What Is the Suntax?

The suntax isn’t a tax on sunlight (don’t worry—the sun is still free!). It refers to charges or tariffs on the electricity your solar panels send back to the grid. Traditionally, homeowners with solar panels were paid for this surplus energy through feed-in tariffs (FiTs). However, with so many Australians now using solar, the energy grid is struggling to manage all the extra electricity being exported, especially during the middle of the day when solar production is highest.

To tackle this, some energy networks have introduced what’s called “two-way pricing.” This means:

• You may be charged a small fee for exporting electricity during low-demand times (like late morning to early afternoon).
• You might earn more for exporting during high-demand times (like late afternoon and evening).

The goal? To encourage solar users to use more of their own energy when the grid doesn’t need it and export during times when it does.

Why Is the Suntax Being Introduced?

Solar panels have been a massive success story in Australia, helping us lead the world in rooftop solar adoption. But this success has brought challenges:

1. Grid Stability: Too much solar energy at once can overload the system.
2. Infrastructure Costs: Upgrading the grid to handle all this extra energy would be expensive and could raise electricity prices for everyone.
3. Fairness: Households without solar panels still pay for grid maintenance, while some solar users benefit from exporting energy without contributing to these costs.
   

Export charges, or the “suntax,” aim to balance these issues without discouraging solar adoption.

How Does the Suntax Affect You?

For the Average Homeowner

• Costs: The impact on your bill is likely small. For example, Ausgrid’s two-way pricing in NSW charges 1.2 cents per kilowatt-hour (c/kWh) for exports during 10 am to 3 pm but rewards you with 2.3 c/kWh for exports during 4 pm to 9 pm. A typical 5kW solar system might see an annual cost impact of just $6.60.
• Free Thresholds: Most networks allow you to export a certain amount of energy each month (e.g., 192–212 kWh) without incurring charges.
• Savings Opportunities: By using more energy during the day (when your panels are producing) or storing excess power in a battery, you can reduce your reliance on the grid and avoid export charges altogether.

For Businesses and Larger Solar Users

If you have a larger solar system, you might see a bigger impact. However, the same strategies—self-consumption and energy storage—can help you minimize costs and even maximize earnings during peak times.

Real-Life Examples of Suntax Policies

Australia’s Approach

• New South Wales: Ausgrid’s two-way pricing combines small export charges with higher incentives for exporting during high-demand periods. There’s also a free export threshold to ensure smaller users aren’t heavily affected.
• Victoria: Feed-in tariffs now vary by time of day, rewarding energy exports when the grid needs power the most.

International Examples

• Denmark: Solar users contribute to grid maintenance through uniform electricity taxes, whether they export energy or consume it themselves. This model ensures fairness while encouraging storage and self-consumption.
• California: The state’s Net Energy Metering 3.0 policy includes time-of-use rates and incentivizes battery storage to balance solar production with grid demand.

Alternatives to Batteries

While batteries are an excellent option for storing excess solar energy, they can be expensive. More affordable alternatives include:

• Smart Energy Devices: Tools like the Catch Control help you align energy use with peak solar production times.
• Appliance Scheduling: Running appliances like washing machines or dishwashers during the day maximizes self-consumption without additional costs.

Pros and Cons of the Suntax

Pros

• Grid Stability: Reduces pressure on the grid during peak solar production.
• Encourages Innovation: Promotes the use of home batteries and smarter energy management.
• Fairness: Ensures all users contribute to grid upkeep, not just non-solar households.

Cons

• Higher Costs: While minimal for most, charges could deter some from going solar.
• Mixed Messaging: Can feel at odds with incentives promoting renewable energy.
• Economic Disparities: Low-income households may find it harder to adapt to these changes.

Countering Suntax Myths

There’s a lot of misinformation about the suntax, including claims that it’s a tax on sunlight. Here’s the truth:

• It’s Not a Sunlight Tax: You’re not being charged for using solar power—only for exporting surplus energy during specific times.
• It’s About Grid Management: The charges are designed to balance the grid and ensure long-term stability.

How to Make the Suntax Work for You

1. Use Your Energy Wisely: Run appliances like washing machines and dishwashers during the day to maximize self-consumption.
2. Consider a Battery: Store excess energy for use during the evening when electricity is more expensive or grid demand is higher.
3. Leverage Tools: Tools like a Sun Tax Calculator can help you understand the financial impact of export charges based on your system and location.
4. Get Expert Help: Services like Solar Choice, Australia’s only independent solar quote comparison service, provide tailored recommendations for minimizing costs and maximizing returns.

The post The Suntax: What Australian Homeowners Need to Know appeared first on Solar Choice.

What Is a Virtual Power Plant (VPP)?

A Virtual Power Plant (VPP) is a digitally managed network of decentralised energy resources, such as solar panels, battery storage systems, and even smart appliances. These resources are interconnected and managed through cloud-based software to operate as a single, unified power plant. VPPs are designed to optimise energy generation, storage, and distribution while maintaining grid stability and maximising renewable energy usage.

Key Components of a VPP

• Solar Panels: Generate clean, renewable energy.
• Battery Storage: Store excess solar energy for use during peak demand periods or for export to the grid.
• Cloud-Based Management: Advanced software ensures seamless coordination of energy resources.
• Grid Integration: Supports the grid during demand spikes, preventing blackouts and enhancing reliability.

How Do VPPs Work?

VPPs utilize advanced technology to coordinate thousands of individual energy systems.

Here’s how the process unfolds:

1. Energy Generation: Solar panels generate electricity to power your home and charge your battery.
2. Energy Storage: Excess energy is stored in your battery for later use.
3. Grid Coordination: During peak demand or instability, the VPP operator dispatches energy from participants’ batteries to the grid.
4. Financial Rewards: Participants earn incentives, such as feed-in tariffs or credits, for exporting energy to the grid.

Note: The most common source of revenue for a VPP is to sell power by discharging batteries at times of peak demand back to the grid.

How much can I earn?

The short answer to this question is – it really depends on your VPP provider. Some providers may give you a fixed amount, whereas others may ‘pay’ you in the form of a discounted electricity bill. Through many of the programs we’ve seen the benefits look to end up in the $100-$200 p.a range depending on the size of the battery.

We recommend you do your due diligence and shop around with several providers before you jump in the deep end.

Benefits of Joining a VPP

1. Financial Savings

• Lower Electricity Bills: Use stored solar energy during peak pricing periods to minimize costs.
• Earn Incentives: Receive feed-in tariffs or bill credits for exporting energy to the grid.
• Access Subsidies: Many programs offer upfront discounts on battery installations.

2. Enhanced Grid Stability

• Support Grid Reliability: Provide clean energy during demand surges, reducing the risk of blackouts.
• Reduce Fossil Fuel Dependence: Help the grid rely less on traditional power plants.

3. Environmental Impact

• Maximise Renewable Energy Usage: Increase the use of solar and battery storage.
• Reduce Carbon Footprints: Participate in the transition to a sustainable energy future.

4. Battery Optimisation

• Monitor Performance: Many VPPs offer real-time tracking tools to monitor energy usage and battery health.
• Extend Battery Lifespan: Proper management can optimise your battery’s performance over time.

What to Consider Before Joining a VPP

1. Technical Compatibility

• Confirm your battery model is supported by the VPP provider.
• Check whether the program allows “Bring Your Own Battery” (BYOB) or mandates specific models.

2. Financial Evaluation

• Compare feed-in tariffs, monthly credits, and upfront subsidies.
• Calculate your potential earnings to ensure the program meets your financial goals.

3. Contractual Terms

• Review contract lengths and cancellation fees.
• Understand any restrictions on how your battery is used and whether reserves are set aside for personal use.

4. Location and Eligibility

• Ensure the VPP is available in your state or region.
• Check additional requirements, such as minimum solar system size or internet connectivity.

5. Government Incentives for VPP Participation

• New South Wales (NSW): Eligible households can receive incentives ranging from $250 to $400 under the Peak Demand Reduction Scheme for connecting a solar battery to a VPP. This benefit can be claimed twice, with a minimum three-year gap between claims.
• South Australia (SA): The South Australia’s Virtual Power Plant (SA VPP) provides free installation and maintenance of solar panels and Tesla Powerwalls for eligible participants, including Housing SA tenants, allowing them to benefit from reduced electricity costs.

These incentives enhance financial accessibility and promote greater participation.

The Role of VPPs in Australia’s Energy Future

Australia is a global leader in renewable energy adoption, and VPPs are playing a pivotal role in this transition. Here’s why:

• Grid Stability: VPPs help manage peak demand, reducing stress on the grid during extreme weather or energy crises.
• Energy Equity: By enabling households to monetize solar investments, VPPs democratize access to clean energy.
• Infrastructure Savings: VPPs reduce the need for costly grid upgrades, ultimately lowering energy costs for everyone.

Common Misconceptions About VPPs

1. “VPPs Will Drain My Battery”

Many VPPs reserve a portion of your battery for personal use, ensuring you have backup power during outages.

2. “Joining a VPP Shortens Battery Lifespan”

While increased cycling can contribute to wear, VPPs are designed to optimise battery usage, often extending performance through intelligent management. Though we have heard reports of some users reporting shorter battery life attributed to joining VPP.

3. “All VPPs Are the Same”

Providers vary significantly in their offerings, from incentives to operational strategies. It’s crucial to research and compare programs.

What are the Pros of a VPP?

• The fixed feed-in tariff is generally higher than average for most VPP programs. Some offer a very high variable feed-in tariff rate, with some going as high as $1 per kWh or more.
• Buying a battery through a VPP can significantly lower the upfront costs to customers so can make battery energy storage affordable for more Australians
• Being part of an exciting renewable energy grid system

What are the Cons of a VPP?

• Some VPP programs require the household to provide their own battery upfront. The implication with this is that for existing battery owners, depending on their battery make and model, it might not be eligible. The other issue is that they don’t receive any upfront discount incentives.
• There’s a lack of clarity and transparency around the fixed and variable feed-in tariff rates. For example, Energy Australia is vague about what an ‘event’ is regarding discharge of a battery. So, as a household consumer you might get frustrated with the lack of control.  We recommend you exercise your  due diligence and shop before you sign that contract.
• Being part of a VPP means that you’re essentially giving up control and autonomy of your battery system to someone else (which is the main reason why people turn to them in the first place). The implication of this is that most VPPs won’t leave any reserve storage with your batteries, as being fed into the grid. So, in the case of a blackout, you won’t be covered.
• The lifespan of your battery may be shortened as the VPP can discharge electricity from your battery at will.

Conclusion: Is a VPP Right for You?

Virtual Power Plants (VPPs) offer a compelling way to lower electricity bills, earn incentives, and support a greener energy future. However, they’re still evolving, and challenges like battery control, efficiency, and equity remain.

If you’re looking to maximize the value of your solar and battery system, joining a VPP can be worthwhile—especially if incentives and feed-in tariffs align with your financial goals. However, carefully review terms, compatibility, and your household energy needs before committing.

VPPs are a promising step toward energy independence, and as technology advances, they will likely offer even greater benefits. Evaluate your options and decide if now is the right time for you.

Ready to explore your options? See the Top Virtual Power Plant (VPP) Providers in Australia Compared to find the best VPP provider for your needs.

FAQs About Virtual Power Plants

The post The Ultimate Guide to Virtual Power Plants (VPPs) in 2024 appeared first on Solar Choice.

Amongst other chargers, Bunnings posted the Ocular IQ Home charger worth $1,549 for $230. The pricing quickly made the rounds on Facebook threads. Bunnings rapidly took down product once they realised the mistake.

A lucky customer to take advantage of the pricing error confirmed to Solar Choice that Bunnings have honored the price.

It seem there are some lucky EV drivers with a great Christmas present under the tree this year!

The post Bunnings blunders into EV charger market: Accidental $1,300 discount! appeared first on Solar Choice.

For a detailed overview of VPPs and their benefits, visit our Ultimate Guide to Virtual Power Plants.

Virtual Power Plant (VPP) Comparison Table

Note: This table is for informational purposes only. Program details may change; always confirm with the VPP provider before enrolling.

Government Incentives for VPP Participants

NSW Solar Battery Rebate for VPP Connection

Eligible NSW households can take advantage of the Peak Demand Reduction Scheme, offering rebates of $250–$400 for installing solar batteries connected to a VPP. This incentive encourages participation in VPPs to reduce demand on the electricity grid during peak periods. Households may claim this rebate twice, with a minimum three-year gap between claims.

South Australia Virtual Power Plant (SA VPP) Program
Housing SA tenants in South Australia can join the SA Virtual Power Plant program, which provides solar panel and Tesla Powerwall installations at no upfront cost. Participants benefit from significantly reduced electricity bills while contributing to grid reliability and renewable energy adoption.

These government incentives make joining a VPP even more accessible and financially rewarding for eligible participants. Check with your local authorities to confirm your eligibility and take advantage of these programs.

How To Choose The Best VPP Provider

Selecting the right VPP provider requires balancing technical compatibility, financial incentives, and contractual flexibility. Below are the critical factors to evaluate:

1. Define Your Energy Objectives

Before diving into provider comparisons, clarify your goals:

• Cost Savings: Are you looking to lower your electricity bills?
• Maximize ROI: Do you want to earn more from your solar and battery investments?
• Sustainability: Is contributing to renewable energy adoption a priority?

Having a clear objective will help you focus on providers that align with your needs.

2. Battery Compatibility

Not all VPPs work with every battery model. Start by confirming whether your current battery is compatible or if you’ll need to purchase a new one.

• Commonly Supported Batteries: Tesla Powerwall, LG Chem RESU, Sonnen, AlphaESS, Huawei.
• Bring Your Own Battery (BYOB): Many providers now allow BYOB, provided the battery meets technical requirements.

