Table of Contents
| Section |
| What Is a Solar Feed-In Tariff? |
| How Feed-In Tariffs Work in Victoria |
| The History of Victorian Feed-In Tariffs (and Why Rates Have Fallen) |
| Current Feed-In Tariff Rates in Victoria 2026 |
| How to Compare Feed-In Tariff Rates in Victoria |
| Flat Rate vs Time-Varying Feed-In Tariffs Which Is Better? |
| How Your Self-Consumption Rate Affects What the FiT Actually Matters |
| Feed-In Tariffs vs Battery Storage the Real Trade-Off |
| Tips to Maximise Your Feed-In Tariff Earnings in Pakenham |
| EcoRun Energy Solar Panel Installers Pakenham |
| FAQ Solar Feed-In Tariffs in Victoria |
When Victorian homeowners first started going solar in the early 2010s, the feed-in tariff was genuinely exciting. Sixty cents per kilowatt-hour, locked in for fifteen years. Neighbours were exporting power and watching their bills essentially disappear.
That era is long gone. The premium tariff closed in 2011. Today most Victorian solar households are exporting at 5 to 10 cents per kilowatt-hour and buying it back from the grid at 30 to 38 cents. That’s a big gap. Understanding how feed-in tariffs work, what rates are actually available in 2026, and whether optimising your FiT or switching to battery storage makes more sense that’s what this guide is for.
It’s written for Pakenham homeowners specifically, but the Victorian rules and retailer comparisons apply statewide.
1. What Is a Solar Feed-In Tariff?
A solar feed-in tariff (FiT) is the rate your electricity retailer pays you for excess solar power that your panels generate and export back to the grid. When your solar system produces more electricity than your home is using at that moment, the surplus flows out through your meter to the grid and your retailer credits your bill for it.
The credit appears on your electricity bill as a line item: usually something like ‘solar export credit’ or ‘feed-in tariff credit’. It offsets what you owe for the electricity you import from the grid at other times.
What a feed-in tariff is not
It’s worth being clear about what it doesn’t do. A FiT doesn’t mean you’re selling electricity in any meaningful commercial sense. You’re not running a power business. You’re simply getting credited for surplus generation at a rate set by your retailer which, in 2026, is considerably lower than what you pay to import power.
It also doesn’t mean the more you export, the better your system is performing. A high export rate often just means your system is bigger than your household needs or you’re not home to use what it generates. The most financially efficient solar system is one where you use most of what you generate, supplemented by a reasonable FiT for what you can’t avoid exporting.
Quick numbers: A 6.6kW north-facing system in Pakenham generates roughly 26–30 kWh per day in summer. A typical household uses 8–12 kWh during daylight hours. That leaves 14–22 kWh exported daily in summer worth $0.98–$1.54 at 7c/kWh, or $5.74–$9.02 if you could somehow export it all at a 41c peak rate. The spread between those two figures is why people are interested in time-varying tariffs and batteries.
2. How Feed-In Tariffs Work in Victoria
In Victoria, feed-in tariffs are set and regulated by the Essential Services Commission (ESC). The ESC sets a minimum FiT that retailers must offer but retailers can offer more if they choose to compete for solar customers.
The key mechanics:
- Your solar inverter is connected to a smart meter that measures both what you import from the grid and what you export to it
- Export is measured in kilowatt-hours (kWh) the same unit you pay for when importing
- Your retailer credits your bill at the agreed FiT rate for each kWh exported
- The credit is applied against your next bill it doesn’t come to you as a cash payment unless your credits exceed charges for the period
- Feed-in tariff credits can roll over if they exceed your bill you’ll see a credit balance, but most retailers only pay this out annually or when you close an account
Who sets the minimum rate?
The Essential Services Commission reviews and sets the minimum FiT annually. For 2025–2026, the minimum single rate FiT is set at 4.9c/kWh. Most retailers offer more than this minimum but not dramatically more. The gap between the minimum and the best market rate in Victoria is typically 3–5 cents.
