If you own or are considering solar panels in Tasmania, understanding your solar feed-in tariff (FiT) is important – but it should not be the only factor you consider when choosing an electricity plan or deciding whether to install a battery.
In Tasmania, the value of exported solar can vary depending on your retailer, electricity plan and export conditions. At the same time, the electricity you use from your own solar can be worth considerably more than the credit you receive for exporting it.
That makes the key question:
Should you export your excess solar, use it yourself, or store it in a battery?
This 2026 guide explains Tasmania solar feed-in tariffs, typical FiT rates, how much your exported solar may be worth, how batteries can increase self-consumption, what rebates may apply, and how to compare a solar + battery quote before making a decision.
Quick Answer: What Is a Good Solar Feed-In Tariff in Tasmania in 2026?
Tasmanian solar feed-in tariffs vary between electricity retailers and plans.
As an indicative guide, homeowners may encounter offers around:
| FiT Type | Indicative Range |
|---|---|
| Lower FiT | ~3–5¢/kWh |
| Common FiT | ~5–10¢/kWh |
| Higher/promotional FiT | 10¢+/kWh in some circumstances |
| Time-based FiT | Varies by export period |
Important: These are indicative market ranges, not a guaranteed statewide rate. Always check the retailer’s current offer, your postcode, export conditions, caps and electricity usage rates before switching.
The key takeaway:
Don’t automatically choose the retailer offering the highest feed-in tariff.
A plan with a higher FiT can still result in a higher annual electricity bill if its usage rates or supply charges are higher.
What Is a Solar Feed-In Tariff?
A solar feed-in tariff is the amount your electricity retailer credits you for solar electricity that your system exports to the grid.
For example, if your solar system generates:
20kWh
and your home uses:
12kWh
you have approximately:
8kWh available for export
If your FiT is:
8¢/kWh
your export credit would be:
8 × $0.08 = $0.64
So you would receive approximately 64 cents of bill credit for those exports, subject to your electricity plan.
How Do Solar Feed-In Tariffs Work in Tasmania?
Your solar system generally prioritises electricity use within your home.
The basic flow is:
Solar panels
↓
Power used by your home
↓
Excess solar
↓
Battery, if installed
↓
Remaining excess exported to the grid
↓
Retailer provides FiT credit
This means your solar electricity can create value in two different ways:
1. Avoiding electricity purchases
You use your solar instead of buying electricity from the grid.
2. Exporting surplus electricity
You send excess solar to the grid and receive a feed-in credit.
For many households, avoiding grid electricity purchases can be more valuable than exporting solar.
What Is a Good Feed-In Tariff in Tasmania?
There isn’t one FiT that is automatically best for every household.
A practical way to think about offers is:
Around 3–5¢/kWh
Lower-value export offer.
Around 5–10¢/kWh
A common competitive range, depending on the complete plan.
10¢+/kWh
Potentially attractive, but check whether the rate is promotional, capped or subject to specific conditions.
The important question is not:
“Which retailer pays the most for solar?”
Instead ask:
“Which electricity plan gives my household the lowest overall annual energy cost?”
Why the Highest Feed-In Tariff May Not Be the Best Electricity Plan
Consider two plans.
Plan A
10¢/kWh FiT
But:
- Higher electricity usage rate
- Higher daily supply charge
- Export conditions
Plan B
6¢/kWh FiT
But:
- Lower electricity usage rate
- Lower daily supply charge
- Better overall plan conditions
If your household imports a lot of electricity but exports relatively little solar, Plan B could potentially produce a lower annual bill.
That’s why you should compare the entire plan rather than the headline FiT.
How Much Is Your Exported Solar Really Worth?
Let’s say you export:
10kWh per day
At a feed-in tariff of:
8¢/kWh
Your export credit would be:
10 × $0.08 = $0.80 per day
Approximately:
$292 per year
before considering changes in your export volume, tariff conditions or retailer pricing.
Now compare this with using that solar electricity yourself.