Pro Tip: If buying a new battery, choose a provider offering subsidies to reduce upfront costs.

3. Financial Incentives

Financial benefits are a significant factor when selecting a VPP. These can include:

• Feed-In Tariffs (FiTs): Payments for exporting surplus energy to the grid, with rates often higher during peak demand.
• Monthly Credits: Fixed bill reductions for participation.
• Upfront Subsidies: Discounts on battery installation or purchase.

Questions to Ask:

• How does the provider calculate FiTs (fixed or dynamic rates)?
• Are there any upfront bonuses for joining?
• Does the program offer competitive incentives compared to others in your area?

4. Contract Terms and Flexibility

Read the fine print to ensure the terms align with your preferences. Consider the following:

• Contract Length: Programs vary from month-to-month plans to long-term commitments (e.g., 5 years).
• Cancellation Policy: Are there fees or penalties for opting out early?
• Battery Reserve Policy: Check how much capacity will remain available for your personal use (e.g., 20%).

Key Consideration: Ensure you are comfortable with the level of control the provider will have over your battery’s usage.

5. Eligibility Requirements

Providers often have specific criteria for participation, such as:

• Minimum Solar System Size: Most require at least 5kW capacity.
• Internet Connection: A stable connection is critical for real-time monitoring.
• Location: Availability may depend on your state or distribution network.

Example:

Amber Electric’s SmartShift program requires participants to reside in SA, VIC, NSW, ACT, or QLD.

6. Feed-In Tariffs and Usage Rates

Compare the rates offered for exporting energy to the grid. Feed In Tariffs of FiTs vary significantly and can impact your overall earnings:

• Dynamic FiTs: Rates fluctuate based on market demand, offering higher returns during peak periods.
• Fixed FiTs: Consistent rates regardless of demand.

Pro Tip:

Programs offering dynamic FiTs often provide higher returns but require active monitoring of market trends.

See our comparison of FITs state by state.

7. Customer Support and Transparency

Choose a provider with a reputation for clear communication and strong customer service. Key features to look for include:

• Real-time monitoring tools for energy usage and battery performance.
• Transparent policies about how and when your battery will be used.
• Positive reviews from existing customers.

Finding The Best VPP Provider For You

Instead of relying on predefined lists of providers, build your own comparison table. Here’s how:

Step 1: Research Providers in Your Area

Use comparison websites or contact providers directly to gather up-to-date information about their programs.

Step 2: Conduct a Cost-Benefit Analysis

Calculate potential earnings from FiTs and credits versus any upfront costs for batteries or system upgrades.

Step 3: Evaluate Contract Flexibility

Factor in contract lengths, cancellation policies, and battery reserve percentages to understand the level of commitment required.

Step 4: Read Reviews and Testimonials

Search for customer feedback to gauge satisfaction and identify any red flags.

Common Mistakes to Avoid

1. Focusing Solely on Upfront Incentives

While attractive, initial bonuses or discounts shouldn’t overshadow long-term benefits. Evaluate total savings over the contract period.

2. Overlooking Fine Print

Carefully review all terms, including cancellation fees, battery wear and tear policies, and reserve capacity requirements.

3. Assuming All VPPs Are Alike

Providers vary in their incentives, technology, and operational strategies. Take the time to compare thoroughly.

Conclusion: Take Control of Your Energy Future

Choosing the right Virtual Power Plant provider doesn’t have to be overwhelming. By focusing on your energy goals, evaluating compatibility and incentives, and reading the fine print, you can confidently select a program that aligns with your needs.

Ready to dive deeper? For a complete breakdown of how VPPs work and their advantages, check out our Ultimate Guide to Virtual Power Plants. Start comparing providers today and unlock the full potential of your solar investment.

FAQs About VPP Providers

1. Can I Switch VPP Providers?

Yes, but be aware of any penalties for breaking an existing contract. Check for flexible providers with no lock-in terms if you’re unsure about long-term commitments.

2. How Much Can I Earn with a VPP?

Earnings depend on your provider, battery size, and energy usage patterns. Some participants earn up to $200 annually, with additional earnings possible during high-demand periods.

3. What Happens During a Blackout?

Most VPPs reserve a portion of your battery’s capacity for personal use, ensuring backup power during outages.

The post Top Virtual Power Plant (VPP) Providers in Australia Compared appeared first on Solar Choice.

Part of owning an Electric Vehicle is having a convenient and cost-effective method of charging your vehicle at home. There a number of different options and trade-offs to consider.

In our comparison you can take a look through the options available, the key features they include and their costs. If you want to learn more about EV chargers, then you can read our buyers guide or take a look at the Solar Choice EV Charger Price Index to see average costs and market share for EV chargers in Australia.

Compare The Best Home EV Chargers

See below list of available EV chargers in Australia that Solar Choice has independently reviewed:

Sort By

Brand: A-Z Brand: Z-A Customer Rating: High to Low Customer Rating: Low to High Number of Reviews: High to Low Number of Reviews: Low to High

Tesla

EV Charger

Rated 4.87 from 15 customer reviews

Office in Australia: Yes
Made In: United States
Warranty: 4

Read our full review

Zappi

EV Charger

Rated 4.86 from 7 customer reviews

Office in Australia: Yes
Made In: the United Kingdom
Warranty: 3

Read our full review

SolarEdge

EV Charger

Rated 3.75 from 4 customer reviews

Office in Australia: Yes
Made In: China
Warranty: 5

Read our full review

Fronius

EV Charger

Rated 5.00 from 2 customer reviews

Office in Australia: Yes
Made In: Austria
Warranty: 2

Read our full review

GoodWe

EV Charger

Rated 4.00 from 2 customer reviews

Office in Australia: Yes
Made In: China
Warranty: 2

Read our full review

Wallbox Pulsar

EV Charger

Rated 5.00 from 2 customer reviews

Office in Australia: No
Made In: China
Warranty: 3

Read our full review

Ocular

EV Charger

Rated 5.00 from 1 customer reviews

Office in Australia: Yes
Made In: China
Warranty: 2

Read our full review

Autel

EV Charger

Rated 5.00 from 1 customer reviews

Office in Australia: Yes
Made In: China
Warranty: 3

Read our full review

JET Charge

EV Charger

Rated 4.00 from 1 customer reviews

Office in Australia: Yes
Made In: Australia
Warranty: 3

Read our full review

Smappee

EV Charger

No customer reviews

Office in Australia: No
Made In: Belgium
Warranty: 2

Read our full review

Alchemy Charge

EV Charger

No customer reviews

Office in Australia: Yes
Made In: Australia
Warranty: Lifetime, if remain subscribed

Read our full review

ZJ Beny

EV Charger

No customer reviews

Office in Australia: No
Made In: China
Warranty: 3

Read our full review

ABB

EV Charger

No customer reviews

Office in Australia: Yes
Made In: China
Warranty: 2

Read our full review

SMA

EV Charger

No customer reviews

Office in Australia: Yes
Made In: Germany
Warranty: 5

Read our full review

FIMER

EV Charger

No customer reviews

Office in Australia: Yes
Made In: Italy
Warranty: 2

Read our full review

Schneider

EV Charger

No customer reviews

Office in Australia: Yes
Made In: China
Warranty: 2

Read our full review

Evnex

EV Charger

No customer reviews

Office in Australia: No
Made In: New Zealand
Warranty: 3

Read our full review

Home EV Charger installation considerations

EV home chargers need to be installed by a qualified electrician, and ideally, an electrician who has experience installing the brand of EV Charger you have selected.

Each home is different, but here are some of the factors that will change the price:

• The distance from your main switchboard to the EV charger location. Due to the high electrical demand of an EV Charger, your electrician will need to pull a new circuit from the main switchboard with its own breaker. The length and difficulty of this cable run will impact some of your costs.
• 3-phase or 1-phase EV charger. Three-phase charging solutions require bigger cables and can require additional work at your switchboard to enable the new circuit.
• Outdoor and ground-mounted EV Chargers. If you want your charger to be mounted on your driveway, then you are looking at a more expensive install to cover the trenching, pole-mounting and weatherproofing the EV charging solution.

For a typical home EV charger that is wall-mounted in a garage, we would expect the installation costs for most homeowners to be between $500 and $1,000.

Take charge with your new EV

If you’re new to owning an EV or considering making a purchase soon, it is important to research the charging options available to you at home, work or in nearby public places.

While you can easily ‘make do’ with the charging equipment that comes with your EV, it is worthwhile to research the options to purchase and install faster, level 2 charging at home.

What if I live in an apartment?

Whilst most new apartment buildings come with electric vehicle charging bays as standard, you might be wondering how to get a charger installed at your existing apartment.

To get an EV charging station installed at your apartment you need to check the options with your body corporate who can get an EV Feasibility Assessment to understand the requirements of the tenants and current infrastructure.

To read more about getting an EV charger installed at your apartment – Click here

The post EV Charger Comparison appeared first on Solar Choice.

At Solar Choice, we know this because we’ve been in the trenches helping apartments across Australia make the switch. As a proud participant in the James Martin Institute’s recent survey on EV-ready apartments, we’re bringing fresh insights and actionable solutions to help your building get ahead of the EV curve.

Let’s dive in and see if we can help make EV charging in apartments simple, accessible, and future-proof.

Why Should Apartments Get EV-Ready?

Switching to EVs isn’t just a trend—it’s a growing necessity. With NSW targeting net-zero emissions by 2050, EVs are a cornerstone of Australia’s sustainable future. But here’s the catch: while installing EV chargers in suburban homes is a relatively simple task, apartment buildings have many challenges to overcome.

Here’s why solving this matters:

• Equity: Apartment residents shouldn’t miss out on the EV revolution.
• Convenience: Charging at home beats hunting for public chargers every time.
• Property Value: EV-ready apartments attract buyers, renters, and higher returns.

The Key Barriers to EV Charging in Apartments

From our experience and from the results provided in the James Martin Institute survey, here’s what’s holding buildings back—and what we can do about it:

1. Gaining Resident Buy-In

Not everyone is on board with EVs—yet. JMI’s research found that 67% of experts identified gaining resident support as one of the most difficult steps. Some residents worry about costs or don’t see the need if they don’t own an EV. Others worry about disruptions, safety or fairness.

Solution: JMI suggests demonstrating case studies of successful EV installations to alleviate concerns and build confidence. Open communication and educational resources about fire safety and technical standards are crucial for fostering stakeholder consensus. Solar Choice helps strata committees communicate the benefits and cost-saving opportunities of EV readiness, breaking down myths and building consensus.

2. Infrastructure Challenges

Many buildings lack the electrical capacity for widespread EV charging. Adding chargers without proper planning can overload systems, leading to costly fixes.

Solution: Conducting feasibility studies, such as those recommended by JMI and performed by Solar Choice, ensures the infrastructure can support EV chargers without compromising existing systems. Solar Choice’s feasibility studies provide a clear roadmap. We assess your building’s power capacity and recommend scalable solutions that work now and grow with demand.

3. Approval Bottlenecks

Navigating strata approvals, voting, and by-laws can feel like a maze. Conflicting opinions and unclear regulations often delay projects.

Solution: With experience in countless apartment projects, Solar Choice can help simplify the approval process. From feasibility studies, understanding by-laws to securing votes, we make it easy to get everyone on the same page.

4. Fire Safety Concerns

Some residents and insurers worry about EV-related fire risks. While EVs have a low risk of fire, misinformation can stall progress.

Solution: Solar Choice helps you answer these critical safety questions and supports you in ensuring your buildings installation complies with Australian safety standards, giving residents and insurers peace of mind.

5. Cost Concerns

Upfront infrastructure costs can deter apartments from acting, especially when budgets are tight.

Solution: Leveraging grants and exploring low-interest financing options can make EV readiness more accessible. JMI highlights that expanding such initiatives can significantly accelerate adoption. Solar Choice works with programs like the NSW EV Ready Buildings Grant and explores shared financing options to make installations affordable for everyone.

What the James Martin Institute Survey Taught Us

The survey uncovered some key insights:

• Success Stories Matter: Real-world examples of EV-ready apartments inspire action.
• Clear Guidelines Help: Fire safety and technical standards need to be simple and accessible.
• Financial Support Works: Expanding grants and introducing low-interest loans can accelerate adoption.

These findings reinforce what we’ve seen on the ground: making apartments EV-ready is possible—and with the right support can benefit everyone involved.

Solar Choice: Your Partner in EV Readiness

At Solar Choice, we make EV charging straightforward and easy to understand.

Here’s How We Help:

1. Comprehensive Feasibility Studies
   • We evaluate your building’s infrastructure and energy capacity.
   • Our team provides tailored recommendations and phased plans to minimize costs.
2. Tailored Charging Solutions
   • Whether it’s individual chargers, shared-use stations, or load management systems, we design solutions that fit your building’s needs.
3. Regulatory Expertise
   • We help handle strata laws, by-laws, and approval processes, so you don’t have to know it all yourself.
4. End-to-End Project Support
   • From feasibility to installation, we’re with you every step of the way.

What’s in It for You?

Getting your apartment EV-ready isn’t just about convenience—it’s an investment in your building’s future.

• Boost Property Value: EV-ready buildings attract higher rents and sale prices.
• Support Sustainability: Be part of Australia’s clean energy future.
• Enhance Liveability: Make life easier for residents who already own—or plan to own—an EV.

Case Study: Success in Sydney

One Sydney apartment building with 20 units faced concerns about costs and energy capacity. Solar Choice conducted a feasibility study, recommended shared-use charging stations with a load management system, and secured strata approval.

Result? The building now boasts scalable EV infrastructure, increased property value, and satisfied residents—all without breaking the bank.

Ready to Start? Solar Choice Makes It Easy.

As participants in the James Martin Institute study, we bring unique insights and proven expertise to every project. Let’s work together to make your apartment EV-ready.

