For Australian homeowners with solar panels, understanding feed-in tariffs (FiTs) in 2026 is no longer about chasing the highest flat rate. The landscape has fundamentally shifted: self-consumption is now paramount, and smart energy management, often involving battery storage, is key to maximising your savings. While some regional areas and specific time-of-use (TOU) windows still offer competitive rates up to 33 cents per kilowatt-hour (c/kWh), typical daytime FiTs have generally fallen to between 2-10 c/kWh across most states. This guide breaks down the current situation, state by state, and outlines actionable strategies to ensure your solar system delivers maximum financial benefit.
Current Solar Feed-in Tariffs Across Australia in 2026
Feed-in tariffs are the credits you receive for exporting excess solar energy back to the grid. These rates are no longer uniformly generous, reflecting the abundance of rooftop solar during midday hours and the grid’s increasing need for stability. Retailers, often guided by state regulators like IPART in NSW or the Essential Services Commission in Victoria (though their role has changed), now offer a complex mix of flat and time-varying tariffs, often with export caps.
“The solar feed-in tariff benchmark for 2026-27 is lower than the 2025-26 benchmark. This reflects that our estimate of the wholesale price of electricity, when solar is exported to the grid, has fallen.” – Jonathan Coppel, IPART Tribunal member
Here’s a state-by-state overview of typical FiT rates and key considerations for 2026:
| State/Territory | Typical Daytime FiT (c/kWh) | Evening/Time-Varying FiT (c/kWh) | Minimum FiT (2026) | Key Considerations |
|---|---|---|---|---|
| New South Wales | 3.4 - 6.5 | 17.2 - 19.9 (Ausgrid, Endeavour, 4-9pm); 26.6 - 33.3 (Essential Energy, 5-8pm) | None (IPART benchmark) | Strong incentive for battery storage and evening export. Some areas (Ausgrid) may have small midday export charges (~1.2c/kWh). Average electricity price ~36.73c/kWh. |
| Victoria | 1.1 - 6 (average minimum to typical) | Up to 12 (Energy Locals, 4-9pm); Up to 45 (Flow Power, conditional) | None (from July 1, 2025; effectively 0c/kWh minimum) | Deregulated market. Focus on self-consumption and time-of-use plans. Average electricity price ~29c/kWh. |
| Queensland (SE) | 3 - 10 (median to typical max) | Up to 22 (Origin Energy, conditional) | None (retailer-set) | Highly variable, often with export caps (e.g., first 8-15kWh). Average electricity price ~30c/kWh. Legacy 44c/kWh scheme ends July 1, 2028. |
| Queensland (Regional) | 8.66 (2025-26) | N/A (flat rate) | 8.66c/kWh (QCA regulated, 2025-26); Draft 6.153c/kWh for 2026-27 | Fixed rate set by QCA. Rate expected to drop for 2026-27. Legacy 44c/kWh scheme ends July 1, 2028. |
| South Australia | 2 - 5 (median to typical) | Up to 15 - 25 (battery/VPP conditional); Up to 22 (Origin Energy, conditional) | None (retailer-set) | Very low midday FiTs. Export charges (10am-4pm) from SA Power Networks beyond 9-11kWh/day. Average electricity price ~36c/kWh. Legacy 44c/kWh scheme ends June 30, 2028. |
| Western Australia | 2 - 3 (DEBS daytime) | Up to 10 (DEBS evening peak) | None (DEBS is a buyback scheme) | Export value is highly time-based. Legacy FiTs closed to new entrants. |
| Tasmania | 8.782 - 8.94 (regulated to typical high) | N/A (generally flat) | 8.782c/kWh (OTTER regulated, 2025-26) | Stable, but fewer retail options. Average electricity price ~25c/kWh. |
| ACT | 5 - 10 (median to typical) | Up to 24.6 (Amber Electric, conditional) | None (retailer-set) | Voluntary retailer tariffs. High renewable penetration puts pressure on export value. Average electricity price ~29c/kWh. |
| Northern Territory | 7 - 10 (typical) | Up to 18.66 (Super FiT, 3-9pm smart meter) | None (retailer-set) | Export limits common. Strong incentive for battery storage to leverage peak tariffs. |
Understanding the Factors Influencing Your FiT
Your actual feed-in tariff is determined by several factors beyond just your state:
- Retailer Choice: Different electricity retailers offer varying FiT rates, even within the same state. Some offer higher rates with strict caps on daily export, while others provide lower, uncapped rates.
- Time-of-Export Tariffs: Increasingly, FiTs are time-varying, rewarding exports during peak demand (late afternoon/evening) when wholesale electricity prices are higher.
- System Size Limits: Some plans offer higher FiTs but apply limits based on your solar system’s inverter capacity (e.g., 5kW or 10kW) or daily export volume.
- Network Charges: In some regions, like South Australia, network distributors (e.g., SA Power Networks) impose charges for exporting during peak solar hours, which retailers pass on, effectively lowering your FiT.
- Wholesale Electricity Prices: FiTs are fundamentally linked to the wholesale price of electricity. Increased solar generation nationally during the day drives down these prices, thus reducing export value.
Strategies to Maximise Your Solar Savings in 2026
With falling daytime FiTs, the focus has firmly shifted from exporting to self-consumption – using the power your panels generate directly in your home. Every kilowatt-hour you consume from your own solar avoids buying electricity from the grid at retail rates, which are typically 3-7 times higher than export rates.
