Best Solar Feed-in Tariff Vic: How to Save on Your Electricity Bill
With the ongoing energy price increase in Victoria, many homeowners are turning to solar power as a practical and cost-effective solution. However, solar feed-in tariffs are no longer as generous as they once were. To truly maximise the value of your solar investment, you need smarter strategies. This guide will help you find the best solar feed in tariff Vic and provide practical methods to make the most of your solar energy.
What Is the Solar Feed-in Tariff in Victoria?
A solar feed-in tariff in Victoria is a payment you receive for the surplus electricity your solar panels generate and export to the grid. When your system produces more energy than your household consumes, electricity providers credit you for the excess power. The amount you earn depends on your energy plan and provider, with some offering fixed rates and others using time-of-use pricing.
Fixed Rate vs Time-of-Use Pricing
Fixed Rate
A fixed rate feed-in tariff means that you receive a set payment for every kilowatt-hour (kWh) of surplus electricity you export to the grid. It provides a single, stable rate. No matter what time of day you send electricity to the grid, the payment per kWh remains the same. Fixed rates are simple and easy to understand, making it straightforward to calculate the potential savings from your solar system.
Time-of-Use Pricing
Time-of-use feed-in tariffs vary depending on the time of day and electricity demand. You earn higher rates during peak periods when electricity is in greater demand and lower rates during off-peak hours. This type of tariff encourages homeowners to export electricity when it is most valuable to the grid, potentially increasing overall earnings if you align your solar production with these high-rate periods.
Comparing Solar Feed-in Tariffs from Different Retailers in Victoria
Solar feed-in tariff schemes differ from one retailer to another in Victoria, resulting in varying potential returns for homeowners. Being aware of these differences can help you make a more informed decision when selecting a plan.
Retailer | Lowest advertised FiT | Highest advertised FiT | Notes |
ENGIE | 1c/kWh | 11c/kWh | Higher rate may apply only under specific plan conditions |
CovaU | 4.9c/kWh | 4.9c/kWh | Flat FiT listed in comparison data |
Electricity in a Box | 4.9c/kWh | 4.9c/kWh | Flat FiT listed in comparison data |
EnergyAustralia | 1.5c/kWh | 8c/kWh | Rates vary by plan |
AGL | 1.5c/kWh | 8c/kWh | Rates vary by plan |
Alinta Energy | 0c/kWh | 7c/kWh | Some plans may offer no FiT |
Origin Energy | 1c/kWh | 5c/kWh | Rates vary by plan |
Comparing solar feed-in tariffs across different retailers in Victoria highlights the potential differences in earnings, but the highest rate is not necessarily the best option for every household. Homeowners should consider their own energy consumption patterns, the size of their solar system, and contract conditions when choosing a plan. By taking these factors into account and finding ways to save electricity, you can ensure that your solar system provides the greatest long-term benefit, rather than making a decision based solely on the numbers. Solar feed-in tariffs can change and may depend on postcode, plan type, export limits and eligibility conditions.
How to Choose the Best Solar Feed-in Tariff in Victoria
When evaluating solar feed-in tariff options in Victoria, it’s important to keep a few key considerations in mind. Here are some points worth paying attention to.
Size of Your Solar System
The capacity of your solar system is a key factor in deciding which feed-in tariff plan is most suitable. If your large solar system is exporting plentiful excess solar, a high FiT could save you more than you’re spending on higher base charges. Conversely, if your system is small (for example, 1.5 kW) and generates little excess energy, a plan with lower fixed fees may be the more economical choice.
Household Energy Usage
Your household’s electricity consumption patterns can significantly affect which feed-in tariff plan is most beneficial. During an energy price increase, understanding when and how your home uses electricity becomes even more important. If your energy usage is fairly consistent throughout the day, a fixed-rate plan may suit you best. On the other hand, if your electricity use varies and peaks during certain times, a time-of-use tariff could offer greater savings by matching higher solar generation periods with higher electricity rates.
Retailer Plan Options
Different retailers offer a variety of feed-in tariff plans, each with its own rates, contract terms, and conditions. Even if a plan advertises a high feed-in rate, additional fees or restrictive terms could reduce overall savings. It’s important to compare options carefully and read the fine print to ensure the plan aligns with your household energy usage and provides the best value for your solar investment.
How to Optimise Your Solar Investment When Feed-in Tariffs Decline
We must face reality: feed-in tariffs across Australia are declining significantly. Even with the best energy plan, selling surplus electricity back to the grid is no longer as profitable as it once was. The smartest approach is self-consumption, using the solar power you generate directly in your home. The more electricity you consume yourself, the less you need to rely on the grid. Here are some practical strategies to use your solar energy at home and maximise your electricity savings.
