For Australian solar homeowners in 2026, the landscape of solar feed-in tariffs (FiTs) is dynamic, with rates varying significantly by state and retailer. While the era of uniformly high FiTs has largely concluded, opportunities exist to maximise your export revenue, with some retailers offering up to 45 cents per kilowatt-hour (c/kWh) for exported solar in specific conditions. The key to optimising your solar system’s financial return now lies in a strategic approach that combines savvy retailer choice with a strong focus on self-consumption and, increasingly, battery storage.
Understanding Solar Feed-in Tariffs in 2026
A solar feed-in tariff is the credit your electricity retailer pays you for any surplus solar electricity your rooftop system exports back to the grid. In 2026, these rates are predominantly market-driven, with most states no longer having a mandated minimum FiT. This shift means retailers set their own rates, which can fluctuate based on wholesale electricity prices, local solar supply, and competition.
Generally, you’ll encounter two main types of FiTs:
- Flat Rate FiTs: A single rate paid for every kilowatt-hour (kWh) exported, regardless of the time of day.
- Time-Varying (Time-of-Use) FiTs: Different rates apply depending on when the electricity is exported. These often offer higher rates during peak demand periods (e.g., late afternoon/evening) when grid electricity is more expensive.
Independent bodies like the Independent Pricing and Regulatory Tribunal (IPART) in NSW and the Essential Services Commission (ESC) in Victoria provide benchmark ranges to guide consumers, but retailers are not legally bound to these recommendations.
“The solar feed-in tariff benchmark for 2026-27 in NSW is lower than the 2025-26 benchmark, reflecting a fall in the estimated wholesale price of electricity when solar is exported to the grid due to increasing renewable generation.”
This highlights a crucial trend: the value of exported solar during midday peaks is generally decreasing due to high supply from rooftop solar and large-scale renewables. Therefore, using your own solar power (self-consumption) is often worth 4 to 7 times more than exporting it, as it directly offsets expensive grid electricity purchases.
Best Solar Feed-in Tariffs by State & Retailer (2026)
Here’s a breakdown of current competitive solar FiT offerings across Australia, accurate as of mid-2026. Note that rates are indicative and subject to change, often with conditions such as daily export caps or specific plan requirements. Always verify with the retailer and compare the total plan cost, not just the FiT.
| State/Territory | Regulator Benchmark (Flat Rate) | Highest Reported FiT (Retailer & Conditions) | Typical Competitive Range (c/kWh) |
|---|---|---|---|
| New South Wales | IPART: 3.4 - 6.5 c/kWh (2026-27) | Amber Electric: up to 25.27 c/kWh (wholesale-linked, variable), Energy Locals: up to 15 c/kWh | 5 - 12 c/kWh (flat), higher for time-varying |
| Victoria | ESC: No minimum from 1 July 2025 | Flow Power: up to 45 c/kWh (time-varying, March 2026) | 0 - 11 c/kWh (flat), higher for time-varying |
| Queensland (SEQ) | No regulated minimum | Origin Energy: up to 22 c/kWh (tiered, for first kWh/day) | 3 - 15 c/kWh (flat), higher for time-varying |
| Queensland (Regional) | QCA: 8.66 c/kWh (2025-26) | Ergon Energy: 8.66 c/kWh (fixed) | 8.66 c/kWh (fixed) |
| South Australia | No legislated minimum | Origin Energy: up to 22 c/kWh (likely tiered/VPP related), AGL: 10 c/kWh (with AGL battery) | 0 - 10 c/kWh (often capped/tiered) |
| Western Australia | N/A | Synergy: 10 c/kWh (peak 3-9 pm), 0-2 c/kWh (off-peak) | Varies by retailer; Synergy dominant |
| Tasmania | N/A | Aurora Energy: 8.8 c/kWh (fixed) | ~8.8 c/kWh |
| ACT | N/A | ActewAGL: 4.0 - 5.0 c/kWh | 4 - 10 c/kWh |
| Northern Territory | N/A | N/A | 9.30 - 12.1 c/kWh |
Note: ‘Highest Reported FiT’ often comes with specific conditions (e.g., daily export limits, battery requirements, or wholesale market exposure) or is time-varying. Always check the Product Disclosure Statement (PDS) or Energy Price Fact Sheet for full details.
Maximising Your Solar Export Revenue Beyond FiTs
Given the trend of lower flat FiT rates, a multi-pronged approach is essential to get the most out of your solar investment.
1. Prioritise Self-Consumption
The most effective way to save money with solar is to use the electricity you generate directly. Every kWh you consume from your panels is a kWh you don’t buy from the grid, which typically costs 30-50 c/kWh or more.