Useful Resources

• Apartment Feasibility Studies & Why You Need One
• How the EV Ready Buildings Grant Can Help You
• Solar Choice’s Complete Guide to Apartment EV Charging

Get Started Today
Contact Solar Choice for a free consultation and let’s power your apartment into the future!

The post Making Apartments EV-Ready: JMI’s Latest Policy Insights appeared first on Solar Choice.

Solar Choice provides independent advice to Australians on EV chargers. Importantly, we don’t sell or install EV chargers, so our advice and reviews are not influenced by relationships with manufacturers.

Do I need a EV Charger at home?

The short answer is no. You can charge an electric vehicle by using a regular 10amp power socket if you have one in your garage or near where you park your car.

A regular 10amp power socket will add around 10 kilometres of range to your battery every hour, or around 120 kilometres in a 12-hour overnight charge. For most drivers this is enough to get back to a full battery by morning.

However there are a number of benefits of an EV Charger that may justify the additional expense

What are the benefits of a home EV Charger?

The main difference, verses using a regular power point, is that a dedicated EV Charger will charge your car up to 5x faster (single phase) and 10x faster (3 phase).

There are a number of benefits:

• Cheaper charging rates. With a regular power point you will likely be plugging when you get home and charging until you leave the next day. To recharge 100km a faster home EV charger only needs to run 1-2 hours, so this can be scheduled to run at off-peak times, during solar hours to take advantage of some of the EV plans on the market which offer free (yes, 0c per kWh) at certain times of day.
• Recharge faster after longer journeys. If you get home after a big trip with your battery close to empty, it will take a regular power point 2-3 days to charge back to 100%. It could take longer if you need to continue using the car for your day-to-day.
• Integrate your EV charger with solar. If you have a solar system installed at your home, then many EV chargers will allow you to run the EV charger solely of solar power. You can know that you have minimised your carbon footprint and minimised costs for transportation. If you don’t have solar installed, then this would be a great time to reconsider!

For those with an uncovered driveway or outdoor charging position, a level 2 fast charger may be the only option to have a weatherproof EV charging option safely and permanently available.

Every EV owner needs to assess these benefits against the costs of installing a charger and come to their own conclusion on the best solution.

Types of EV Charging Explained

There are three basic levels of electric vehicle charger speeds – slow, medium and fast. In addition to the charging speed, the size of your EV battery will also play a part in the total time (and cost) to fully charge it.

Transport for NSW has a handy guide here that details various power sources, the output that can be expected, the driving range added per hour of charging, and total charging time sorted by the typical type of charging applications.

Level 1 charger (slow):

Also called a “trickle” charge, this is delivered by a standard power cable plugged into a wall socket delivering about 2kW per hour. Adequate for smaller batteries or infrequent driving. It costs nothing to install, but it is a good idea to take a look at your electrical wiring to ensure it is up to the task, and that a dedicated circuit is available for charging your EV.

Small to medium battery (approx. 40kWh) – about 20 hours to charge.

Large battery (approx. 75kWh) – about 37 hours to charge.

Level 2 charger (medium):

A dedicated, wall-mounted charging unit that delivers 7kW from a single-phase connection, or 22kW from a three-phase connection. At home, these chargers can provide a full charge overnight, and they can also be found in some public charging stations such as shopping centres. We’ll look in more detail at level 2 chargers available in Australia but expect to pay anywhere from $1,000 to $3,000 for purchase and installation. These units must be installed by a qualified electrician.

Small to medium battery (approx. 40kWh) – about 5.5 hours to charge.

Large battery (approx. 75kWh) – about 10.5 hours to charge.

These figures are for a 7kW single-phase connection, so a three-phase 22kW connection will be around three times faster than the charging times quoted.

Level 3 charger (fast):

These are the high-voltage direct current (DC) chargers that are found at public charging stations. These chargers are featured in Tesla fast charger network. They can deliver a charge from 50kW up to 350kW – note that many EVs can only handle up to 50kW charging. They are expensive to install at around $25,000 each, so are generally only found in public charging stations. Charging times vary depending on the amount of charge your EV can handle, but most cars can be topped up in 30 minutes or less. There are around 2,500 public charging stations in Australia, and this number is constantly growing.

What are the different types of EV charger plugs?

Australia has mostly skipped past the plug-wars that happened in Europe and the US. The widely adopted standard for AC charging is ‘Type 2’ and DC charging is ‘CCS’ as shown below.

Plug	Description	Photo
Type 2 (Mennekes)	The standard for EVs in Australia, is found on virtually all battery-powered electric vehicles in Australia. Suitable for AC charging.
Charge de Move (CHAdeMO)	Only used by a handful of EV brands (most common is the Nissan Leaf)
Combined Charging System (CCS)	A fast charger connection for DC charging. Many EV brands in Australia have a CCS Combo connection that can plug into a Type 2 connection at home and a DC fast connection when out and about.

How much does a home EV charger cost?

We have been tracking costs to install an EV charger in Australia since 2024 based on our a vetted network of qualified electricians across all states in Australia. Based on the Solar Choice’s EV Charge Price Index from December 2024 the average cost to install an EV charger was $2,063 including all hardware and installation costs.

The costs will vary depending on:

• Type of charger installed. Basic chargers start at around $700, while a higher end charger with better features may cost around $2,000 for the charger alone.
• Installation requirements. The easiest installations are when the EV charger goes in next to the main switchboard for the house. If the cable run is longer than this and particularly if the electrician needs to cut through concrete or walls, then the costs will increase.
• 3-phase EV Chargers. Typically installers on Solar Choice’s network will charge an extra $400 to install a 3-phase EV charger plus an additional costs for the 3-phase version of the charger.
• Switchboard Upgrades. If you’re unlucky enough to have a very old switchboard that cannot accommodate any new appliances, then you may need to undergo an upgrade before an EV charger is installed.

What features to look for in an EV charger?

There are a lot of EV chargers to choose from and they range from dumb to smart and from well-backed and known companies to others that have popped up in recent years. We’ve reviewed nearly all the EV chargers available in Australia and have put together a full home EV charger comparison to help buyers find the one that suits their needs.

Some of the features we think are most important are:

Integration with your solar system

If you are going to the expense of installing an EV charger and have a solar system, it seems logical that you are going to want those two systems to work together. Usually solar-compatible EV Chargers will have a current transformer (CT) clamp that can attach to the incoming mains so that it can see you are receiving or exporting power.

We recommend you look closely at the specifications of how much surplus power is required before the EV charger will turn on. Ideally this would be as little as 6 Amps, but some chargers require 20 Amps or more which means you might rarely have enough surplus power to trigger the EV charger.

Unfortunately as many EV charger companies don’t put this information on their datasheets, it may require a call to their sales representative, or check out our EV charger reviews.

You can usually save around $700 or $800 to go with a  ‘dumb’ EV charger with no solar capability, but in our opinion its well worth the extra expense.

Open Charge Point Protocol (OCPP) capable?

OCCP is a universal language that 3^rd party hardware and software can communicate with and control EV chargers. Not all EV chargers are compatible with this language.

There are various uses of OCPP in EV chargers today including the ability to use a popular third-party app like Charge HQ.

The main reason to find a charger with OCPP is the possibilities in the future. As a developing space, OCPP functionality will likely be the key to EV batteries being able to support household usage, provide services to the grid and be controlled by electricity retailers to achieve cheapest possible charges.

Cable length and options

Many EV drivers will have specific requirements of the length of the capable depending where they park, where they plan to put the EV charger and the location of the charging port on the EV.

Some EV chargers come with relatively short 5m cables and some extend to 7.5m. For the most flexibility homeowners can opt for an ‘untethered’ EV charger which means the EV charger just has a socket and does not come with a cable. Then EV drivers can buy a type 2 to type 2 cable separately which could be as long as 15 metres or longer.

Reputable Company / Manufacturer

These days it seems easier than ever to set up a company and find a 3^rd party manufacturer in China to throw a brand and logo onto an EV charger. As a result, there are a lot of relatively unknown brands on the market. For any brand you like the look of, we would recommend checking:

1. The company has been trading for at least 3 years (longer the better)
2. The company has an Australian office and a clear process for Australian customers to claim warranty
3. Have a look through customer reviews on public platforms. We are collecting and verifying customer reviews from Solar Choice customers and the general public but as an emerging market many brands do not have a lot available. Check out our customer reviews here.

What about bi-directional charging and vehicle to home and grid?

There is a little way to go before bi-directional charging and vehicle to grid capabilities will be broadly available to the public in Australia. There have been a number of trials conducted in Australia and overseas.

Australia has recently revised electrical codes (AS477.2:2020) which now makes vehicle to grid possible, but we still need network operators and car manufacturers to play along and affordable bi-directional EV chargers.

Currently, bi-directional chargers used in pilot studies have costs $8,000 to $10,000 and have only been compatible with specific EV models.

This is undoubtedly the future of EVs and will present an opportunity for every EV owner to start making money off their parked cars, but we are likely a few years away.

In Summary

A level 2 EV charger is a good idea to charge your EV faster, cheaper and using renewable power

Picking the right EV charger is important as they range widely in quality, features and reputation

You can use Solar Choice’s online quote comparison tool to freely browse through EV charger quotes from electricians local to you that Solar Choice has vetted.

The post Home EV Chargers: Do you need one and what to look for? appeared first on Solar Choice.

Feed-in tariffs are still one of the main drivers for going solar. Although the amount received by the consumer for exporting their excess clean energy back to the grid has decreased a lot since the early days, it still enables solar power system owners to generate a credit towards their bill for surplus energy.

For those who are shopping around for the best solar feed-in tariff rates in VIC, we’ve provided for you a table below which gets updated regularly. We’ve also given other information we recommend you consider so you can make a well thought out decision.

Time of use or Flat Rates?

You may be thinking at this point what the better option to take in Victoria is – a single rate or time varying rate? We go into an analysis about the time varying rate along with a modified solar payback calculator tool to help you make an informed decision.

Just be aware that currently electricity retailers in Victoria aren’t legally required to offer the time varying rates at this stage. Some may only decide to provide the single rate only instead.

Going forward, it will be interesting to see how retailers go about providing the solar feed-in Tariffs and time varying rates in the future. With the ongoing changes to rates, we’ll keep an eye on this development at Solar Choice.

Best Solar Feed-In Rates in Victoria

The below table shows the minimum and maximum FiT rates per electricity retailer. Note that it doesn’t show the time varying feed-in tariff.

*Please note that we periodically update these tables. Please email us at sales@solarchoice.net.au if anything is out of date.

What solar system size limits exist in Victoria?

Originally the Australian electricity grid was designed with unidirectional power flow in mind, i.e. one way flow of electricity along a series of networks starting from the generator to the household owner.

Currently with over 2 million home solar systems across Australian rooftops, network operators are reporting issues with congestion and voltage rise across the grid. The main way they limit this issue is through the implementation of size limits for solar inverter capacities and export limits for exported solar energy. 

In Victoria there are 4 Distributed Network Service Providers (DNSPs) and each have different restrictions on what can be installed. See our guide below.

Caveat to these rules per network: The information in the table above serves as a general guideline to get you started. Just be aware that the actual implementation will differ depending on your area and specific network. We recommend that you discuss your options with your solar installer who should be an expert in getting solar systems approved by your local network.

Is the limit strict or is there a way to get around it? 

In some cases your network may allow you to install a larger system then their standard rules, but you may have to meet certain requirements. This could involve having export limitations or paying an additional cost for upgrades to the physical network in your area.

Does the limit apply to solar inverter capacity exclusively? Or does it also include battery inverter capacity?

 It’s important to note the distinction here. Some networks don’t count battery inverter capacity towards their stated maximum size limits because of the fact that battery systems with their own dedicated inverters generally don’t automatically export surplus solar electricity to the grid. This is in contrast to modern, grid-connected solar systems which do.

Will you need to install additional technology on your solar system which has an ‘export limit’?  What about ‘solar smoothing’? 

Export limiters prevent your system exporting solar into the grid over a specific threshold, such as the 3kW limit for a 5kW system. Using this type of technology it might be possible to exceed the above limits and install a larger solar power system.

Some networks will also require what is known as a ‘solar smoothing’ device. This is a small battery bank that stops any sudden drops in your solar system energy output due to clouds passing overhead. In particular, these devices help make the solar output on ‘thin’, spindly grids in regional areas more manageable.

What retailer has the best solar feed-in tariff in VIC?

At the time of updating (December 2024), Energy Australia has the best solar feed-in tariff in VIC, whereby the maximum a customer can get is 12 cents per kilowatt hour (c/kWh). They are followed by Origin in second place with an offer of 11 c/kWh.

Is there a minimum feed-in tariff in VIC?

Luckily there is a minimum feed-in tariff for solar customers that is mandated by the Victorian government.

In Victoria, electricity retailers with more than 5,000 customers are mandated to offer a minimum solar feed-in tariff rate to their customers. This is divided into what is known as a ‘single rate’ (Flat Fit rate) and a ‘time varying rate’.

As of the 1st of July 2024, consumers in Victoria have the option to choose one of these rates:

Option 1:

Option 2:

History of solar feed-in tariffs in Victoria

The Premium Solar Feed-in Tariff was introduced on 1st of November 2009 in Victoria offering residentials a rate of 60 c/kWh for exported solar energy. This program closed to new applicants on the 29th of  December 2011. Participants of this scheme will receive the premium rate until 2024.

After December 2011, Victorians were offered a Standard Feed-in Tariff which offered a ‘one for one’ rate based on the customers electricity rate, or a Transitional Feed-in Tariff of 25 c/kWh. These premium rates were scheduled to end in 2016 and also closed for new applicants at the end of 2012.

Since then the Victorian Essential Services Commission has dictated a minimum feed-in tariff each financial year to the industry which is designed to reflect the wholesale market plus a premium to reflect a green benefit. 