Self-Consumption vs Feed-In Tariff
Suppose your retailer charges:
30¢/kWh
for electricity imported from the grid.
If you use 1kWh of your own solar, you potentially avoid purchasing 1kWh at 30¢.
But if you export that same 1kWh at:
8¢/kWh
you receive only 8¢ of credit.
That creates a difference of:
22¢ per kWh
before considering other factors.
This is why solar self-consumption is so important.
How to Increase Solar Self-Consumption
Instead of exporting all your excess solar, you can use more of it at home.
Run appliances during daylight
Use:
- Washing machines
- Dishwashers
- Dryers
- Pool pumps
- Other high-energy appliances
while solar production is high.
Heat water using solar
Where your system allows it, scheduling hot-water heating during solar production can increase self-consumption.
Charge an EV during solar hours
If your EV is home during the day, solar charging can consume substantial excess generation.
Add battery storage
A battery allows you to move excess daytime solar into the evening.
Is a Solar Battery Worth It in Tasmania in 2026?
A battery can make sense for some Tasmanian households, but not every home needs one.
A battery may be worth investigating if:
✔ Your solar system regularly exports large amounts of electricity
✔ Your household uses significant electricity in the evening
✔ Your feed-in tariff is relatively low
✔ Your electricity purchase rate is relatively high
✔ You want greater energy independence
✔ You want to use more of your own solar after sunset
✔ Your home has sufficient solar generation to charge the battery
However, battery economics depend on the installed cost, usable capacity, efficiency, warranty, electricity rates, solar generation and available incentives.
Solar Battery vs Feed-In Tariff — Which Is Better?
| Higher Feed-In Tariff | Solar Battery | |
| Upfront cost | Usually none | Higher |
| Export income | Higher | Can reduce exports |
| Evening solar use | No | Yes |
| Self-consumption | Limited | Higher |
| Grid dependence | Higher | Lower |
| Backup capability | No | Depends on system |
| Best suited to | High exporters | High evening users |
The right answer depends on your home.
If you export only a small amount of solar, a battery may not provide enough additional value.
If you’re exporting significant amounts every day and buying expensive electricity at night, a battery may deserve closer consideration.
How Much Could a Solar Battery Save?
There is no single savings figure that applies to every Tasmanian household.
Your potential savings depend on:
- Quarterly electricity bill
- Annual electricity consumption
- Solar system size
- Solar generation
- Battery size
- Battery usable capacity
- Electricity tariff
- Feed-in tariff
- Household energy behaviour
- Battery efficiency
- Available incentives
Example
If a battery allows you to use 8kWh of stored solar instead of purchasing 8kWh from the grid at 30¢/kWh:
8 × $0.30 = $2.40
That represents the gross avoided purchase value for that amount of energy.
However, battery losses, battery cost and other factors must be included when calculating the actual financial return.
Don’t Buy the Biggest Battery — Buy the Right Battery
This is one of the most important purchasing decisions.
A larger battery isn’t automatically a better investment.
For example:
10–15kWh battery
May suit some households with moderate energy consumption.
15–25kWh battery
May suit households with higher evening consumption.
25kWh+
Should generally be justified by actual energy usage, solar generation and the economics of the installation.
The correct battery size should be based on:
Solar generation + household consumption + export profile + evening usage
—not simply the size of your roof or the amount of rebate available.
Tasmania Solar Battery Rebates 2026
When assessing a battery in Tasmania, homeowners should check both federal and Tasmanian incentives that may apply at the time of installation.
The federal Cheaper Home Batteries Program provides support for eligible battery installations through the Small-scale Renewable Energy Scheme (SRES).
However, don’t assume the rebate is simply a fixed percentage of the battery’s retail price.
The federal incentive treatment changed in 2026 based on battery capacity.
| Usable Battery Capacity | STC Incentive Factor |
| Up to 14kWh | 100% |
| More than 14–28kWh | 60% |
| More than 28–50kWh | 15% |
The actual dollar value depends on the eligible capacity, STC value, installation circumstances and current program rules.