The ESC also sets minimum time-varying FiT rates for retailers who offer that structure a higher rate during peak demand windows and a lower rate at other times.
3. The History of Victorian Feed-In Tariffs (and Why Rates Have Fallen)
This is actually an important piece of context, because understanding why rates have dropped helps you understand whether they’re likely to keep dropping and whether optimising around the FiT is even the right strategy.
| Period | Feed-In Tariff Rate | Context |
| 2009–2011 (Premium FiT) | 60c/kWh (guaranteed 15 years) | Victorian Government’s original premium scheme — for early adopters only. Closed to new entrants in 2011. |
| 2012–2016 | 8c – 25c/kWh | Transitional rates — varied by retailer. Network pressure as solar uptake grew. |
| 2017–2020 | 9c – 15c/kWh | Essential Services Commission set minimum rates. Competition between retailers drove variation. |
| 2021–2023 | 6.7c – 12c/kWh | Minimum FiT set at 6.7c. Some retailers offering up to 12c to attract customers. |
| 2024–2026 (current) | 5c – 10c/kWh | ESC minimum remains low. Retailers competing on FiT rates. Time-varying tariffs emerging as alternative. |
The reason rates have fallen is simple: solar penetration on the grid has increased enormously. When millions of Victorian households are all generating solar at the same time (midday, sunny days), the wholesale price of electricity actually goes negative in the middle of the day. Grid operators are sometimes paying to offload excess generation.
That means the value of midday solar export to the grid has genuinely declined not because retailers are being stingy, but because the commodity itself is less scarce than it used to be. The grid has a surplus problem at the times solar panels produce the most.
What this means for you: The long-term direction for flat FiT rates is probably sideways or slightly lower. Time-varying FiTs which pay more during evening peak demand and less during midday surplus are more likely to increase in value as the grid transitions. This is one reason battery storage is becoming more attractive: it lets you export during high-value windows rather than the low-value midday.
4. Current Feed-In Tariff Rates in Victoria 2026
These are indicative rates as of April 2026. Retailer offers change regularly always verify at energy.vic.gov.au (Victorian Energy Compare) or directly with the retailer before switching.
| Retailer | Flat FiT Rate | Time-Varying Peak FiT | Notes |
| Origin Energy | 5c/kWh | Up to 19c (solar sponge tariffs) | Solar Boost tariffs available requires checking eligibility |
| AGL | 5c – 7.5c/kWh | Up to 17c (off-peak solar) | Rate depends on plan selected read the full tariff schedule |
| EnergyAustralia | 6c/kWh | N/A on standard plans | Flat rate straightforward but lower than some competitors |
| Amber Electric | Wholesale (variable) | Variable — can exceed 30c+ | Wholesale rate passthrough can be very high or very low depending on grid conditions |
| Powershop | 7c – 10c/kWh | Limited time-varying options | Competitive flat rate good for consistent exporters |
| Tango Energy | 6c – 8c/kWh | Some time-varying available | Regional availability varies check postcode eligibility |
| Momentum Energy | 5c – 7c/kWh | N/A on base plans | Simple flat rate structure useful benchmark for comparison |
Important caveat: Retailer FiT rates listed above are for standard residential plans and may vary by postcode, tariff type, and contract terms. Some retailers offer higher FiT rates as a promotional rate that reverts after 12 months. Read the full energy fact sheet before signing.
5. How to Compare Feed-In Tariff Rates in Victoria
Here’s where most people go wrong: they compare FiT rates in isolation and choose the retailer with the highest export credit without looking at what they pay to import, the daily supply charge, or the plan’s other conditions. A retailer offering 10c FiT but charging 42c/kWh import and a $2.20/day supply charge might cost you more overall than a retailer offering 6c FiT with 29c/kWh import and a $1.10/day supply charge.