You can see the history of the minimum feed in tariffs in Victoria in the below table:

In 2017, the Victorian Essential Services Commission proposed a variable feed-in tariff be introduced along with the above mentioned flat rates. In 2018 this went as high as 29c/kWh during peak times. 

The logic behind the variable FiT rate was the fact that electricity is worth more on the grid in the latter part of the day, i.e. between 3pm – 9pm. So an incentive was created to nudge solar system owners to design systems or shift electricity demand to export a higher amount of electricity back into the grid later in the day.

This new variable FiT rate opened discussion for potentially higher adoption for battery system owners to ‘play the game’ of selling their stored energy during peak periods in order to capitalise on the financial incentives.

Conclusion:

Fortunately for residents of Victoria, there is a minimum feed-in tariff they receive. Although going forward, the revised solar feed-in rates for 2023/2024 will see a noticeable drop. 

As always solar feed-in rates are only part of the puzzle when assessing an electricity plan and when determining whether investing in solar power is a good idea. Hopefully this helps you get started.

The post Best VIC Solar Feed-In Tariffs appeared first on Solar Choice.

In this article, we’ll provide you with information on the best solar feed in tariff rates in SA. We’ll also give you what you need to know to make an educated decision in choosing an electricity retailer.

If you’re looking for the best solar feed-in tariff in SA , scroll below to view a table which displays this information on a regular basis. We also recommend you consider other information beyond just the amount you’ll receive from the tariff, so you’ll be able to make a more

Is there a minimum solar feed-in tariff in South Australia?

There is currently no minimum solar feed-in tariff rate in South Australia at the moment. It’s up to electricity retailers to voluntarily set their own rates, so consumers need to shop around for the best deal.

Best Solar Feed-In Rates in South Australia

The below table shows the lowest and highest FiT rates for each electricity retailer in South Australia.

*Please note that we periodically update these tables. Please email us at sales@solarchoice.net.au if anything is out of date.

What retailer has the best solar feed-in tariff in South Australia?

At the time of updating (December 2024), Energy Australia has the best solar feed-in tariff in SA, whereby the maximum a customer can get is 12 cents per kilowatt hour (c/kWh). The next best solar feed-in tariff are AGL and Origin Energy who offers 10c per kWh.

Should I only think about solar feed-in tariffs when choosing a provider?

It’s understandable that residential owners put a lot of weight in the provider who provides the highest solar feed-in tariff amount. However, we recommend that you adopt a holistic approach here. 

There can be cases where the provider draws you in with a high FiT but you still end up with a higher spend as they couple it with higher electricity rates and daily supply charges. Which is why we recommend you consider other reasons beyond just the feed-in tariff when it comes to making a more informed, balanced decision.

This may include non-financial reasons such as going for a more ethical or environmentally friendly retailer. Or a provider that is committed to maintaining high customer service standards by keeping an Australian based staff, as opposed to outsourcing overseas which has become common.

Every household will have to weigh their respective factors on a case by case basis. For those that have large solar systems, they can export plenty of excess clean electricity back into the grid, so a high solar FiT may be an important factor. Conversely, for someone that has a small solar system, they may want to put more weighting towards lower rates or supply charges due to the fact they’ll receive less potential charges on their bill.

History of feed-in tariffs in SA

There used to be a minimum guaranteed feed-in tariff at a generous 44c/kWh, which was in place up until 30 September 2011. This was at the time a big motivational driver for consumers to switch to solar. 

Then in 2012, ESCOSA released a draft determination for a transitional solar feed-in tariff of 23c/kWh for SA residents who applied between 27 January 2012 and 30 June 2012.

Previous applications who were lucky enough to receive the premium feed-in tariff before 30 September 2011 were initially on 44c/kWh before this change was put into effect. Those lucky solar system owners had this premium rate locked in until 2028.

However, those who didn’t have access to SAs premium feed-in tariff rate would at least receive 6.8c/kWh which was mandated by ESCOSA. Solar Choice recommended that they shop around for the best rate, plan and retailer as now there was competition based incentives for doing so.

In actuality the transitional rate was rather complicated looking back at it. It was set at a significantly reduced rate of 16c/kWh plus an additional set contribution required from electricity retailers who accepted solar customers (i.e. approximately 16c/kWh government rebate plus 6-8c/kWh estimated electricity retailer contribution). This transitionary period was for those who signed up during the two years from 1 October, 2011.

Then towards the end of 2016, ESCOSA decided to eliminate the minimum feed-in tariff for SA.  SA effectively followed NSW and South-East Queenslands decision in removing minimum rates and hence left it up to market competition in determining what rates consumers would receive. The effect of this on consumers was now it was their responsibility to shop around and find the best rate, plan and company they preferred.

The implication of this change was deemed to be relatively small however.

Despite the low feed-in rate, households still continued to switch to solar in droves because of the fact that solar affordability has increased a lot over the last 10 years. Further compounding this is that grid electricity prices are high in South Australia (due to high cost of wholesale electricity)

What are the network limits in SA?

In hindsight you could argue that the original architects of the current solar grid system weren’t forward thinking in terms of the ability of solar PV owners to be able to sell excess energy back into the grid.

Hence, the reason why there are network limits on the ability to feed electricity back into the grid as it was originally designed to be unidirectional in nature. Perhaps in the future with advances in grid technology, South Australians will be able to enjoy a higher upper limit on their ability to export back to retailers.

Conclusion:

Going solar is a great way to save money on your power bills. The payback period has decreased considerably in recent years to an average of 3 -5 years for most residential homeowners. In other words, going solar is still worth it.  We recommend you to consider your specific situation when choosing a retailer, so you can make a balanced decision.

The post Best SA Solar Feed-In Tariffs appeared first on Solar Choice.

We’ll go through what you need to know about how to assess what provider provides the best solar feed in tariff-in Queensland.

To look for the best solar feed-in tariff rates in QLD, view the table below which gets updated every two weeks. We recommend you read the other considerations we mention in this article so you can come out with a more informed decision that goes beyond a financial one only.

Does Queensland have a minimum solar feed-in tariff?

There currently isn’t a mandatory minimum feed-in tariff that electricity retailers have to abide by in South East Queensland (Energex network).  Instead it’s been left to each retailer to assign their own respective rates for exported solar power they buy from a solar system owner.

We recommend in this case that you shop around for a plan that provides a high FiT, as electricity retailers will try their best to earn your hard earned dollars by offering a competitive FiT. 

For residents of regional Queensland (Ergon network), there is a mandatory minimum you’ll receive for your solar power exports. Check the QCA’s website for the current rates.

Find the best Solar Electricity Plan in your area now

What retailer has the best solar feed-in tariff in QLD?

At the time of updating (December 2024), ENGIE currently has the highest solar feed-in tariff offer in QLD, whereby the maximum a customer can get is 12 cents per kilowatt hour (c/kWh). Globird Energy comes in second at 11c/kWh.

Each of those plans is subject to eligibility criteria and specific terms and conditions which you can read on their websites.

Best Solar Feed-In Rates in Queensland

The below table shows a minimum and maximum solar feed-in tariff that each provider gives. Please note that this information changes on a regular basis and this table is updated to reflect this.

*Please note that we periodically update these tables. Please email us at sales@solarchoice.net.au if anything is out of date.

Should I only consider solar feed-in tariffs when choosing an electricity provider?

Although choosing an energy provider solely on having the highest solar feed-in tariff sounds like a tempting path to go down, be careful of putting your blinkers on and ignoring other important factors. 

We recommend that you also consider other factors namely usage rates and daily supply charges.  You may find in your assessment that a company may offer a high feed-in tariff but their usage rates as measured as cents per kilowatt-hour (c/kWh) is relatively higher then another competitor that gives you a lower tariff amount.

You may also be in a situation where you’ve got a small solar system that doesn’t produce much excess electricity to export back to the grid. In that case, you may want to consider going with a provider that has lower usage and daily supply charges because your capacity to make money from exports is limited by your solar system design. 

If however, your solar system has the ability to export a lot of excess clean electricity, then it may make sense to go for the higher solar FiT which would help with minimising your regular electricity bills payback calculations.

You can enter you bill details into Solar Choice’s electricity plan comparison tool to find a good solar electricity plan and switch online:

Find the best Solar Electricity Plan in your area now

How do I find out what my Solar Feed in Tariff is?

You can find your current solar feed-in tariff by locating it on page 2 of your energy bill – look for a ‘c/kWh’ rate. If you can’t find it, another good place to look is at the bottom of the retailer’s homepage.  

It’s also legislated that all retailers provide their customers with a fact sheet document that shows clearly important information for each plan including rates, charges and fees etc. Check your emails for something from your electricity retailer.

What are the solar system network limits in Queensland?

The Distributed Network Service Providers (DNSPs) own the electrical infrastructure in Queensland. Based on protecting the network from issues like voltage rises that occur when solar is installed they apply certain limits on what solar systems can be installed. This can also include a limit on how much power can be exported back to the grid from a solar system.

The grid was originally designed to only work unidirectionally, with electricity only going from the large coal power stations to the end-consumer. Now we are looking at multi-directional energy distribution with over 2 million home rooftop solar systems.

Hopefully in the future the grid will get smarter and the infrastructure and supporting tools will allow for better bidirectional electricity back and forth – meaning less limits for home solar systems.

History of feed-in tariffs in QLD

For the early adopters who got solar over 10 years ago, there was a generous premium given in Queensland for the solar feed-in tariff at 44c/kWh. Then from 10 July 2012, it was announced by the state government it was to be drastically reduced to 8c/kWh.

There were a range of reactions to this big change. The solar panel industry was embraced for a sudden rush of customers wanting to submit their application before the deadline.

This change, driven by Queensland premier Campbell Newman, who under the Liberal government implemented a different direction from the previous Labour government’s clean energy policies.

The cut was much bigger than that taken by other states. Whilst other states like Victoria and South Australia adopted a gradual reduction (who’s solar feed-in tariff was reduced to 25c/kWh and 23c/kWh respectively), Queensland’s cut represented reduction of over 75% overnight.

Following the reduction in feed in tariffs, the contentious issue of undervalued solar power was discussed. The Australian Solar Energy Society (AuSES) stated in response that utilities should pay the same rate for solar that customers pay for grid electricity.

The Clean Energy Council had also warned that up to 4500 solar jobs could be shed over a period of a year in the fallout of the reduction.

It’s important to note that the context of this drop was centered around the misconception that solar schemes were a main driver for the rising price of electricity. It was clearly pointed out by RenewEconomy in an article that green schemes reduce the demand for electricity from the grid. It was argued that wholesale electricity prices had been pushed down to around half of what they were within a five year period.

Despite the change in feed in tariffs, the economics behind installing solar on your home still made sense. The main motivation which for some homeowners had focused on exporting solar at a premium price shifted to a focus on self-consuming the solar power that was generated. However, the soaring costs of retail electricity in Queensland as well as the affordability of solar with a reasonable payback period (now around 3-5 years) is now the main motivation for going solar along with the reduction of greenhouse gas emissions.

In 2014 the solar feed-in tariffs in regional Queensland were reduced to between 6.3c/kWh and 9.7c/kWh for exporting energy back to the grid.  This was initiated by the Queensland Competition Authority who had decided to set a minimum feed-in tariff for regional Queensland because of a lack of competition amongst retail electricity providers.

Conclusion:

Getting the most out of your investment in solar will come down to choosing an electricity retailer that provides a solar feed-in tariff that suits you. It’s important to choose a balance between choosing a retailer that provides a high enough tariff, along with reasonable usage rates and supply charges. Hopefully after reading this article, you’ll come away with making a more informed decision.

The post Best QLD Solar Feed-In Tariffs appeared first on Solar Choice.

There have been many changes to this legislation in New South Wales over the last few years.  When solar panels were new 10 years ago, the feed-in tariff that residential households received for exporting to the grid was a lot higher than it is today, which gave the industry a good kickstart.

Since then, the amount received for solar exports has dropped considerably. This has led some people to question whether solar is worth it in Australia. (Spoiler alert: We come to the conclusion that going solar still makes sense with enough value to be created simply by reducing the amount of energy you buy from retailers)

Many solar consumers are also motivated to take action on climate change and reduce their carbon footprint. 

In most of the scenarios we have looked at recently, we have observed the payback period to be anywhere between 3 – 5 years for an appropriately sized residential solar system (without a battery). Of course, this depends on the brand and model of solar panels and whether there are any extra costs for your installation.

If you’re looking for the best solar feed-in tariff rates in NSW, we’ve provided you with a table that lists the rates of the major electricity retailers in the state. We’ve also provided you with other considerations we recommend you take into account in your decision-making process.

Be careful of retailers offering a high solar feed-in tariff as a drawcard

Don’t fall for the trap of jumping for a retailer solely on having the highest feed-in tariff rate. 

In most cases, the plans with the highest feed-in rates also have high electricity purchase rates. It is important to get an overall picture of the net spend on each electricity plan to make an informed decision.

Solar feed-in tariff rates in NSW:

*Please note that we periodically update these tables. Please email us at sales@solarchoice.net.au if anything is out of date.

Why you should consider other factors apart from just feed-in tariffs

As mentioned above, because the amount received from solar feed-in tariffs has decreased considerably in the last 10 years, consumers should consider other factors in their decision making process.

Beyond financial factors, there may be other factors you may consider such as providing good customer service. There’s nothing more frustrating to Australian consumers than talking to someone in an outsourced customer support team. 

For others, choosing a retailer that is more environmentally friendly even if it comes with a higher price tag.

Although the premium tariffs are no longer in place, low solar PV system prices mean that they are no longer as important as they once were for solar to make financial sense. Increasing electricity costs also provide an incentive to invest in a solar PV system, as it offers homeowners a means of taking control of their energy bills (read more about ‘solar self-consumption‘).

