Queensland’s regional solar owners are facing a significant reduction in the value of their exported electricity, with the Queensland Competition Authority (QCA) proposing a 29% cut to the minimum solar feed-in tariff (FiT) for the upcoming 2026-27 financial year. The draft determination, initially released on March 27, 2026, suggests a new rate of 6.153 cents per kilowatt-hour (c/kWh), down from the current 8.660 c/kWh.
Submissions on this critical draft closed on May 1, 2026, with the QCA expected to deliver its final determination by June 5, 2026. If confirmed, the reduced FiT will take effect from July 1, 2026, directly impacting residential and small business solar customers within regional Queensland’s Ergon network.
The Proposed Reduction: A Closer Look
The QCA’s draft decision outlines a substantial decrease that could alter the financial calculus for many of the state’s solar households. The current minimum FiT of 8.660 c/kWh, applicable for 2025-26, has been a key factor in the return on investment for many solar systems. The proposed 6.153 c/kWh for 2026-27 represents a notable shift in how excess solar generation is valued.
“We estimated a draft solar FiT of 6.153 c/kWh in regional Queensland for 2026–27, which is 29% lower than the current rate of 8.660 c/kWh.”
The Authority attributes this reduction to a decrease in energy costs and improved data availability from advanced digital meters (ADMs), which allow for a more precise measurement and valuation of exported solar energy. The QCA employs an ‘avoided cost’ methodology, estimating the costs retailers save by sourcing energy from solar customers instead of the National Electricity Market.
This decision primarily affects customers in regional Queensland, where the QCA sets a flat-rate FiT. In contrast, South East Queensland (Energex network) operates under market-driven rates, where individual electricity retailers determine their own feed-in tariffs.
What This Means for Queensland Solar Owners
For a typical regional Queensland household with a 6.6kW rooftop solar system, a 29% reduction in the feed-in tariff could translate to hundreds of dollars less in annual credits on their electricity bills. While the exact financial impact will vary based on individual consumption patterns and system size, the message is clear: the value of exporting surplus solar power is decreasing.
This trend reinforces the ongoing shift in solar strategy from maximising exports to prioritising self-consumption. With retail electricity prices often significantly higher than feed-in tariff rates (e.g., 30-45 c/kWh to buy, compared to 6.153 c/kWh to sell), using your own generated solar power directly is the most economical approach.
Solar owners are increasingly encouraged to:
- Shift energy-intensive appliance use to daytime hours when solar panels are generating power. This includes running washing machines, dishwashers, and pool pumps during the middle of the day.
- Invest in home battery storage to capture excess solar generation for use during peak evening periods. This strategy allows households to reduce reliance on grid power when it is most expensive. The federal government’s Cheaper Home Batteries Program continues to offer upfront discounts, though its structure saw changes from May 1, 2026, with incentives declining every six months and tiered for larger systems.
Understanding your current electricity plan and comparing it with other offerings is crucial. Many retailers now offer plans with varying FiT rates, sometimes with export caps, and it’s essential to compare the total annual cost rather than just the feed-in rate.
Navigating the Changing Solar Landscape in 2026
The QCA’s draft determination is another indicator of Australia’s evolving energy market, where the grid is adapting to a massive influx of rooftop solar. While federal incentives like the Small-scale Renewable Energy Scheme (SRES) continue to provide an upfront discount on solar panel installations nationally, the ongoing adjustments to feed-in tariffs highlight the importance of maximising self-sufficiency.
For those considering solar or looking to optimise their existing system, engaging with a Clean Energy Council (CEC) accredited installer is vital. They can provide tailored advice on system sizing, battery integration, and energy management strategies to ensure maximum savings. For guidance on selecting a reputable installer, refer to our guide: How to Choose a Solar Installer in Australia 2026: Accreditation, Warranties & Avoiding Scams.
As the final QCA determination approaches, Queensland solar owners should assess their energy consumption habits and consider strategies to mitigate the impact of lower export payments. Exploring options like smart energy management systems or battery storage can significantly enhance the long-term value of a solar investment. For more information on financing these upgrades, consider reading: Best Solar Panel & Home Battery Financing Options in Australia 2026: Loans, PPAs & Green Mortgages Explained.
The shift towards lower feed-in tariffs underscores that while solar remains a sound investment for reducing electricity bills, the focus has firmly moved to intelligent energy consumption and storage rather than relying solely on grid export income. Regional Queenslanders will be keenly awaiting the QCA’s final decision on June 5, 2026.
Comparison of QCA Minimum FiT Rates (Regional Queensland)
| Financial Year | Minimum FiT Rate (c/kWh) |
|---|---|
| 2025-26 | 8.660 |
| 2026-27 (Draft) | 6.153 |
| Proposed Change | -2.507 (-29%) |