The only way to do a proper comparison is to model both sides of your bill: what you pay to import (based on your actual import kWh) and what you receive from export (based on your actual export kWh). Your monitoring data gives you both numbers.
| What to Compare | Why It Matters |
| FiT rate (flat or time-varying) | The headline number but not the only number that matters |
| Usage rates (import tariff) | A retailer offering 10c FiT but charging 42c/kWh import is not a good deal overall |
| Daily supply charge | Fixed cost every day regardless of usage affects total bill, not just solar credits |
| Minimum export guarantee | Some retailers guarantee FiT won’t fall below a threshold useful for long-term planning |
| Contract length and exit fees | A high FiT locked to a 2-year contract with exit fees limits flexibility if rates change |
| Time-varying peak windows | If a retailer offers time-varying FiT, check exactly when the peak window applies 3–9pm is typical but varies |
| Retailer reliability and billing clarity | FiT credits should appear clearly on your bill some retailers bury them in confusing line items |
Victorian Energy Compare the right tool for this
The Victorian Government runs a free comparison tool at energy.vic.gov.au/ compare-energy. Enter your postcode and approximate usage details and it generates a ranked list of offers. It includes FiT rates in the comparison but pay attention to the estimated annual bill figure, which factors in both import costs and export credits.
It’s worth running this comparison every 12 months. The market moves, retailers adjust their offers, and the plan that was best last year may not be best now.
6. Flat Rate vs Time-Varying Feed-In Tariffs Which Is Better?
Time-varying FiTs sometimes called ‘solar sponge’ tariffs or peak FiT plans pay a higher rate during peak demand periods (typically late afternoon to early evening) and a lower rate during off-peak and shoulder periods. The appeal is obvious: if you can export during the 5c/kWh midday surplus window, a time-varying FiT doesn’t help much. But if you can shift export to the 4–9pm peak window, the difference can be significant.
| Factor | Flat Rate FiT | Time-Varying FiT |
| Rate structure | Same rate all day, every day | Higher rate during peak demand windows (e.g. 3–9pm), lower off-peak |
| Best for | Homeowners who export consistently throughout the day | Homeowners with battery storage or flexible export timing |
| Predictability | High — you always know what you’ll earn per kWh | Lower depends on when you export |
| Peak FiT rate | 5c – 10c/kWh typically | Up to 19c–30c+ during high-demand periods (retailer-dependent) |
| Off-peak FiT rate | Same as peak | Often 1c – 3c/kWh very low |
| Complexity | Simple to understand and compare | Requires understanding peak windows and your system’s export timing |
| Pakenham verdict | Good default if no battery or fixed usage pattern | Potentially very good with battery export during peak window deliberately |
The catch: most households without battery storage are exporting most during midday, when solar production peaks. Without a battery, you can’t meaningfully control when you export. The panels generate when the sun shines you can shift some consumption to reduce midday export, but you can’t hold generation back for later.
A battery changes this completely. A battery that charges from midday solar and discharges for household use in the evening while deliberately holding a portion of charge to export during the peak FiT window can earn significantly more than a flat-rate FiT. This is the core economic argument for battery + time-varying FiT combinations.
7. How Your Self-Consumption Rate Affects What the FiT Actually Matters
The FiT conversation often overshadows a more important metric: self-consumption rate. Every unit of solar electricity you consume yourself is worth the full retail import rate (30–38c/kWh). Every unit you export earns you the FiT rate (5–10c/kWh). The arithmetic is pretty stark.