Are Battery Rebates Reducing Year After Year?
This is an important point for anyone considering waiting to install a battery.
You should not assume the federal battery incentive simply falls by a fixed percentage every year, such as:
30% → 20% → 10%
The actual calculation depends on the SRES/STC mechanism and the applicable rules.
The federal SRES itself is scheduled to phase down toward its legislated end for new small-scale systems after 2030, while battery incentive treatment has also changed according to capacity.
What does this mean for homeowners?
If you’re considering a battery, compare:
Current eligible incentive
Current installed price
Expected annual savings
Battery lifespan
Potential future electricity costs
rather than waiting purely because you expect a specific future rebate percentage.
Feed-In Tariff vs Battery: A Simple Decision Guide
Choose your current electricity plan carefully if:
- You export a lot of solar
- Your electricity consumption is low
- You don’t want the upfront cost of a battery
Consider a battery if:
- You export significant solar during the day
- Your electricity consumption is high at night
- Your FiT is relatively low
- You want greater energy independence
Consider an EV if:
- You drive regularly
- Your vehicle is home during solar hours
- You can charge using excess solar
Consider all three if:
Solar + Battery + EV + smart energy use
can be coordinated around your household’s actual energy profile.
How to Choose the Best Solar Electricity Plan in Tasmania
Before switching retailers, compare:
1. Feed-in tariff
How much are you paid per exported kWh?
2. Usage rate
How much do you pay when importing electricity?
3. Supply charge
What is the daily fixed charge?
4. Export limits
Is there a cap on the amount eligible for the advertised FiT?
5. FiT conditions
Is the advertised rate promotional or conditional?
6. Time-of-use pricing
Does the electricity price change throughout the day?
7. Battery compatibility
Does the plan work with your battery?
8. VPP requirements
Does the plan require participation in a Virtual Power Plant?
7 Mistakes Tasmanian Solar Owners Should Avoid
1. Choosing the highest FiT without checking the bill
A high FiT doesn’t guarantee the cheapest electricity plan.
2. Buying an oversized battery
More capacity doesn’t necessarily mean better ROI.
3. Ignoring self-consumption
Using your solar yourself can be more valuable than exporting it.
4. Comparing battery prices only
Compare the complete installed system, not just the battery hardware.
5. Ignoring usable battery capacity
A battery’s advertised capacity isn’t always identical to the amount of energy available for daily use.
6. Focusing only on the rebate
A larger rebate doesn’t necessarily mean a better deal.
7. Choosing a solar installer based only on price
Installation quality, system design, compliance, warranties and installer accreditation matter.
What Should You Ask Before Buying Solar + Battery?
Before signing a contract, ask:
☐ What is the total installed price?
☐ What rebates or incentives are included?
☐ What is my net price after incentives?
☐ What solar system size do I need?
☐ What is the battery’s usable capacity?
☐ What is the battery warranty?
☐ What is the expected annual solar generation?
☐ How much electricity am I expected to self-consume?
☐ How much electricity am I expected to export?
☐ What feed-in tariff should I compare against?
☐ What electricity plan is suitable?
☐ Is the installer appropriately accredited?
☐ What happens if the battery needs servicing?
☐ What is the estimated payback period?
Tasmania Solar & Battery Pricing — What Determines the Cost?
There is no universal solar price for every Tasmanian home.
Your final price can depend on:
- Solar system size
- Panel brand
- Inverter
- Battery size
- Battery brand
- Roof design
- Switchboard requirements
- Installation complexity
- Electrical upgrades
- Monitoring equipment
- Location
- Available incentives
The best quote isn’t necessarily the cheapest quote.
Instead, compare:
System quality
Installed price
Rebate
Warranty
Installer accreditation
Expected generation
Expected savings
Long-term value
How Solar Authority Helps Tasmanian Homeowners
At Solar Authority, we help homeowners look beyond the advertised FiT and assess the complete energy picture.