- Time Your Appliance Use: Run dishwashers, washing machines, pool pumps, and charge electric vehicles during daylight hours when your solar system is producing. This can significantly reduce your reliance on grid electricity. For more insights, refer to our guide on How Much Do Your Winter Appliances Really Cost to Run in Australia 2026? A State-by-State Guide.
- Energy Management Systems (HEMS): Consider installing a Home Energy Management System to intelligently automate appliance use and optimise solar consumption. These systems can unlock substantial savings. Learn more in Best Home Energy Management Systems (HEMS) in Australia 2026: Unlock $3,300+ Savings After Rebates.
2. Embrace Solar Batteries and Virtual Power Plants (VPPs)
Adding a home battery, such as a Tesla Powerwall, LG Chem RESU, or BYD Battery-Box, allows you to store excess solar generated during the day and use it during the evening peak, further reducing grid imports. While adding a battery typically costs $7,000 to $12,000, it significantly enhances self-consumption and opens doors to lucrative Virtual Power Plant (VPP) programs.
VPPs allow energy retailers to draw a small amount of power from your battery during grid stress events, in exchange for higher FiTs, discounted hardware, or bill credits. This innovative model can add $1,000+ annually to your solar savings. Explore the best options in our comprehensive guide: Unlock $1,000+ Annually: Best Home Battery VPP Programs in Australia 2026 Ranked.
3. Choose the Right Electricity Plan (Beyond Just FiTs)
A high FiT is only one piece of the puzzle. The overall value of your electricity plan depends on:
- Usage Rates: What you pay for electricity imported from the grid (peak, off-peak, shoulder).
- Daily Supply Charges: Fixed daily fees.
- Contract Terms: Any exit fees, benefit periods, or conditions on the FiT (e.g., export caps).
Some retailers offer attractive FiTs but compensate with higher usage or supply charges. Always compare the total estimated bill based on your actual consumption and export profile. Websites like the Commonwealth Government’s Energy Made Easy are invaluable tools for this.
For a deeper dive into overall plan comparisons, see our guide: Best Electricity Plans in Australia 2026: A Comprehensive Guide for Households to Cut Costs.
Key Considerations When Comparing Retailers
- Your Export Volume: Do you export a lot, or do you mostly self-consume? Some high FiTs have daily export caps (e.g., first 8-10 kWh), after which the rate drops significantly. If you export more than this, a plan with a slightly lower but uncapped FiT might be better.
- System Size & Inverter: Some plans have eligibility criteria based on your solar system’s inverter capacity (e.g., <10kW).
- Time-of-Use vs. Flat Rate: If your household usage patterns are flexible or you have a battery, time-varying FiTs (which pay more for evening exports) could be highly beneficial.
- Overall Bill Impact: Use comparison tools that factor in your actual usage and export to calculate the lowest total bill, rather than just chasing the highest FiT number.
- Retailer Reputation & Service: Consider customer reviews and service quality. Energy Locals, for instance, scores highly on Product Review.
Switching for a Better FiT
Switching electricity providers is straightforward and can lead to significant savings. It typically involves:
- Reviewing Your Current Bill: Understand your average daily usage and export.
- Comparing Plans: Use government comparison websites (like Energy Made Easy) or reputable private comparison services, inputting your specific postcode and usage data.
- Checking Terms & Conditions: Pay close attention to any fees, contract lengths, or FiT conditions.
- Signing Up: The new retailer handles the transfer process.
For a detailed walkthrough, consult The Ultimate Guide to Switching Electricity Providers in Australia 2026: Save on Your Home Energy Bills.
Solar System Costs and Rebates (Briefly)
While this guide focuses on FiTs, the initial investment in solar remains a crucial factor. In 2026, a standard 6.6kW solar system typically costs between $5,000 - $8,500 fully installed, with premium systems costing more. After federal Small-scale Technology Certificates (STCs) and any state-specific rebates (like Victoria’s $1,400 rebate for eligible residents), these costs are further reduced.
For an in-depth look at solar panel costs and available rebates, read Are Australian Solar Panel Prices Rising in 2026? What Homeowners Need to Know About Costs and Rebate Changes.
Bottom Line
In 2026, the strategy for maximising your solar export revenue has evolved. While some competitive FiTs reach up to 45 c/kWh (Flow Power in VIC) or 25.27 c/kWh (Amber Electric in NSW) under specific conditions, relying solely on high export rates is no longer the most effective approach. The primary recommendation is to prioritise self-consumption of your generated solar power to offset high grid electricity purchase prices, which can be 4-7 times more valuable than exporting. Complement this with strategic retailer choice that considers your overall bill, not just the FiT, and seriously investigate home battery storage and Virtual Power Plant (VPP) programs to unlock additional revenue streams and increase your energy independence. Regular review of your electricity plan against your actual usage and export data is critical to ensure you’re always on the best deal for your circumstances.