The trend towards solar self-consumption

There is now a trend of one’s motivation towards solar self-consumption, which focuses on designing an appropriately sized system for your energy bill and shifting as much of your power usage as possible to ‘solar power hours’.

A typical household buys energy at 20-30 c/kWh and is offered a feed-in tariff of 5-10 c/kWh. It’s a logical conclusion that offsetting the amount of energy you buy from your electricity retailer is more valuable than selling it back to them. This also supports the concept of a solar battery to store excess energy to reuse at night times. 

So it’s clear that the justification for going solar in NSW today is for ‘self-consumption’. Hopefully, you’ll be informed about how much you can get for your excess solar power from the major electricity retailers so you can make an educated decision about what one to choose.

Is there a minimum feed-in tariff in NSW?

At the moment, there is no mandatory minimum feed-in tariff rate in NSW. Instead, individual electricity retailers assign a value to exported solar power as they see fit. It is a competitive market so electricity retailers do have an incentive to offer a reasonable feed-in tariff to win customers with solar panels installed.

According to Energy NSW, the benchmark rate is 4.9 to 6.3 cents per kWh for 2024/2025 in NSW.

What retailer has the best solar feed-in tariff in NSW?

At the time of writing (December 2024), ENGIE, Globird Energy, ActewAGL, Energy Australia, and Red Energy currently have the highest solar feed-in tariff offer in NSW, whereby the maximum a customer can get is 12 cents per kilowatt hour (c/kWh). Origin Energy and AGL come in second with 10 c/kWh.

Each of those plans is subject to eligibility criteria and specific terms and conditions which you can read on their websites.

What are the solar system network limits in NSW?

The Distributed Network Service Providers (DNSPs) are the companies that own the electricity infrastructure (poles & wires). In NSW there are three companies that own different regions across the state (see table below). 

These companies have limits that dictate what size solar systems you are able to install and how much electricity you are able to export back into the grid. 

The electricity grid was originally designed in Australia which was designed with the view of electricity being transferred unidirectionally from coal-fired power plants across the network to homes. Now with over 2 million home solar systems in Australia generating their own electricity, the grid is tackling issues such as rising voltages from exported solar energy. 

The solar system size limits and export limits are their current way of controlling those issues. Hopefully, in the future smarter grids and technology will enable these limits to be relaxed.

History of feed-in tariffs in NSW

Currently, there is no legislated minimum feed-in tariff in NSW, so electricity retailers are free to offer what they like – although it is a competitive market.

Commencing on the 1st of January 2010, the NSW Solar Bonus Scheme offered a generous gross feed in tariff of 60c per kWh for 7 years until December 2016. However back then the upfront cost of solar was also almost 5 times what it is today, so the scheme was designed to help kickstart the industry. 

This rate was significantly reduced to 20c per kWh overnight on the 27th of October 2010 when a bill was passed through NSW parliament resulting in a day of chaos for the solar industry.

Eventually the premium feed-in tariff scheme was closed to new applications from midnight 28 April 2011 by the NSW Government.

The scheme finally ended on 31 December 2016 as initially scheduled and all legislated payments ceased.

Now under the open market conditions, retailers compete for solar customers’ electricity plans partly on the feed-in tariffs they offer. The wholesale electricity price in the middle of the day has dropped over recent years as the millions of solar systems produce excess power which has applied some downward pressure on feed-in tariff rates. 

This is now an important consideration for solar buyers as the goal is not simply to put as many panels on the roof to generate as much electricity as possible. In most cases the best ROI can be reached by matching the size of the solar system to the daytime energy needs of the house, to ensure that you are focusing on self-consuming solar power and not relying on a feed-in tariff.

Many customers are now installing a battery with their solar system or retrofitting a battery to their existing Solar PV system. Here are a few case studies from Sydney to consider.

Conclusion

We hope you’ve come away more informed about how to choose an electricity retailer that meets your needs. As mentioned, remember not to jump on a provider solely to give you the highest feed-in tariff amount. 

Consider other factors such as payback period and usage or supply rates in your decision-making process. It’s also a good idea to consider non-financial concerns such as customer service.

The post Best NSW Solar Feed-In Tariffs appeared first on Solar Choice.

Solar feed-in tariffs are arrangements where a solar system owner is paid for the solar energy that they send into the grid. At one point in time, feed-in tariffs were mandatory in every state in Australia, and the rates they offered were quite generous.

Much has changed, however, since we first published this article in 2009. State-mandated feed-in tariff incentives are no longer available to new solar customers in almost all of Australia’s states and territories. Instead, rates are largely voluntary for electricity retailers in most states; they usually fall in the range of 6-15¢/kWh – generally lower than price of retail electricity purchased from the grid. (Those who signed up for these before the deadlines for the various feed-in tariffs may continue to receive the set rates for the duration of the term of their incentives.)

Because feed-in tariffs are voluntary in many states, solar system owners must shop around to find a retailer that offers them a favourable rate.

Why feed-in tariffs aren’t the only factor you should consider

Everyone wants to get the greatest possible value out of their solar installation; feed-in tariff rates are only one piece of the puzzle.

Until a couple of years ago, feed-in tariff incentives were virtually the main determinant in the economic viability of going solar in Australia. Since then, however, solar PV system prices have fallen considerably, meaning that an investment in a solar PV system is still worthwhile, but how to best use a system has changed.

When feed-in tariffs were higher than the cost of grid electricity, it made sense for homes & businesses to try to export as much power as possible, as this would maximise savings.

The shift to solar self-consumption

These days, the opposite is true: in order to maximise investment in a solar system, the system’s owner would see the most benefit from endeavouring to consume as much of the electricity that they generate as possible (‘solar self-consumption‘). This is because direct consumption of any solar power generated means less electricity that needs to be purchased from the grid (at rates between 20-30¢/kWh, depending on the retailer and region), whereas exporting the power will earn system owners credits on their power bill to the tune of only 6-10¢/kWh.

What is clear is that the bias for ‘self-consumption’ virtually defines the business case for going solar in Australia today. The aim of this article is to help solar shoppers to keep themselves informed about what their excess solar power is worth so that they can ensure that they are getting the most out of their system.

Beware of high solar feed-in tariff ‘bait’

A higher solar feed-in tariff rate from your electricity retailer does not necessarily mean a better overall deal – make sure that you consider each retail electricity plan as a whole. You can try our Solar-friendly Retail Plan Comparison Tool to get a more complete picture.

Solar feed-in tariff rates by state

NSW – VIC – QLD – SA – WA – ACT – NT – TAS

New South Wales

At the moment, there is no mandatory minimum feed-in tariff rate in NSW. Instead, individual electricity retailers assign a value to exported solar power as they see fit. Some retailers offer more than others, and some retailers offer nothing.

Victoria

The Victorian government introduced a new minimum feed-in tariff from 1 July 2017. The rate is subject to regular reviews and will fluctuate annually. The rates in the table below reflect the current feed-in tariffs on offer in the state.

(N.b. The Victorian government has recently introduced a ‘time varying feed-in tariff‘ whose rates are not reflected below.)

Queensland

At the moment, there is no mandatory minimum feed-in tariff rate for southeastern Queensland (Energex network). Instead, individual electricity retailers assign a value to exported solar power as they see fit. Some retailers offer more than others, and some retailers offer nothing.

If you are a resident of regional Queensland (Ergon network), however, there is a mandatory minimum that you will receive for exported solar power (check the QCA’s website for current rates).

South Australia

At the moment there is no minimum solar feed-in rate in South Australia. Instead, electricity retailers set their own feed-in rates voluntarily – so solar homes need to shop around to find the best possible deal.

Read more about feed-in tariffs in SA

Western Australia

At the moment, the mandatory minimum feed-in tariff rate for the southwestern region of Western Australia is set by government-owned network company Synergy. The rates have been updated recently to reflect the growing penetration of solar into the grid. As of 1st July 2024, the solar feed-in tariff in WA for Synergy customers is as follows:

• Solar power exported into the grid between 3 pm and 9 pm earns 10 cents per kilowatt-hour (kWh);
• Solar power exported into the grid between 9 pm and 3 pm earns 2.0 cents per kilowatt-hour (kWh)

This time of export stipulation would favour solar panels installed on the west-facing aspect of the roof to maximise evening solar power generation and battery storage which could be used to shift exports to later in the day.

If you are a resident of the regional Horizon Power network, the mandatory minimum that you will receive for exported solar power will depend on where you are. Horizon offers between 3¢/kWh and 10¢/kWh for exported solar power depending on the town and whether local solar capacity quotas have been reached already. A full list of the rates can be found here. Also note that in some areas export control devices may be required for solar system owners.

Compare retail electricity plans with WattEver

Compare Electricity Plans

ACT

At the moment, there is no mandatory minimum feed-in tariff rate in the ACT. Instead, individual electricity retailers assign a value to exported solar power as they see fit.

Northern Territory

Feed-in tariff rates in the Northern Territory will depend on your electricity retailer but are not listed in a comparator site. A list of retailers operating in the region can be found here.

Tasmania

Tasmania is technically an open market for retail electricity, but there is little competition in the state so far. Current regulated rates can be found on the Tasmanian Energy Regulator’s website.

Read about solar feed-in tariffs in your state:

NSW – VIC – QLD – SA – WA – ACT – NT – TAS

Frequently asked questions about solar feed-in tariffs

Further reading of best solar feed-in tariff by state:

Best feed-in tariffs NSW

Best feed-in tariffs VIC

Best feed-in tariffs QLD

Best feed-in tariffs SA

The post Which electricity retailer offers the best solar feed-in tariff? appeared first on Solar Choice.

We are also the publisher of Australia’s Solar, Battery and Heat Pump Hot Water System price indexes.

EV Charger Costs by State

The below prices are the average of prices that are collected from all the installers in our network. The pricing includes the EV charge hardware and a basic installation. If you have difficult or more complex installation requirements then your costs may increase from the prices listed below.

The pricing is also reflective of EV chargers for residential homes. Different applications like public chargers, commercial car charging and EV charging in strata apartments will have different average costs.

As you can see the average cost of an EV charger installation in Australia is $2,063 as of December 2024.

To be part of Solar Choice’s vetted network of installer there are minimum requirements in terms of customer reviews, trading history and relevant qualifications. As a result the above averages favour reputable companies who prioritise established and trusted EV charging brands.

EV Charger Market Share

The below graph is designed to give you an overview of the most popular EV chargers on the market. The data is based on the 2 options that each of Solar Choice’s vetted installers uploads to our quote comparison tool outlining their preferred brands.

This data excludes consideration of any EV chargers that are supplied by the vehicle manufacturer.

The post EV Charger Price Index – Solar Choice appeared first on Solar Choice.

Heat Pump Hot Water System Costs by State

The below table represents the average cost of a heat pump hot water system including basic installation and the available rebates in the state. Please note these are average costs and should serve as an indicative guide only. Your quote may different based on your install requirements and which heat pump brand and installer you choose.

To be part of Solar Choice’s network, each installer must pass our vetting requirements including verifying qualifications and having demonstratable company trading history and positive feedback from customers. These average costs exclude pricing from very cheap companies who are installing low quality solutions.

Heat Pump Brands Market Share

Based on Solar Choice’s pre-vetted network of trusted heat pump installation companies, we publish a monthly view on what brands are being used in the quotes that are being displayed to customers. This provides an indication on the most popular heat pump hot water system brands in the market.

It should be noted that if a customer has a particular preference for a heat pump brand, most installers will be happy to accommodate this.

Indicative Price Breakdown by Brand

When considering a heat pump, understanding the indicative pricing across different brands is essential for making an informed decision. While the upfront cost is an important factor, it’s crucial to balance price with factors like energy efficiency, warranty, and long-term savings. Below, we provide a detailed breakdown of heat pump costs by brand to help you choose the best system for your home

Note: The pricing information has been sourced directly from the manufacturer or from publicly available sources. Prices may vary based on location, installation requirements, and applicable rebates. Anything look wrong in this table? Email us at sales@solarchoice.net.au for any corrections or clarifications.

What Do the Solar Choice Pricing Tiers Mean?

• $$$$$ – Highest Cost: Above $2,500
• $$$$ – Higher Cost: $2,000 to $2,500
• $$$ – Mid-range: $1,500 to $2,000
• $$ – Lower Cost: $1,000 to $1,500
• $ – Lowest Cost: Below $1,000

These indicative pricing tiers are based on publicly available retail pricing for each brand and may vary depending on:

• Location: Installation costs can differ regionally.
• System Requirements: More complex installations may add to the hot water heat pump cost.
• Rebates: Government incentives or rebates can reduce the upfront cost of installing a heat pump.

Choosing the Best Price Heat Pump: Costs, Efficiency, and Long-Term Value

When considering heat pump options, it’s important to understand that cheaper systems may come with trade-offs in areas such as efficiency, noise levels, warranty, and longevity. Cheaper heat pumps often consume more energy, leading to higher long-term operating costs, and may be noisier, especially if installed near frequently used areas. Additionally, well-known brands typically offer better warranties and customer support, whereas cheaper options may have shorter warranty periods and more issues with durability. Investing in a higher-quality system can ensure longer-lasting performance and lower maintenance costs over time. Always verify the installer’s qualifications and check our Solar Choice heat pump comparisons & reviews before proceeding with a quote.

You can also check out our comprehensive article on the Best Heat Pumps in Australia Compared.

The post Heat Pump Costs – Solar Choice Price Index appeared first on Solar Choice.

The Solar Choice Price Index measures the cost of solar power systems on a dollar per watt ($/W) basis. This pricing metric helps consumers and industry stakeholders understand the average prices of residential solar system installations across different regions in Australia. The price per watt is a key factor in comparing the cost-effectiveness of solar power systems, considering the total cost of installation divided by the system’s capacity in watts. This index can provide insights into trends in solar pricing, influencing decisions for potential solar energy adopters by highlighting the average upfront investment required to install a solar photovoltaic (PV) system.