We can help you:
✔ Assess your current electricity usage
✔ Review your existing solar system
✔ Estimate solar generation
✔ Analyse your solar export profile
✔ Determine whether a battery may make sense
✔ Compare battery sizes
✔ Assess available incentives
✔ Calculate your estimated net system price
✔ Design a solar + battery system around your energy needs
✔ Arrange professional installation through appropriately accredited installers
Get Your Free Tasmania Solar & Battery Quote
Your neighbour’s solar system may not be the right system for your home.
The right solution depends on your electricity bill, roof, solar generation, household consumption, battery requirements and energy goals.
Find Out What Solar + Battery Could Do for Your Home
Get a free personalised solar and battery assessment from Solar Authority and discover:
✔ Recommended solar system size
✔ Suitable battery capacity
✔ Estimated upfront investment
✔ Available incentives
✔ Potential energy savings
✔ Estimated self-consumption
✔ Solar + battery options for your household
GET MY FREE SOLAR & BATTERY QUOTE →
No obligation. Personalised to your home and energy usage.
Frequently Asked Questions — Tasmania Solar Feed-In Tariffs 2026
What is the solar feed-in tariff in Tasmania in 2026?
Tasmanian FiTs vary between electricity retailers and plans. Indicative offers can range from several cents per kWh to 10¢/kWh or more under certain plans or conditions.
What is a good feed-in tariff in Tasmania?
A FiT around 5–10¢/kWh can be competitive depending on the electricity plan, but the best option depends on your usage rate, supply charge, export volume and other conditions.
Does Tasmania have a minimum solar feed-in tariff?
The applicable arrangements depend on your retailer, plan and regulatory requirements. Homeowners should check the current electricity offer and Energy Price Fact Sheet rather than relying on an assumed statewide rate.
Should I choose the highest feed-in tariff?
Not necessarily. A higher FiT can be offset by higher electricity usage rates, supply charges or export conditions.
Is a solar battery worth it in Tasmania?
It can be worthwhile for households with significant excess solar, high evening electricity consumption and relatively low FiTs. A personalised calculation is needed to determine whether the investment makes financial sense.
Is solar self-consumption better than exporting?
Often, yes. If your electricity purchase rate is substantially higher than your FiT, using your solar electricity yourself can provide greater value than exporting it.
How can I increase my solar self-consumption?
Run appliances during solar hours, heat water using excess solar, charge an EV during the day and consider battery storage.
How much does a solar battery cost in Tasmania?
Battery prices vary significantly according to capacity, brand, installation requirements, inverter configuration and available incentives. A personalised quote is more useful than relying on a single advertised price.
How much is the battery rebate in Tasmania in 2026?
Eligible Tasmanian installations may qualify for the federal Cheaper Home Batteries Program. The actual incentive depends on eligible battery capacity, STC value and current program rules.
Are battery rebates reducing each year?
The incentive mechanism is not simply a fixed annual percentage reduction. Battery support is affected by the SRES/STC framework and capacity-based rules. Homeowners should compare the current eligible incentive and net installed price rather than assuming a future percentage.
What battery size should I choose?
The right battery depends on your solar generation, electricity consumption, evening usage, export profile and budget. Bigger is not automatically better.
Can I get a free solar battery quote in Tasmania?
Yes. Solar Authority can provide a free personalised solar and battery assessment to help you understand your system options, potential incentives, estimated investment and potential savings.
The Bottom Line
For Tasmanian homeowners in 2026, the smartest solar strategy isn’t necessarily about finding the highest feed-in tariff.
It’s about maximising the value of every kWh your solar system produces:
Generate solar
↓
Use it in your home
↓
Charge your EV / heat water
↓
Store surplus in a battery
↓
Use stored energy later
↓
Export only what you don’t need
The goal isn’t simply to sell more solar back to the grid — it’s to reduce the amount of expensive electricity your home needs to buy.
Get your free Solar Authority solar + battery assessment today and find out what solution makes the most sense for your Tasmanian home.