1. Shift More Energy Use to Daylight Hours
One of the simplest ways to get more value from your solar panels is to use more electricity when your system is generating power. In most homes, solar production is strongest during the middle of the day, when many appliances are not being used.
Where possible, schedule flexible household tasks for sunny periods. This can include running the washing machine, dishwasher, pool pump, air conditioner or electric hot water system during the day. By using these appliances while solar power is available, you can consume more of your own electricity before any surplus is sent to the grid.
This strategy is especially useful for households with low feed-in tariffs, because every kilowatt-hour used at home may be worth more than exporting it for a small credit.
2. Track Your Solar Generation and Energy Use
To improve solar self-consumption, it helps to understand when your household uses the most electricity and when your solar system produces the most power. Without this information, it can be difficult to know whether your solar energy is being used efficiently. Smart meters, solar inverter apps, energy monitoring systems and app-controlled power solutions can make this easier. These tools help you track energy usage, solar generation and charging patterns, so you can adjust your household routine more effectively.
Energy monitoring does not reduce bills by itself, but it gives you the information needed to make better decisions. For instance, most modern portable power stations include built-in smart monitoring features that provide detailed insights into both energy usage and solar generation. By reviewing this data, you can adjust household electricity patterns, optimise energy use, and improve the efficiency of your solar power, all without needing to continuously monitor the system.
For households looking to optimise energy usage, the EcoFlow DELTA Pro 3 Portable Power Station is an excellent choice. With the EcoFlow app, you can easily track your household energy consumption and solar generation in real time, allowing you to adjust electricity usage and maximise energy efficiency. You can even customise the system to prioritise solar power, ensuring you make the most of the energy you generate.
3. Store Surplus Solar for Later Use
Even if your solar panels generate enough electricity during the day, your household may still need power in the evening or at night. Under some time-of-use plans, these periods can also be more expensive. This is where battery storage can help. Instead of sending excess solar power to the grid, a battery allows you to store it for later use. You can then use stored solar energy after sunset, during peak price periods, or during a power outage. This can reduce reliance on the grid and improve the overall value of your solar system.
Battery storage is especially useful for households that are not home during the day, use more electricity in the evening, or want backup power for essential appliances. This strategy also allows you to build a home battery backup system, providing reliable power during outages and keeping your household running smoothly. In addition to reducing electricity bills, it increases energy independence. With stored energy readily available, you can better control your electricity usage at its source and achieve long-term savings.
For homeowners looking to enhance their energy storage capacity, the EcoFlow DELTA Pro Ultra Whole-home Backup Battery is an extremely practical solution. It offers flexible, expandable storage capacity, allowing you to meet your household’s ever-changing energy needs. In addition, it supports strong solar charging capability, allowing households to store more daytime solar energy for later use and improve overall energy efficiency. Its plug-and-play design also ensures quick and convenient installation, making it an ideal choice for home energy storage. When paired with the EcoFlow Transfer Switch, it integrates seamlessly into your home electrical system, providing a professional-level backup solution. Check out the installation tutorial for guidance.
Conclusion
Even though feed-in tariffs have declined, choosing the best solar feed in tariff Vic can still help you save some money. However, for long-term energy savings, it’s essential to shift your approach. By prioritising self-consumption, adjusting daily electricity habits, and investing in modern smart storage systems, you can maximise the value of your solar energy. This not only gives you greater control over your household energy but also is a reliable way to achieve true energy independence and permanently reduce electricity bills in Australian homes.
FAQs
What is the 33% rule in solar panels?
The 33% rule is a specific threshold found in the International Fire Code (IFC) and the International Residential Code (IRC). It's not an absolute cap on coverage but a point where safety requirements escalate. It kicks in when your solar panels cover more than 33% of the total plan-view area of your roof.
Why are solar feed-in tariffs dropping?
Solar feed-in tariffs are dropping across Victoria due to increased solar adoption, changes in government incentives, and adjustments by energy retailers to reflect market supply and demand. With more households generating their own electricity, energy companies reduce the rates they pay for excess solar power. This shift encourages homeowners to use more of their own electricity rather than relying on selling it to the grid, promoting self-consumption as a more cost-effective approach.
Can I switch my solar feed-in tariff plan if I find a better option?
Yes, many energy retailers allow you to switch your solar feed-in tariff plan, but it’s important to check for any contract obligations or exit fees before making changes. Switching plans can help you access better rates or more flexible conditions. Always compare tariffs, daily supply charges, and terms to ensure the new plan actually improves your savings and aligns with your household’s energy usage patterns.