Solar Choice has been publishing the Solar Panel Price Index for residential solar & commercial-scale solar since 2012 and 2014, respectively. We regularly compile pricing & product and warranty information from our pre-vetted network of over 200 installers to produce the Residential Solar PV Price Index and Commercial Solar Price Index. We update this information monthly to help Australians understand – how much do solar panels cost.

Our price index is used frequently as a benchmark to residential customers and businesses as Australia’s best guide on how much solar panels cost and is included in reports derived by industry experts such as UNSW, SunWiz and Bloomberg NEF.

How much do Solar Panels cost? (December 2024)

The below table shows the average solar panel cost by city & size of solar panels installed (DC). The prices in all the below tables include the up-front incentive available for small-scale systems through the Renewable Energy Target (i.e. ‘STC discount’) and GST – they represent the total retail price of the system to the customer.

	3kW	4kW	5kW	6kW	7kW	10kW
Adelaide, SA	$3,830	$4,020	$4,420	$5,030	$5,900	$7,910
Brisbane, QLD	$3,720	$4,300	$4,670	$4,990	$6,030	$7,950
Canberra, ACT	$4,240	$4,480	$4,940	$5,490	$6,460	$8,270
Darwin, NT	$4,730	$6,780	$7,600	$9,320	$10,060	$13,060
Hobart, TAS	$4,530	$5,240	$5,830	$6,390	$7,190	$10,680
Melbourne, VIC	$3,710	$4,130	$4,600	$5,130	$5,980	$7,750
Sydney, NSW	$4,120	$4,300	$4,950	$5,230	$6,160	$7,980
Perth, WA	$3,380	$3,900	$4,170	$5,130	$6,100	$9,330
All	$4,030	$4,640	$5,150	$5,840	$6,740	$9,120

A commonly sized 6kW Solar PV System would cost between $4,000 and $6,000 in most states in Australia and a 10kW system would cost between $7,500 and $10,500. If you want to use top of the line products – see the premium solar system price table further down this page.

Read more on the solar power options for your city:  Sydney, Brisbane, Melbourne, Perth, Adelaide, Hobart, Darwin and Canberra

Premium Solar Panel Costs (December 2024)

We ask each installer on the Solar Choice network to put down a standard offer and a premium offer. Solar installers generally have tiers of offers to cater to consumers on a budget, or consumers willing to pay more for higher-quality to products. The Solar Choice Price Index references the standard offer prices are these are most commonly selected by customers.

The average solar panel cost in the below table reflects the premium offers from the Solar Choice installer network. These systems come at a 20-30% higher price than the standard offers based on the higher cost of the underlying equipment.

	3kW	4kW	5kW	6kW	7kW	10kW
Adelaide, SA	$5,160	$5,490	$5,940	$6,740	$7,790	$10,460
Brisbane, QLD	$4,960	$5,640	$6,110	$6,490	$7,740	$10,380
Canberra, ACT	$5,270	$5,630	$6,190	$6,820	$7,940	$9,610
Darwin, NT	$4,930	$7,330	$8,100	$10,330	$11,560	$15,460
Hobart, TAS	$5,210	$6,200	$7,150	$7,840	$8,350	$11,580
Melbourne, VIC	$5,010	$5,450	$6,020	$6,740	$7,700	$10,030
Sydney, NSW	$5,370	$5,730	$6,630	$6,970	$8,140	$10,950
Perth, WA	$4,590	$5,060	$5,500	$6,580	$7,740	$12,130
All	$5,060	$5,820	$6,460	$7,310	$8,370	$11,330

To give an idea of what is considered a ‘premium’ solar panel and solar inverter see the below pie charts which display the most popular brand names that installers are selecting for their premium option. Note that the most used premium solar panel or inverter is not necessarily the best quality, it is simply an indicator of market share.

Four important factors that influence the solar panel costs in Australia:

1. Wholesale equipment costs

The wholesale cost of solar equipment has dropped significantly over the past 15 years as manufacturers have reach enormous economies of scale following the global growth of the industry.

The production of solar panels and inverters has mostly shifted to China and other Asian countries and are produced in Gigawatt scale, highly automated manufacturing facilities. The introduction of robotics and AI has also had an material effect on the quality and efficiency of the output of these facilities.

2. The Australian Dollar

Most components for a solar system come from overseas. As the relative price of the Australian Dollar changes, solar equipment manufacturers distributors rapidly change their prices to reflect this.

Most quotes for installing solar are only valid for 7 to 30 days so that solar installers are not forced to wear any underlying changes in cost. In general, an increase in the AUD/USD rate will lower the cost of a solar quote, and vice versa.

3. The Solar Rebates

The federal solar rebate – STC program – winds back each year until it is phased out completely in 2030. This provides upward pressure on solar pricing but has been overshadowed in the early solar years with the cost of solar decreasing.

Since 2021 we have not seen major decreases in the wholesale solar equipment costs and this decreased rebate value has led to the net cost of solar increasing slightly in recent years. This can be seen in the graph at the top of this article.

4. Competition and Cheap Solar Panels

The solar industry is one of Australia’s most competitive markets with over 6,000 contractors accredited by the Clean Energy Council to install solar. As a result, the margins have been forced to be very slim in the market.

Unfortunately, this has driven some installers to sacrifice the quality of products and services to offer ‘crazy prices’ and support them with broad-scale marketing efforts to drive high volumes. These tactics have provided downward pricing pressure, but in most cases have not improved the outcome for consumers.

What about solar panel costs in the future?

Many people in the solar industry expect solar panel costs to continue to decline, albeit at a much slower pace. Manufacturers continue to progressively release improvements in cell efficiency and panel designs which are now edging leading Solar Panels towards 1,000W of power.

However, a lot of the early step-change efficiencies of production have already been achieved in robotic-driven factories of enormous scale. Additionally in Australia, the STC rebate reduces each year until it is scheduled to phase out completely in 2030.

In the future, we expect the average cost of solar to increase each year for residential systems.

Commercial solar panel costs (Price Index)

Since May 2014, Solar Choice has been publishing commercial-scale solar PV system prices for each of Australia’s capital cities across a range of popular system sizes. Solar Choice manages tenders for a wide range of commercial solar projects around Australia. The figures in the tables below are based on data from our extensive network of solar installers, many of which specialize solely in commercial-scale solar projects.

Companies in our network upload their pricing & product information for us to present to our commercial clients in our free & impartial quote comparisons so that the client can make an informed decision about who to pursue further discussion with.

All prices in the tables below include incentives available through the federal Renewable Energy Target (i.e. STCs) as well as GST.

Average commercial solar panel costs by city & size (November 2024)

	10kW	30kW	50kW	70kW	100kW
Adelaide, SA	$9,730	$30,600	$55,780	$75,750	$93,580
Brisbane, QLD	$10,000	$27,930	$46,860	$68,410	$88,160
Canberra, ACT	$10,550	$31,770	$50,660	$67,340	$91,620
Hobart, TAS	$12,540	$27,490	$47,100	$65,330	$78,100
Melbourne, VIC	$9,560	$26,610	$46,930	$61,980	$83,510
Sydney, NSW	$9,750	$27,460	$48,070	--	$84,330
Perth, WA	$9,750	$28,430	$57,340	$71,700	$93,980
All	$10,270	$28,610	$50,390	$68,420	$87,610

Average commercial solar panel costs per watt (November 2024)

	Average	10kW	30kW	50kW	70kW	100kW
Adelaide, SA	$1.01	$0.91	$1.01	$1.11	$1.08	$0.93
Brisbane, QLD	$0.93	$0.94	$0.89	$0.94	$0.98	$0.88
Canberra, ACT	$0.99	$0.99	$1.06	$1.01	$0.96	$0.92
Hobart, TAS	$0.96	$1.15	$0.92	$0.94	$0.93	$0.78
Melbourne, VIC	$0.91	$0.93	$0.89	$0.94	$0.89	$0.84
Sydney, NSW	$0.89	$0.89	$0.86	$0.92	--	$0.84
Perth, WA	$0.95	$0.86	$0.89	$1.05	$0.99	$0.92
Average	$0.96	$0.95	$0.93	$0.99	$0.97	$0.87

Historic average commercial solar panel costs (August 2012 – November 2024)

Average commercial solar payback periods by state

Compare Prices and installer options for 250kW, 500kW & 1MW

The post Solar Panel Costs: Solar Choice Price Index | December 2024 appeared first on Solar Choice.

Almost a quarter of all households in Wollongong have solar panels on their roof, according to the APVI. This article gives you an idea of why so many homeowners have made the switch to solar power.

How much energy do Solar Panels produce in Wollongong?

Although it may not be as sunny as Brisbane or Darwin, Wollongong is still one of the most ideal cities in the world to install solar panels.

According to data from NREL, Wollongong receives approximately 4.6 hours of ‘solar radiation’ per day on average through-out the year (higher in summer and lower in winter). That means for each 1kW of solar panels you can produce around 3.9 kWh of energy assuming the solar system efficiency rate is around 85%.

* Output was calculated using PVsyst software

What is this energy worth to me?

A solar panel system can save you money in 2 key ways:

1. Self consumption – Energy produced by the solar power system will be used first in your house and any remaining energy required will be drawn seamlessly from the grid. The amount of solar energy you can directly use in your home will reduce the units power you would have otherwise paid to your electricity retailer. This is referred to as ‘solar self consumption‘.
2. Surplus energy generated by your system can be sold back to the grid – You will be able to sell surplus energy back to the grid for a “solar feed-in tariff“. Generally the rates offered by electricity retailers are less than half the rates you are buying electricity at, so in most cases it doesn’t make a great deal of sense to oversize your system. You may also be restricted by the Network Provider on what size system you can install and still sell energy back to the grid.

Use the Solar Choice Payback Calculator to determine what size Solar System is best for your home

Government Incentives for Solar in Wollongong

Like everyone everywhere in Australia, Wollongong residents who install solar can benefit from the nation’s Renewable Energy Target. In essence, the Renewable Energy Target provides an up-front incentive off the cost of installing a solar PV system based on the total rated output of the Solar Panels,how sunny your location is and market value of the certificates generates (STCs).

These days, this ‘discount’ works out to about 30% off the sticker price of a fully installed solar system. Keep in mind that this incentive only applies if your system is installed by accredited solar installers using accredited products.

Based on live rebate pricing from Greenbank a typical 6.6kW solar system installed in Wollongong in 2025 would be eligible for a ‘STC rebate’ of $1,944.

How much do solar panels cost in Wollongong?

Thanks in part to the federal incentives explained above, Australia is home to some of the lowest solar PV system prices in the world – which is one of the reasons that so many homes and businesses have solar panels installed.

Solar Choice has been publishing a Solar Price Index since 2012 tracking the average cost of solar broken down by system size and for each state capital. The chart below shows the historic pricing of solar in Sydney which is very similar to the observed pricing in Wollongong.

Based on data from November 2024 – a typical 6.6kW Solar Panel System will cost around $5,100 including the government STC rebate and GST.

The below graph shows the history of solar panel pricing in the greater Sydney area since 2012.

What about solar batteries in Wollongong?

Battery storage is the next frontier in solar power, promising greater energy bill savings and even higher rates of energy independence than solar alone (all whilst retaining a grid connection – just in case!). We’ve been examing the case of – are solar batteries worth it? – for over 5 years and we’ve seen significant improvements on the ROI for solar batteries.

In part that is due to the NSW solar battery rebate which launched in late 2024. This offers customers the ability to deduct up to $2,800 off the costs to buy a battery.

Our advice is to ask your shortlist of installers to give you a quote with and without the battery, because if you can’t afford to do it all at once, installing solar panels can still make a big difference on your bill.

Example of solar panel installation in Wollongong area

© 2020 Solar Choice Pty Ltd

The post Solar Panels Wollongong: Compare costs & installers appeared first on Solar Choice.

As of 1 November 2024, the NSW Government has launched the NSW solar battery rebate as part of the Peak Demand Reduction Scheme (PDRS). This program aims to help homes and businesses with rooftop solar systems maximize their energy efficiency and reduce electricity costs by installing battery storage and connecting to a Virtual Power Plant (VPP).

Eligible homes and businesses can receive:

• Typically between $1,600 to $2,400 off the upfront installation costs of a battery, depending on the solar battery size.
• $250 to $400 for connecting your solar batteries to a VPP. This incentive can be claimed twice, with a minimum of three years apart.

The NSW solar battery rebate will help to install more home batteries across NSW, this program will help create a more reliable and stable electricity grid, reduce reliance on fossil fuels during periods of peak demand, and contribute to the state’s goal of reducing emissions by 70% by 2035 and achieving net zero by 2050.

NSW Solar Battery Rebate Full Details

Upfront Installation Rebate:

• Amount: Between $1600 and $2400. Depending on the size of the battery
• Purpose: Helps reduce the initial costs of installing a household battery, enabling homeowners and businesses to store excess solar energy for later use and reduce dependence on grid electricity.

Virtual Power Plant (VPP) Connection Incentive:

• Amount: Between $250 and $400. This incentive can be claimed twice (depending on the size of the battery), with a minimum interval of three years.
• Purpose: To encourage the integration of batteries into VPPs, allowing stored energy to be shared across the grid, improving stability and efficiency.

Eligibility Requirements for the NSW Battery Rebate

The eligibility for the NSW battery rebate is quite broad which is beneficial for residents of NSW.