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Prioritise Self-Consumption: Shift high-energy appliance usage to daylight hours (10 am - 3 pm) when your solar system is producing most. This includes dishwashers, washing machines, pool pumps, and air conditioning. This strategy can significantly reduce your reliance on grid electricity. For more detailed insights, read our guide: How Much Do Your Winter Appliances Really Cost to Run in Australia 2026? A State-by-State Guide.
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Invest in Battery Storage: A home battery allows you to store excess solar generated during the day and use it during the evening peak, when electricity prices are highest and FiTs for export can also be more attractive. Batteries are now a crucial tool for energy independence and bill reduction. Many state and federal rebates are available. For example, the Federal “Cheaper Home Batteries” Program, active from July 1, 2025, offers approximately $372 per usable kWh of battery capacity, translating to around $3,300 - $4,000 off a 13.5 kWh Tesla Powerwall 3. Victoria also offers a state-specific discount of up to $3,500.
Battery Model Usable Capacity Price Before Rebate (Approx. Installed) Price After Federal Rebate (Approx.) Tesla Powerwall 3 13.5 kWh A$15,000 – A$17,000 A$10,000 – A$13,000 AlphaESS SMILE5 13.3 kWh A$9,400 A$5,800 Note: Prices are indicative and vary by installer, location, and specific site requirements. Federal rebates are subject to STC deeming period changes, with reductions expected from January 2027.
Consider joining a Virtual Power Plant (VPP) program with your battery to earn additional income by allowing your battery to support the grid. Explore your options with our guide: Unlock $1,000+ Annually: Best Home Battery VPP Programs in Australia 2026 Ranked.
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Implement Smart Energy Management Systems (HEMS): HEMS can automate your home’s energy usage, directing solar power to appliances or your battery when generation is high. This ensures you’re always optimising self-consumption. Learn more: Best Home Energy Management Systems (HEMS) in Australia 2026: Unlock $3,300+ Savings After Rebates.
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Choose the Right Electricity Plan: Don’t just look for the highest FiT. Compare the overall plan, including daily supply charges and peak/off-peak usage rates. A plan with a slightly lower FiT but significantly lower usage charges may save you more. Use comparison websites to find the best plan for your consumption and export patterns. Our guide can help: Best Electricity Plans in Australia 2026: A Comprehensive Guide for Households to Cut Costs.
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Consider an Electric Vehicle (EV): Charging your EV during peak solar production hours is an excellent way to soak up excess generation, effectively turning your car into a large, mobile home battery. This can drastically reduce your EV charging costs. See our guide: Slash Your EV Home Charging Costs by 70% in Australia 2026: A Smart Guide.
Government Incentives and Rebates (2026)
Beyond the FiT, federal and state governments continue to offer incentives for solar and battery installations, reducing upfront costs and improving payback periods:
- Federal Small-scale Technology Certificates (STCs): These certificates provide an upfront discount on eligible solar PV systems. For a typical 6.6kW system in 2026, this can reduce the installation cost by approximately A$1,500 - A$2,000. The value of STCs decreases annually until the scheme ends in 2030.
- Federal “Cheaper Home Batteries” Program: As detailed above, this national rebate, launched July 1, 2025, offers approximately A$372 per usable kWh (gross) for eligible battery systems between 5kWh and 50kWh. The rebate is applied as a point-of-sale discount by accredited installers.
- State-Specific Battery Rebates:
- Victoria: The “Cheaper Home Batteries” discount provides potentially up to A$3,500 off the installed price for eligible Victorian owner-occupiers, alongside a solar panel rebate of up to A$1,400. Eligibility typically includes household income thresholds.
- New South Wales: While no direct battery rebate exists, NSW households can stack the Federal rebate with the PDRS (Peak Demand Reduction Scheme) VPP incentive, offering an additional A$550 - A$1,500 reduction for connecting to a Virtual Power Plant.
- South Australia: While SA previously had a Home Battery Scheme, the primary incentive for 2026 is the Federal Cheaper Home Batteries Program.
What to Look for When Comparing Electricity Retailers
When assessing electricity plans, look beyond just the advertised FiT. A holistic approach is essential:
- Total Cost, Not Just FiT: A high FiT might come with higher daily supply charges or expensive peak usage rates. Always compare the total estimated annual cost based on your actual consumption and export patterns.
- FiT Structure: Is it a flat rate or time-varying? Does it have export caps? Understand how these conditions align with your solar production and household usage.
- Contract Terms: Be aware of any lock-in contracts, exit fees, or conditions that might change FiT rates. Retailers must notify customers of FiT changes.
- VPP Opportunities: If you have a battery, does the retailer offer or partner with VPP programs that provide additional credits or payments for grid support?
Future Outlook for FiTs
The trend of declining daytime feed-in tariffs is expected to continue as more solar is installed across Australia, particularly in the middle of the day. This makes the economic case for solar battery storage and active energy management even stronger. Policymakers and network operators are increasingly focused on grid stability and rewarding exports that benefit the grid most – typically during evening peaks. This means time-of-use tariffs and VPP participation will become increasingly important for maximising solar savings.
Bottom Line
In 2026, the era of relying solely on high solar feed-in tariffs for significant savings is over. To maximise the financial benefits of your Australian solar system, prioritise self-consumption above all else. This means strategically using your solar power as it’s generated, considering a home battery to store excess for evening use, and actively choosing electricity plans that reward smart energy management. By combining these strategies with available federal and state rebates, Australian households can continue to significantly reduce their energy bills and contribute to a cleaner energy future.