Shifting a single kilowatt-hour from export to self-consumption is worth roughly 3–5 times more than optimising your FiT rate. Before spending energy comparing retailers, it’s worth asking whether there are easy self-consumption wins available.
| Scenario | Daily Export | Daily FiT Earnings (at 7c) | Annual FiT Earnings | Better Strategy? |
| Home all day — high self-use | 5 kWh | $0.35 | ~$128 | Focus on self-consumption — reduce import |
| Out during day — low self-use | 15 kWh | $1.05 | ~$383 | Maximise FiT — switch retailer for best rate |
| Battery installed — low export | 3 kWh | $0.21 | ~$77 | Export timing matters more than FiT rate |
| EV charging overnight | 12 kWh | $0.84 | ~$307 | Consider time-varying FiT + overnight EV rate |
| Working from home — medium use | 8 kWh | $0.56 | ~$204 | Balance: partial self-use, partial export |
The practical implication: for households that are home during the day, the FiT rate matters less because they’re already self-consuming a lot of their solar. For households that are out during the day exporting 12–18 kWh daily the FiT rate matters more, and a retailer switch can be worth $150–$300 per year.
8. Feed-In Tariffs vs Battery Storage the Real Trade-Off
This is the question that comes up most for existing solar owners in Pakenham right now. Should you chase a better FiT rate, or invest in battery storage to reduce what you’re importing?
The honest answer is: it depends on your export volume and your import rate but for most households with significant daytime export and high peak import rates, the battery maths are better over a 10-year horizon.
The rough maths
A household exporting 15 kWh/day at 7c earns ~$1.05/day ($383/year) in FiT credits. That same household importing 10 kWh at 33c in the evening costs ~$3.30/day ($1,205/year) in peak electricity. A 10 kWh battery that captures midday solar and covers evening usage saves ~$3.30/day ($1,205/year) while losing the FiT credit on that 10 kWh (~$0.70/day, $256/year). Net saving: roughly $950/year. Against a battery cost of $10,000–$12,000, that’s a 10–12 year payback or 6–8 years with the Victorian Battery Rebate.
Switching retailers from a 5c FiT to a 10c FiT saves $0.05 x 15 kWh x 365 = $274/year. That’s meaningful and it’s free. But it’s about one-third the saving of a well-deployed battery.
The practical recommendation: do both. Switch to the best available FiT retailer now (it costs nothing). Evaluate the battery case based on your actual monitoring data. If the numbers support it particularly if you qualify for the Victorian Solar Panel Rebate a battery usually wins over the medium term.
Pakenham note: EcoRun can review your existing solar monitoring data and model the battery vs FiT trade-off for your specific household. If the numbers don't stack up, we'll tell you. There's no point adding a battery that takes 15 years to pay back.
9. Tips to Maximise Your Feed-In Tariff Earnings in Pakenham
| Tip | What It Does | Pakenham Relevance |
| Shift high-consumption appliances to midday | Reduces daytime export by self-consuming more lowers import at peak rates | Dishwasher, washing machine, dryer run between 10am–2pm |
| Set EV charging to midday solar window | Charges EV from free solar rather than grid power | Pakenham EV ownership growing fast biggest single gain for many households |
| Add a battery to capture midday surplus | Stores excess solar for evening use reduces or eliminates peak import | Battery payback improves significantly at 30c+ import rates |
| Switch to a time-varying FiT (if no battery) | Earn higher FiT during peak hours if you’re already exporting then | Works best for households who export heavily in the 3–9pm window |
| Review your retailer annually | FiT rates change loyalty to one retailer often means leaving money on the table | Use Victorian Energy Compare (energy.vic.gov.au) to check current market offers |
| Check your solar monitoring data | Confirms how much you’re actually exporting vs self-consuming informs all other decisions | EcoRun can add monitoring to any existing system |
10. EcoRun Energy – Solar Panel Installers Pakenham
EcoRun Energy - Solar Panel Installers Pakenham
If you're looking for the best accredited solar panel installers in Pakenham, the simplest filter is this: check who's been doing it locally, consistently, for years not who has the loudest ads. EcoRun Energy has been installing solar across Pakenham and the Cardinia corridor since 2016. CEC accredited, Energy Safe Victoria approved, in-house team only no subcontractors. Over 5,000 installations and a 4.7-star Google rating from real Pakenham homeowners. We also help existing solar owners get more out of their system whether that's adding panels, upgrading an inverter, or adding battery storage to reduce what you're importing at peak rates.
