compatible inverters and whether backup is required.
Match system size to business operating hours, interval meter data, available roof space and local network requirements. Review financial returns against business tariffs.
For most homeowners, the best starting point is residential solar installation. Businesses should compare commercial solar systems, while properties seeking greater evening self-consumption can explore solar battery solutions.
Sizing and system design
Solar panel capacity is measured in kilowatts (kW). The right size depends on how much electricity you use, when you use it, your roof layout and any future plans for electric vehicles, electric hot water or battery storage. A larger system can be worthwhile, but its additional generation is not automatically valuable if export limits or low feed-in tariffs apply.
| System size | Often considered for | Key assessment |
|---|---|---|
| 6.6kW | Many households with moderate demand | Daytime consumption, roof space and inverter sizing |
| 10kW | Larger households or growing electricity needs | Usage pattern, export limits and battery plans |
| 13kW | High-consumption homes and suitable larger roofs | Available roof area, supply and network approval |
| 20kW+ | Businesses and selected high-demand properties | Commercial load profile and electrical connection |
Explore our guides to 6.6kW solar systems, 10kW solar systems, 13kW solar systems and 20kW solar systems. These are size comparisons, not promises that a particular capacity will suit your site.
Equipment selection
Compare rated output, temperature behaviour, degradation terms, product warranty and the manufacturer’s Australian support arrangements.
Check inverter capacity, monitoring, shading requirements, warranty coverage and compatibility with any future battery plans.
Assess usable kWh capacity, power output in kW, cycling, warranty conditions, installation location and any separate backup equipment.
Battery brands and system configurations vary. Read about Sungrow battery systems, Alpha ESS batteries and Anker SOLIX X1 battery options before comparing a written quote. Brand suitability should be determined by the exact model and your installation requirements.
Solar system prices
The installed cost of a solar solution depends on panel and inverter models, system size, roof access, switchboard condition, wiring, local approvals, battery capacity and optional backup equipment. A single nationwide price cannot describe every installation.
Australian Design Solar has previously advertised selected residential solar packages from $3,999* and selected battery options from $5,999*. These are indicative promotional starting figures, not a confirmed current offer or a quotation for your property. Availability, eligibility, system inclusions and installation conditions must be confirmed before publication or purchase.
For a personalised estimate, use the quote form above or visit our solar installation quote page.
Solar generation
Electricity generation depends on solar exposure, season, orientation, shading, temperature and system losses. An estimate should be based on your property rather than a fixed national daily figure.
For illustration only, a 6.6kW array averaging 4 kWh of generation per installed kW per day would produce 26.4kWh per day (6.6 × 4). This is an arithmetic example—not a guaranteed output. Annual and monthly site-specific forecasts are more useful for assessing value.
Electricity bill savings are also affected by self-consumption, electricity tariffs, feed-in rates and network charges. For Sydney-specific generation discussion, read our 6.6kW daily output guide.
Battery storage
A battery can help shift solar electricity into evening or overnight hours. Whether it is financially attractive depends on how much excess solar energy you can charge into it, your evening demand, tariffs, system cost and any available incentives.
kW and kWh are different: a 10kW solar array describes generation capacity, while a 10kWh battery describes stored energy. Battery output power is another separate specification.
If blackout protection matters, request a quote that explicitly identifies backup capability, supported circuits, transfer behaviour and any additional equipment. A standard grid-connected solar system does not automatically supply electricity during an outage.
Use cases
Prioritise an appropriate array size, reliable monitoring, roof placement and a clear payback assessment based on your actual bill.
Review operating-hour loads, peak demand, tariff structures and export conditions before selecting a larger array.
Discuss EV charging, electrified appliances and battery expansion early so equipment compatibility is considered during design.
For an existing system, ask whether adding storage or upgrading the inverter makes more sense than replacing functional equipment. A professional inspection can help identify compatibility, safety and warranty considerations.
Incentives and compliance
Eligible Australian solar installations may benefit from the federal Small-scale Renewable Energy Scheme through Small-scale Technology Certificates (STCs). Battery incentives and state-based programs can have different eligibility rules, capacity limits and application processes, and these can change.
Do not assume every quoted system qualifies for every incentive. Ask the installer to show the incentive treatment separately and confirm the current rules with official program administrators. Network connection approval, metering and export permissions may also affect the final design.
Useful official references include Clean Energy Regulator and energy.gov.au.
How it works
Ask us to explain the assumptions behind your recommended system size rather than relying on generic savings promises.
Service areas
Australian Design Solar welcomes enquiries from Sydney, Melbourne, Brisbane, Adelaide and Canberra. Installation availability and project scope are confirmed by postcode and site requirements.
In Greater Sydney, we receive enquiries from Parramatta, Blacktown, Penrith, Liverpool, Castle Hill, Norwest and surrounding suburbs. For local context, see solar solutions in Parramatta, solar systems in Blacktown, solar installation in Penrith and solar energy in Liverpool.
Commercial sites, multi-storey buildings and properties with unusual electrical requirements may need additional design and approval checks.
Solar FAQs
The best option depends on household electricity consumption, available roof area, tariff structure and budget. A properly sized grid-connected solar system is often the starting point; storage can be assessed separately.
There is no single best size. Common residential comparisons include 6.6kW, 10kW and 13kW systems. Review annual usage, daytime demand, roof conditions and export limits.
Costs vary by equipment, capacity, site conditions and installation scope. Obtain a written, site-specific quote showing the full installed price and incentive assumptions.
They can be useful where evening electricity demand and suitable charging opportunities support the investment. Compare usable capacity, tariff savings, battery cost and warranty conditions.
Most standard grid-connected systems stop supplying electricity during an outage. Backup requires compatible equipment and a specifically designed configuration.
It depends on panel wattage. For example, 15 panels rated at 440W provide 6.6kW of nominal panel capacity.
Output varies by location and conditions. Request a site-specific monthly and annual estimate rather than relying on one daily figure.
Often yes, but inverter compatibility, available space, electrical requirements and potential extra costs should be reviewed before installation.
Review panel product and performance warranties, inverter warranties, battery warranties where applicable, and workmanship coverage. Check exclusions and Australian support arrangements.
Some installations may qualify for federal or state incentives subject to current rules and eligibility. Confirm the latest conditions with official sources and your installer.
Many businesses can consider solar where suitable roof space, electrical infrastructure and consumption patterns exist. Network requirements and export limits need assessment.
Provide a recent electricity bill, postcode, property details and future energy plans. Ask for exact equipment, forecast output, complete pricing and warranty documentation.
Start with a tailored proposal
Compare panels, inverters and batteries based on your electricity usage and installation needs. Request a clear written quote from Australian Design Solar.
Request my free solar quote Contact our team