• Solar panels must already be installed
• Available to homes or businesses of any size
• Your choice of battery must be within a nominal capacity of 2 kWh to 28 kWh
• An approved supplier under the Accredited Certificate Provider (ACP) must be used to install the battery.
• Incentives will only be available for homes & businesses from 1 November 2024
• See further down the page for ‘eligible batteries’

Step-by-Step Guide to Access the NSW Battery Rebate

1. Verify Your Eligibility

• You must be a resident or business owner in NSW with an existing rooftop solar system.
• Your solar installation must comply with relevant standards and regulations.

2. Choose an Accredited Supplier

• The rebate is accessed through approved suppliers, known as Accredited Certificate Providers (ACPs), accredited by the Scheme Administrator (IPART).

3. Obtain a Quote

• Enter your postcode below to get 3 free quotes from local installers for the installation of a household battery.
• Once you’ve received the initial quotes, contact the installer to ensure the quote can include the rebate, reducing the upfront cost by up to $2,400.

4. Install the Battery

• Schedule and complete the installation with the accredited supplier.
• Confirm that the installation meets all safety and technical requirements.

5. Connect to a Virtual Power Plant (VPP)

• Follow your installer’s guidance to connect your battery to a VPP.
• Claim the additional $250 to $400 incentive for this connection, which can be claimed again after three years.

Benefits of installing a battery under the NSW battery rebate

Maximising Solar Energy Use:

• By installing a battery, households and businesses can store excess solar energy generated during the day for use at night, thereby reducing the reliance on grid electricity

Reducing Energy Bills:

• Stored solar energy can significantly lower electricity costs, as it reduces reliance on grid electricity, especially during peak demand periods.

Enhancing Grid Reliability:

• The widespread adoption of batteries will contribute to a more stable and reliable electricity grid by providing backup power and helping to manage peak demand.

Supporting Renewable Energy Transition: Increased battery storage capacity will aid NSW in reducing greenhouse gas emissions, targeting a 70% reduction by 2035 and achieving net zero by 2050.

Estimated NSW Rebate for Popular Solar Batteries

The table below provides estimated rebates based on the NSW Government’s Solar Battery Certificate Calculator (using postcode 2000) and the current PRC price of $2.38 per certificate (as per Demand Manager). The rebate estimate is for 2024 and will vary based on location and battery size.

How the NSW Solar Battery Rebate Works:

• Battery Installation: Install a battery from an accredited provider with a capacity between 2 kWh and 28 kWh.
• PRC Calculation: The rebate value is determined by the number of Peak Reduction Certificates (PRCs) your battery generates, which is estimated using the NSW Government’s Solar Battery Certificate Calculator. PRCs are awarded for reducing grid demand during peak times, and the amount depends on your battery’s size and location.
• Rebate Amount: Multiply the estimated PRCs by the current PRC price (currently $2.38). For example, a 13.5 kWh Tesla Powerwall 2 generates approximately 1,077 PRCs, which translates to a rebate of $2,563.26.
• Additional Incentives: Connecting your battery to a Virtual Power Plant (VPP) can provide an extra $250 to $400 incentive, claimable twice over six years.

Important Notes:

• The rebate values are estimates based on average figures for NSW postcodes. Actual PRC generation and rebate amounts may vary slightly depending on your specific battery model, location, and registration fees and costs.
• Confirm the exact rebate with your accredited installer before finalising your installation to ensure the correct amount is applied.

Which batteries are eligible for NSW solar battery rebate?

The PDRS rules set out some clear requirements for batteries to be eligible for the rebate. As minimal consultation with the industry was conducted prior to launching the scheme, many popular battery’s warranties do not meet the standards of the PDRS. We expect that most battery manufacturers will reissue Australian warranty documents (potentially just for NSW customers) in the coming months.

Battery Requirements

• Battery must be on the approved product list of the Clean Energy Council
• Usable battery capacity must be between 2kWh and 28kWh
• Battery must be connectable and controllable by 3rd party equipment (i.e. for VPP)
• Battery must have a 10 year product warranty and must retain 70% of usable capacity after 10 years
• Must warrant a minimum energy throughput of 2.8MWh per 1kWh of usable capacity installed
• Battery operating temperature of -10 °C to 50 °C

For more details and accurate rebate estimates, visit the official NSW Government Battery Calculator and compare quotes from local installers to get the best deals.

NSW Battery Incentive Frequently Asked Questions (FAQs)

For more details on the NSW Government Home Battery Rebate, visit the NSW Government website.

We haven’t seen a solar power rebate in NSW quite as good as this since the SA Government solar battery rebate (now closed), making this one of the best battery rebate programs available in Australia.

The post Guide to the NSW Government Home Battery Rebate appeared first on Solar Choice.

This guide provides a clear overview of the available solar rebates and incentives in WA, helping you make informed decisions about going solar.

List of Western Australia Solar Rebates and Incentives in 2024

Although there are no state-based WA Solar rebates, residents can take advantage of the following programs:

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Federal Solar Rebate: Small-scale Renewable Energy Scheme (SRES)

The SRES is the main financial incentive for WA residents installing solar systems. Here’s how it works:

• STCs Explained: Installing an eligible solar system earns Small-scale Technology Certificates (STCs). The number of STCs depends on your system’s size and location.
• How to Claim: Most installers deduct the rebate upfront, making it easy for homeowners to access this benefit.
• Rebate Value in WA: For a 6.6kW system installed in Perth in 2024, the STC rebate is around $2,500.

See more on how to calculate and access STCs in WA see our comprehensive guide to STCs.

Distributed Energy Buyback Scheme (DEBS)

DEBS also allows eligible households, schools, and non-profits to receive payments for surplus electricity exported to the grid. This includes energy generated by:

• Rooftop solar photovoltaic (PV) systems.
• Home battery storage systems.
• Electric vehicles (EVs) capable of exporting power.

Unlike older buyback programs, DEBS emphasizes the time of export, offering higher rates during peak demand periods. This structure incentivizes energy generation and export when it’s most valuable to the grid.

How Does DEBS Work?

Under DEBS, payments vary depending on the time of day:

• Peak Periods: Higher rates are offered between 3 pm and 9 pm, reflecting increased demand and wholesale electricity costs.
• Off-Peak Periods: Lower rates apply during periods of abundant solar energy generation, encouraging households to self-consume or store energy

How to apply:

Applications must be submitted through your energy retailer (e.g., Synergy or Horizon Power). Installers typically handle this during system setup or upgrades.

See more on the distributed energy buyback scheme here.

Switch Your Thinking Program

Switch Your Thinking (SYT) is a local government initiative based in Perth, Western Australia, established in 2002 by the South East Regional Energy Group (SEREG). This program offers residents and businesses in participating councils a range of discounts on sustainable products and services, tools to conserve energy, and resources to support sustainability goals.

• Founded By: South East Regional Energy Group (Cities of Armadale, Gosnells, and Shire of Serpentine Jarrahdale).
• Focus Areas: Climate action, clean energy, sustainable cities, and community engagement.
• Eligibility: Residents and businesses within participating local councils.

Example of SYT incentives & discounts

• 15% discount on residential solar battery systems.
• $300 discount on all solar battery systems
• Discounts on hybrid inverters and solar systems ($200-$300 depending on system size)

Participating Councils

Residents and businesses in the following local councils can access SYT incentives:

• City of Gosnells
• Shire of Serpentine Jarrahdale
• City of Armadale
• City of Kalamunda
• City of Melville
• Town of Cambridge
• Shire of Mundaring
• City of South Perth
• Town of Victoria Park
• City of Vincent
• City of Belmont
• Town of Bassendean
• City of Canning
• City of Stirling
• City of Swan
• City of Subiaco

(List subject to change; check the full list here)

Example Savings for a 6.6kW Solar System in Perth, WA

Western Australia solar rebates and incentives make it affordable and accessible to adopt clean energy solutions. Take advantage of the state’s abundant sunshine and federal programs to start saving on your energy bills today.

Frequently Asked Questions on WA Solar Rebates

The post Western Australia Solar Rebates: Your 2024 Guide appeared first on Solar Choice.

In this guide, we’ll explore everything you need to know about SA solar rebates in 2024. From federal incentives like the Small-scale Renewable Energy Scheme (SRES) to local programs such as feed-in tariffs and battery storage incentives, we’ll help you navigate your options and maximize your savings.

Key Solar Rebates & Incentives in South Australia

How Much Can You Save with SA Solar Rebates?

Example Savings for a Standard 6.6 kW Solar System in Adelaide

Solar Battery Rebate Example

City of Adelaide Sustainability Incentives

Solar PV Rebate

• Covers 20% of the installed cost:
  • 1.5–10 kW systems: Up to $1,000.
  • 10–20 kW systems: Up to $2,500.
  • 20+ kW systems: Up to $5,000.
• Eligibility:
  • Available for tenants, concession card holders, and residential strata properties.
  • Systems purchased through solar leases or power purchase agreements qualify if ownership transfers at the end of the term.

Battery Storage Rebate

• Covers 50% of installed costs, up to $2,000.
• Eligibility:
  • Available to owner-occupied, tenanted, or Commonwealth concession card holder properties.
  • Battery systems must be configured to optimize solar consumption.

To learn more you can explore the city of Adelaide grants and incentives for sustainability page.

Virtual Power Plant (VPP) Programs in SA

The SA Virtual Power Plant connects battery systems to work collectively as a power source. Benefits include:

• Reduced Electricity Rates: Participants enjoy discounted power prices.
• Additional Income: Some programs offer financial credits for grid support.

Key Providers:

• Simply Energy VPP: Offers $1,275–$2,550 in credits.
• Tesla Energy Plan: Provides $220/year in grid support credits.
• AGL VPP: Discounts of $1,000 on batteries with long-term contracts.

You can explore more in our comprehensive guide to Virtual Power Plants.

Understanding Feed-in Tariffs in SA

South Australia offers feed-in tariffs that allow you to earn credits for excess solar energy exported to the grid. However, rates vary by provider:

• Standard Rates: 3–8 cents per kWh.
• Premium Rates: Up to 10–12 cents per kWh (with specific providers).

While feed-in tariffs have decreased in recent years, self-consumption of solar energy remains the most effective way to save on electricity bills.

FAQs about SA Solar Rebates

The post South Australia Solar Rebates & Incentives: The Ultimate Guide appeared first on Solar Choice.

South Australia’s Home Battery Scheme has now [CLOSED], and no new applications are being accepted. This program previously offered subsidies of up to $2,000 for battery storage systems to homeowners and landlords with compatible installations. For residents in the City of Adelaide, the Sustainability Incentives Scheme remains available, providing rebates covering up to 50% of the cost of installing a home battery system, with a maximum rebate of $2,000.

Initially launched in 2018, the SA Solar Battery Scheme was designed to give all grid-connected households access to an upfront rebate and low-interest loans for batteries.

Who is eligible for the SA Solar Battery Rebate?

• Any owner or renter (with permission from owner) of a SA grid-connected household
• SA concession holders will receive a higher subsidy
• There is a limit of one subsidy per home

How much does the South Australia rebate cover?

Initially the scheme offered a higher rebate, but currently the scheme offers:

• $200 per kWh
• $300 per kWh for energy concession holders
• A maximum of $3,000 per installation

How is the SA solar battery rebate calculated? Examples

The rebate offered is based only on the storage capacity of the battery. If you look at a batteries datasheet you will see that the total storage capacity is listed as a kWh figure.

To work out the rebate you will need to multiply the kWh capacity by $200 (or $300 if you are a concession holder). See the below table for non-concession holders with some of the common battery models.

How does this change ROI for a battery system in South Australia?

Solar Choice has developed and published one of Australia’s most advanced calculators to help end-consumers assess the financial return for their own circumstances. We have inputted into this calculator a likely household scenario with 31c / kWh as a electricity rate, a feed in tariff of 5c / kWh and 30kWh per day usage.

New battery with 6.6kW Solar

Although the figures above look reasonable, a lot of the heavy lifting in terms of return on investment is provided by the solar panel and inverter side of the equation. To give you a better idea see the below ‘battery retrofit’ option.

Battery Retrofit

The below table assumes the 6.6kW Solar Panel System has already been installed and paid for.

Note that our calculations exclude the benefits from any of the VPP programs that are available in South Australia. These programs offer customers a little bit more revenue from their battery beyond just saving further on their electricity bills through collectively using a fleet of batteries to discharge or charge at times to support the grid.

What VPPs options are available in SA and what are the benefits?

There are a number VPPs available in South Australia which will improve the financial return of investing in a solar battery for your home. Generally speaking from all the VPPs Solar Choice has looked at in detail – most of the schemes offer a small additional revenue stream to the existing savings you would make as a battery owner, however each scheme is different in the way they reward participants. See full details below.

The post South Australia Solar Battery Scheme Explained appeared first on Solar Choice.

For a complete overview of all solar rebates and incentives available in Australia, visit our comprehensive guide on Solar Rebates.

List of Solar Rebates & Incentives in Queensland 2024

Overview of Queensland Solar Rebates

Federal Solar Incentive (SRES)

• What it Offers: Upfront savings through Small-scale Technology Certificates (STCs).
• Rebate Amount: Approximately $400–$600 per kW, depending on system size and location.
• Eligibility: Systems under 100 kW installed by a Clean Energy Council (CEC) accredited installer.
• Example Savings: For a typical 6.6 kW system in Queensland, the SRES can reduce upfront costs by around $2,500.

Queensland Feed-in Tariff

• What it Offers: Credits on electricity bills for excess solar energy exported to the grid.
• Current Rates: Varies by retailer, typically between 6 and 10 cents per kWh.
• Eligibility: Households with solar systems connected to the grid.

[Closed] Queensland Solar Battery Rebate

Although this program has ended, it previously provided:

• Rebate: Up to $3,000 for battery storage systems.
• Interest-Free Loans: Up to $6,000 for eligible battery installations.

Virtual Power Plant (VPP) Programs

• What it Offers: Financial incentives for homeowners who allow their battery systems to support the grid during peak demand.
• Potential Savings: Varies based on energy shared and provider agreements.