Call 1300 315 484 or visit ecorunenergysolar.com.au to book a free assessment.Want to Get More From Your Solar System in Pakenham?
The Essential Services Commission sets the minimum FiT annually. For 2025–2026, the minimum single-rate FiT in Victoria is 4.9c/kWh. Most retailers offer more than this minimum — typically 5c to 10c on flat-rate plans. Always check the current ESC minimum at esc.vic.gov.au, as rates are reviewed each financial year.
Not in the traditional negotiation sense — FiT rates are set by retailers as part of their plan offers, not individually negotiated. However, you can shop around and switch to a retailer offering a better rate. You can also call your current retailer and ask if they have a better plan available — they sometimes offer retention deals to customers who indicate they’re considering switching.
For residential solar households, feed-in tariff credits are generally not taxable income under Australian Tax Office guidelines — they’re treated as a reduction in your electricity expenses rather than income. If you have a business or investment property with solar, the rules are different and you should check with an accountant. The ATO has specific guidance on solar and small-scale generation if you want to verify.
A time-varying FiT pays a higher rate during peak demand periods (typically late afternoon to evening — around 3pm to 9pm) and a lower rate during off-peak periods. It’s best suited to households with battery storage, because they can control when they export by discharging the battery during the high-value peak window. For households without a battery, most solar export happens at midday — which is the low-value window under a time-varying plan.
Any credit balance accrued with your current retailer should be paid out when you leave check your retailer’s terms. Credits don’t transfer to the new retailer. From the date of switch, you earn credits under the new retailer’s FiT rate. The switch itself is free and usually takes one billing cycle to complete. You continue to receive electricity throughout — there’s no interruption to supply.
A few possibilities: your system is self-consuming more than you realise (which is actually good — it’s worth more than the FiT rate); your FiT rate is low relative to how much you export; your system may be underperforming. Check your inverter monitoring data for daily export figures. If you’re exporting 10+ kWh per day and your FiT credit is minimal, there may be a billing error or a monitoring issue worth investigating.
For flat-rate FiTs, probably not significantly the fundamental driver of low FiT rates is the midday solar surplus on the grid, which will likely increase rather than decrease as more households go solar. Time-varying FiTs for evening peak exports are more likely to hold or increase in value as the grid transitions and evening demand remains strong. This is the directional logic behind battery storage as a medium-term strategy.
Yes. Adding a battery doesn’t remove your FiT entitlement you still earn a credit for any solar you export to the grid. However, a well-configured battery system reduces the amount you export (because the battery captures the surplus instead), so your FiT credit will typically decrease. The trade-off is that you import less from the grid at peak rates, which usually saves more than the FiT credit you give up.
A time-varying FiT pays a higher rate during peak demand periods (typically late afternoon to evening — around 3pm to 9pm) and a lower rate during off-peak periods. It’s best suited to households with battery storage, because they can control when they export by discharging the battery during the high-value peak window. For households without a battery, most solar export happens at midday — which is the low-value window under a time-varying plan.
The original 60c premium FiT closed to new applications in 2011. Households that enrolled in that scheme continue to receive 60c/kWh until their 15-year agreement expires meaning the last recipients will come off the premium rate around 2025–2026. If you’re currently on the premium FiT and it’s about to expire, this is the moment to review your retailer, consider battery storage, and potentially upgrade your system because your economics change significantly when you drop from 60c to 5–10c export.
Related Reading
- How Long Before Your Solar Payback in Melbourne?
- CEC Accredited vs Non-Accredited Solar Installers in Pakenham — Why It Actually Matters
- How to Spot a Dodgy Solar Quote in Pakenham (5 Red Flags Most People Miss)
- 6.6kW vs 10kW Solar System- Which Is Right for Your Pakenham Home?
- What to Consider When Upgrading Your Solar System in Pakenham (2026 Guide)