Solar Feed-In Tariffs Australia 2026

Best solar feed-in rates by state and how to compare them

What Is a Solar Feed-In Tariff?

A solar feed-in tariff (FIT) is the rate your energy retailer pays you for excess solar electricity that your panels generate and export to the grid. FITs are measured in cents per kWh (c/kWh).

There are two types:

Typical FIT Ranges by State (2026)

StateTypical FIT Range (c/kWh)Minimum FIT
NSW5.0 – 12.0No regulated minimum
VIC0.0 – 8.0Deregulated from 1 Jul 2025 (floor $0, no minimum)
QLD (SE)5.0 – 11.0No regulated minimum
QLD (Regional)6.0 – 13.0No regulated minimum
SA5.0 – 12.0No regulated minimum
WA3.0 – 7.0Synergy buys at ~3 c/kWh
TAS5.0 – 8.0No regulated minimum

Retailers Offering the Best FITs in 2026

Generally, smaller retailers offer higher feed-in tariffs to attract solar customers:

Note: Retailers offering higher FITs may have higher usage rates or supply charges. Always compare the total annual bill, not just the FIT in isolation.

How to Maximise Your Solar Savings

Why Feed-In Tariffs Keep Falling

The mechanism behind falling FITs is simple supply and demand. Rooftop solar has grown so fast that on sunny days, solar alone can meet a large share of midday demand — pushing wholesale electricity prices toward zero or even negative at lunchtime. Retailers therefore value midday exports less, and pass that on: Victoria's regulated minimum fell from 9.9 c/kWh in 2018–19 to 3.3 c/kWh in 2024–25 and was then removed entirely from 1 July 2025. Expect the trend to continue in 2026–27, which is why self-consumption — using your own solar power instead of exporting it — is now the main way to make solar pay.

The Solar Sharer Offer: A New Way to Use Your Solar

From 1 July 2026, eligible households in NSW, South East Queensland and South Australia can opt in to the Solar Sharer Offer: three hours of free grid electricity a day (11am–2pm in NSW/QLD, 12pm–3pm in SA), capped at 24 kWh. You do not need solar panels, but if you have them, the free window effectively extends your solar hours — run the dishwasher, dryer and pool pump in that window and save your battery (if you have one) for the evening peak.

How to Choose Between a High FIT and a Cheap Plan

A retailer offering 12 c/kWh may pair it with higher usage rates, while a 5 c/kWh plan could be cheaper overall. The only reliable method: compare total estimated annual bills — including usage, supply charge and expected export credits — on Energy Made Easy or Victorian Energy Compare. As a rule of thumb, every 100 kWh you shift from grid use to self-consumption is worth roughly $25–$35 in avoided purchases in 2026, which is usually several times what you would earn exporting the same energy.

Battery Storage Economics in 2026

Batteries change the solar equation by letting you store midday generation for the evening peak, when grid electricity costs 30–45 c/kWh. A typical home battery system costs roughly $10,000–$15,000 installed, and payback estimates in 2026 commonly sit between 8 and 12 years — improving as battery prices fall and evening rates rise. The economics work best in states with high evening rates (SA, NSW, VIC) and for households that currently export most of their solar. If a battery does not stack up yet, the cheaper alternative is shifting usage into daylight hours and, where available, the Solar Sharer Offer's free window.