How Much Can You Save with QLD Solar Rebates?

Example for a standard 6.6 kW system in QLD:

• Average Installation Cost After Federal Rebate: $6,000–$7,000
• Annual Savings on Electricity Bills: Up to $1,500
• Payback Period: 3 to 5 years

See more in our guide to solar panel pricing in QLD.

Example: A Real-World Scenario

Let’s take a closer look at how much you could save with a 6.6 kW solar system:

Assumes a typical Queensland electricity rate of $0.28/kWh and feed-in tariff of $0.08/kWh.

Additional Considerations for Solar Savings

• Larger Systems for High Energy Use: If your household consumes more than 20 kWh per day, consider upgrading to a 10 kW system to maximise self-consumption and savings.
• Battery Storage Options: While adding a battery increases upfront costs, it enhances energy independence and provides backup power during outages. Payback periods for batteries are longer (7–10 years).

Factors Influencing Your Savings

1. Federal Rebate via STCs
   Queensland residents benefit from the Small-scale Technology Certificates (STCs) under the federal government’s rebate program. For a 6.6 kW system, this equates to a reduction of approximately $2,500–$3,000 in upfront installation costs, depending on system size and location. The rebate is applied directly by your installer, so there’s no extra paperwork for you.
2. Energy Usage and Self-Consumption
   Maximise your savings by using as much of your solar energy as possible during the day. Excess energy exported to the grid earns feed-in tariff credits but at a lower rate (typically 6–10 cents per kWh) than what you’d pay for grid electricity.
3. Feed-in Tariffs
   Queensland’s feed-in tariffs vary by electricity provider. By selecting a competitive plan, you can further offset your electricity bills and reduce payback time.
4. Sunshine Advantage
   Queensland’s sunny climate offers an average of 5.5 peak sun hours daily. This makes solar panels particularly effective, enabling higher energy generation compared to less sunny states.

Additional Solar Programs in Queensland

Virtual Power Plant (VPP) and Aggregation Programs

• How it Works: Allows battery owners to share excess stored energy with the grid.
• Benefits:
  • Earn additional income.
  • Contribute to grid stability.
  • Reduce network costs for all Queenslanders.

Community Solar Initiatives

• Emerging programs aimed at providing solar solutions for shared housing and rental properties.

When considering solar installations in Queensland, it’s worth checking if your area has any community renewable energy programs. Initiatives like Local Renewable Energy Zones (LREZ) can offer additional opportunities to save on energy costs while contributing to a more sustainable grid. For example, the Caloundra LREZ pilot highlights the potential of community-focused energy solutions.

LREZ Highlights for Queenslanders:

• Shared Solar Access: Homeowners, renters, and unit residents can benefit from locally generated solar energy stored in network-connected batteries.
• Cost Reductions: Solar energy generated during the day is stored and redistributed at night, lowering peak electricity costs.
• Community Collaboration: The program maximises local solar energy use, even for those unable to install panels.

The Caloundra pilot, launching in January 2025, is one of the first steps in expanding such projects statewide. For more details or to see if your area is eligible, visit the Queensland Government’s LREZ Program.

Exploring local programs like LREZ can complement solar rebates and feed-in tariffs, offering even greater savings and energy efficiency.

Maximising Your Queensland Solar Rebates

Queensland solar rebates provide significant savings, making solar power more accessible and affordable for residents. By leveraging federal incentives and feed-in tariffs, you can reduce upfront costs and save on energy bills. Contact local CEC-accredited installers to explore your options and maximise your solar savings today.

Get started with solar savings by comparing up to 7 quotes from trusted installers in Queensland. Enter your postcode now!

FAQs about QLD Solar Rebates

The post Queensland Solar Rebates & Incentives: Ultimate Guide appeared first on Solar Choice.

In this guide, we’ll cover:

• What the LRET and LGCs are and how they work.
• How your business can qualify for commercial solar rebates and financial incentives.
• Steps to begin generating LGCs and boosting ROI with commercial solar energy.

Exploring business solar rebates through the LRET offers a pathway to reduce costs, enhance sustainability, and gain lasting financial benefits.

You can view Solar Choice’s complete list of solar rebates in Australia here.

What is the Large-scale Renewable Energy Target (LRET)?

The Large-scale Renewable Energy Target (LRET) is part of Australia’s Renewable Energy Target (RET) scheme and in action act like a commercial solar rebate. It’s a government initiative designed to increase renewable energy generation from sources like solar, wind, and hydro. Through LRET, eligible businesses can receive ongoing financial benefits for their solar power production, helping Australia reduce its carbon footprint and meet energy goals.

Key Facts About the LRET:

• Goal: Generate 33,000 gigawatt-hours of renewable energy per year.
• Eligible Projects: Commercial and utility-scale installations, like large solar farms.
• Incentives: Earn Large-scale Generation Certificates (LGCs) based on energy output.

How Do Large-scale Generation Certificates (LGCs) Work?

Large-scale Generation Certificates (LGCs) are at the core of the LRET program. For every megawatt-hour (MWh) of renewable electricity your business generates, you earn one LGC. These certificates are not only a symbol of your contribution to clean energy but can also be sold for a financial return.

Benefits of LGCs

• Monthly Income Stream: Earn LGCs each month based on actual power production.
• Market Value: Currently around $46.25 per certificate, though prices fluctuate.
• Eligibility Requirements: Systems must be over 100kW in capacity and accredited by the Clean Energy Regulator.

How to Qualify for Commercial Solar Rebates

Step 1: Accreditation

Your solar system must be accredited to participate in the LRET. Systems over 100kW in capacity are eligible, but they must meet specific regulatory standards to generate LGCs.

Step 2: Start Generating Power and Certificates

Once your system is installed and operational, it will begin generating power and, consequently, LGCs each month. The more electricity your system produces, the more certificates you earn.

Step 3: Sell LGCs

LGCs can be sold on the market to utilities and other companies required to meet renewable energy targets. The sale of LGCs provides an ongoing revenue stream for your business, making solar a financially sound investment.

Step 4: Reporting and Compliance

To maintain accreditation, you’ll need to regularly report your power production. This keeps the Clean Energy Regulator informed and ensures your continued eligibility to generate LGCs.

Why Invest in LRET & LGCs for Commercial Solar?

1. Financial Incentives and ROI

The LRET scheme provides a significant ROI for commercial solar installations. By generating LGCs and reducing energy costs, businesses can see substantial financial benefits, making it easier to justify the upfront investment in solar.

2. Environmental Impact and Brand Value

Switching to renewable energy helps businesses reduce their carbon footprints, enhancing their reputation as eco-friendly and socially responsible. With consumers increasingly favoring green brands, participating in the LRET can set your business apart.

3. Energy Independence and Stability

Investing in solar can reduce dependency on fluctuating energy markets, giving your business greater control over energy costs and supply. This independence is particularly valuable during periods of high energy prices.

4. Market Differentiation

Companies that adopt renewable energy can strengthen their brand by showcasing their commitment to sustainability, attracting like-minded customers and investors.

Key Considerations Before Installing Commercial Solar

1. System Size: Ensure your system meets the 100kW minimum capacity to generate LGCs and benefit from the LRET.
2. Accreditation: Complete the accreditation process through the Clean Energy Regulator.
3. Ongoing Management: Plan for regular reporting and system maintenance to continue generating LGCs.
4. Market Monitoring: Track LGC prices and market trends to determine the best time to sell for maximum return.

Why LRET is a Smart Choice for Business Solar

The Large-scale Renewable Energy Target (LRET) offers Australian businesses a valuable opportunity to invest in solar energy with ongoing financial incentives. By generating LGCs, businesses can achieve both environmental and economic benefits. For those looking to reduce energy costs and strengthen their sustainability profile, the LRET provides a clear, profitable path to green energy.

Start your journey toward energy independence today by consulting with renewable energy experts and exploring the benefits of the LRET. With the right setup and accreditation, your business can make a lasting impact on both the environment and your bottom line.

Frequently Asked Questions (FAQ) About LRET & LGCs

The post Guide To Commercial Solar Rebates & Incentives: LRETs & LGCs appeared first on Solar Choice.

Asking – what is the “best” electricity provider in Brisbane? – is a question that doesn’t have an straightforward answer. First, you need to understand how electricity gets to your house, and the various charges that make up your bill.

After that, you will be better able to compare ‘apples to apples’ and unravel the difference in costs and charges in your quest to find the cheapest electricity supplier in Brisbane.

Getting electricity into your house to power your lights, hot water and appliances involves interconnected organisations such as the networks or distributors who manage the electricity grid in different geographic areas, and the power companies or retailers who provide your electricity and send you a bill each month.

Understanding your electricity bill

What you pay month to month for your electricity is made up of various charges for service (or supply) and usage. Here’s an overview of the cost components of your monthly electricity bill:

Cost per kWh

This is generally the bulk of your electricity bill, and is the variable cost of the electricity you consume in your household. Known as the ‘tariff’, it is measured in Kilowatt hours, or kWh.

As a commodity, electricity is subject to the forces of supply and demand, and when more people are using electricity the cost is higher. ‘Peak’ usage is the most expensive kWh rate for electricity purchase, and typically applies from the afternoon to the evening.

In contrast, ‘off-peak’ periods, generally from late evening to early morning, are the cheapest kWh rates. The cost difference between peak and off-peak can be significant, so adjusting your electricity usage throughout the day and evening can make a real difference to your bill.

There are also ‘shoulder’ periods in between peak and off-peak that cost somewhere in between each of these.

The good news if you live in Brisbane or South East Queensland is that no matter what electricity provider you choose, you have access to some of the cheapest electricity usage rates in the country.

And a recent report by the Australian Energy Market Commission (AEMC) finds that electricity costs to consumers in Queensland are expected to decrease by 10% between 2023 & 2024, the largest expected fall of any state in Australia, representing an average annual household saving of $126.

Controlled load

This is a line item on your electricity bill that in Queensland may be called ‘Tariff 31’ or ‘Tariff 33’. Basically, controlled load electricity is supplied to specific high energy use appliances such as electric hot water systems or underfloor heating that are separately metered.

Controlled load is generally a lower rate (comparable to off-peak prices) for appliances that usually run overnight. The use of this type of electricity is restricted to certain times of the day.

Supply charge

This is a fixed daily charge that you pay to be connected to the electricity grid. Commonly known as the ‘poles and wires’, this charge pays for the infrastructure of the electricity network and the supply of smart meters (or meter readers who attend your home to check your meter for usage).

The distributor charges your retailer for this service, and they pass it on to you via your bill as the supply charge. In a specific geographic area such as Brisbane, the supply charge will be consistent no matter who you choose as your electricity provider or retailer.

Therefore, the variable usage cost per kWh for various times throughout the day will be the driver for finding the cheapest electricity supplier in Brisbane.

A good way to understand your electricity bill is to speak to an electricity comparator. Selectra Australia have a good guide to understanding electricity bills.

Who is the cheapest electricity provider in Brisbane?

Electricity is an essential commodity and in Australia the various Government and regulatory bodies keep a reasonably tight level of control on the energy industry in general. This includes ensuring transparency in costs and charges to improve affordability for this essential service.

Because of this, they are able to provide handy comparison tools that cover every single energy retailer, one of which we’ll use to help find the cheapest electricity provider in Brisbane. To compile the below list of the cheapest electricity companies in Brisbane, we used the Energy Made Easy website, a comparison tool provided by the Australian Government.

For the purpose of this exercise, the information we input to the comparison tool was as follows:

• Electricity plan
• Brisbane city 4000
• 2 to 3 person household
• No bill or meter data provided
• No controlled load
• No solar panels
• No pool
• No smart meter
• No current electricity retailer

The result was the annual cost for electricity from 24 retailers, ranging in price from $1,740 to $2,340 (including GST). It’s clearly worthwhile to compare, as the most expensive costs nearly 35% more than the cheapest. Based on our review in November 2024 we can see that GloBird Energy is the cheapest electricity provider in Brisbane with an annual cost of $1,770 for a typical household. Remember this excludes any discounted pricing.

List of 10 Lowest Cost Electricity Providers in Brisbane

*Based on entering the above details into EnergyMadeEasy government Website. We recommend you seek a comparison with your own specific details before making a decision.

The results provided also include other important information that may be applicable to each plan such as disconnection fee, new connection fee, late payment fees, dishonour fees, credit card processing fees, paper bill fees and so on. Results can be refined based on features that are important to you.

You won’t necessarily get the same result once you input the relevant information for your household into the comparison tool, so the prices we found aren’t as important as the relative costs between various electricity providers.

Note that electricity prices fluctuate due to a range of factors including changes in demand, plant operating costs, keeping the network maintained and functioning, and Government regulations. The list we have compiled is correct at this moment in time, but will change over time.

What about discounts and deals?

At any given time, because electricity retailing is a competitive business, there will be a number of deals and discounts in the market to entice new customers. When you are considering switching retailers to save money, you should check for available discounts and deals.

And if you haven’t compared energy plans in a while, discounts you had previously signed up for could have expired, and you may be on the Default Market Offer (DMO), which is effectively the maximum price that retailers can charge electricity customers on default contracts (also known as standing offer contracts). If you are on the DMO, you can get a much better rate for your electricity.

The post 10 Cheapest Electricity Providers in Brisbane appeared first on Solar Choice.

Looking to save on solar installation in 2024? Australian solar rebates are designed to significantly reduce the upfront costs of solar systems for homeowners and businesses. By taking advantage of both federal and state incentives, you could save thousands on your solar energy system. This guide will walk you through everything you need to know about federal solar rebates, state-specific rebates, incentives, programs, and feed-in tariffs by region.

List Of Solar Rebate Programs & Incentives

Here’s a comprehensive breakdown of available programs across each state, outlining location, type, rebate amount, and eligibility: