VPPs in QLD Explained: Offers, Risks & Is It Worth It in 2025?
This guide is tailored for Queensland residents looking to take advantage of 2025 solar battery rebates and VPP offers.
Why is this relevant to me?
To be able to access the new National ‘Cheaper Home Batteries Program’ your new solar battery needs to be VPP capable.
This means, it needs to have the capacity to be connected into a VPP, however it is not mandatory you join one.
The government is pushing this as a way to encourage VPP participation.
That’s a lot of loaded jargon we threw out there at you, we know. So if your head’s spinning, don’t worry.
Now we’ll break it down…
VPP / Virtual Power Plant is a new type of energy network.
Unlike a traditional power plant that relies on a singular centralised facility that often relies on coal and other fossil fuels to produce energy, a VPP is a decentralised network of solar systems (with solar panels, inverters, batteries and smart monitoring devices) from opted-in homeowners or business-owners that supplements the energy grid.
This gives the VPP operator the ability to pull from this power at peak periods of demand and reward those opted-in within the network.
Every VPP offers different incentives to make joining more appealing.
Reasons People Join a VPP
That being said, there are also some cons to joining a Virtual Power Plant that you also need to be aware of – if you’re thinking of taking the leap.
Joining a VPP may cycle through your battery faster than you would, with charges and discharges. However, most solar battery product performance warranties are 10 years and many estimated payback periods for a solar battery in a VPP are 5-7 years. This still means a significant financial return in the long run.
Most VPPs promise to maintain a minimum reserve based on a percentage, in case of blackouts. This is something you might want to compare between the different providers.
In a recent story on ABC News, a Sydney household user that joined an AGL VPP spoke about how his battery started getting drained in peak times which forced him to pay higher prices, because of demand tariffs.
(Last Updated: June 27, 2025)
South East Queensland: Brisbane, Gold Coast, Ipswich, Sunshine Coast, and Toowoomba.
Tweed Heads is technically South of the NSW border, but is sometimes included as SEQ).
It depends on the provider, but in many cases — no, you’re not locked in.
A lot of VPPs today are designed with flexibility in mind, especially if you want the freedom to opt out or switch things up later.
These options give you the freedom to come and go:
No strict contracts here, but you might need to stay active to get the full benefits:
These ones involve more structure or fixed agreements:
If flexibility is important to you, there are plenty of VPP options in Queensland that don’t lock you in. Just be sure to double-check the fine print — even flexible plans might have requirements around equipment compatibility or usage patterns.
Deciding whether to join a Virtual Power Plant isn’t a one-size-fits-all answer. While the potential savings, grid support, and upfront benefits are compelling, it’s just as important to weigh the trade-offs—like battery wear, blackout reserves, and the level of control you’re comfortable giving up.
Whether you’re ready to install a new battery system or simply exploring your options, getting the right advice can make all the difference.
At Snap Solar, we help Queensland homeowners cut through the complexity.
We’ll walk you through:
If you’re installing a new battery—or upgrading your system—let’s make sure it’s smart, future-ready, and tailored to you.
Book a free consultation with Snap Solar today and get personalised advice from local solar specialists who understand the Queensland energy market inside and out.
Yes, they are! The Tesla Powerwall 3 is built for smart energy use and is fully VPP capable. It works seamlessly with Tesla’s own Virtual Power Plant programs—like the Tesla Energy Plan available in parts of Queensland—and is often supported by other VPP providers too. With built-in automation and grid-aware tech, it’s a great choice if you’re looking to earn from your solar setup while helping stabilise the grid.
They sure are. BYD’s solar batteries—like the HV Battery Box, LVS, and Battery Box Pro—can be used in VPPs when paired with the right hybrid inverter and a participating provider. These batteries are known for their safety, long lifespan, and smart energy features. So if you’ve got BYD or are considering one, you’re well set up to join a VPP and get more out of your solar.
Yes, Sungrow batteries are VPP ready. With their high efficiency, fast backup switch-over, and solid capacity range, they’re designed to play well with the grid. When connected to a compatible system, they can join various VPPs—like those from Origin or Discover Energy—giving you the chance to save more and support energy stability in your area.
If you’re considering adding a battery to your solar setup, you’re not alone. Solar batteries are becoming increasingly popular across Queensland, especially in sunny regions like Mackay and the Sunshine Coast. But if you’ve ever wondered how solar battery installation actually works—or whether any electrician can do the job—the short answer is: there’s a lot more to it than meets the eye.
Here’s a straightforward guide to everything you need to know before installing a home or business solar battery, with answers to the most common questions we hear at Snap Solar.
Let’s start with a big one: not all electricians are qualified to install solar batteries. While most licensed electricians can wire a standard switchboard or install solar panels, solar batteries come with an entirely different set of standards and requirements.
Because solar batteries store energy and pose additional fire and electrical safety risks if installed incorrectly, installers must be accredited for battery work specifically under Solar Accreditation Australia or the Clean Energy Council.
These accreditations ensure that your battery setup is compliant with Australian safety standards—which are among the strictest in the world—and help you qualify for any available government incentives or rebates now or in future.
Installing a solar battery isn’t just about plugging something into the wall. The job has to comply with various Australian standards like:
These codes ensure your system works safely, integrates properly with the grid, and won’t put your family or property at risk. It’s also how you ensure your system is eligible for future rebates or performance guarantees.
One of the most common questions we get is about battery placement. Can you put it outside? Can it go in the laundry? What about the garage?
Here’s the deal: solar batteries can be installed indoors or outdoors, but not just anywhere. For example, you can’t install them in a habitable room—like a bedroom, living room, kitchen, or home office—because of safety concerns around fire risk and ventilation.
Most homeowners choose areas like:
Outdoor installations must also consider Queensland’s hot climate. Since excessive heat can shorten your battery’s lifespan or reduce its performance, we typically avoid north- or west-facing external walls in places like Mackay where summer temps can soar. Battery systems have optimal operating temperature ranges, and correct placement helps you get the most out of your investment.
Clearance and fire safety go hand-in-hand when it comes to installing your home solar battery—especially in residential environments.
According to Australian Standard AS5139, every battery system must meet strict minimum clearance guidelines to ensure safe operation and reduce fire risk.
Source: Clean Energy Council
Specifically, the battery must have at least 600mm of lateral clearance (side-to-side) and 900mm of vertical clearance (above the battery), or more if the battery manufacturer specifies a greater distance.
These gaps aren’t just for show. They provide airflow and help prevent heat build-up for the battery, which is especially important in Queensland’s warmer climate.
The reason for these strict guidelines is that most solar battery systems use lithium-ion technology, which, while highly efficient, can be susceptible to thermal runaway—a chain reaction of overheating that may lead to fire if left unchecked. While many manufacturers (such as Hinen) now include built-in fire suppression systems to manage this risk, the placement and surrounding conditions of your battery still play a critical role in safety.
If your battery is installed on a non-combustible base like a concrete slab or mounted against a wall made from “deemed to comply” materials (as defined in the standards), no extra fire protection may be needed.
Source: Clean Energy Council
But if the required clearance from a habitable room—such as a bedroom, lounge, or study—cannot be achieved, then a non-combustible barrier must be installed. This barrier acts as a fire-resistant shield between your battery and the adjacent living space, and its design must comply with Section 4.2.4.2 or 5.2.4.2 of AS5139.
It’s also important to note that batteries cannot be installed within 600mm of any doorways or emergency exit paths (known as egress paths).
However, if the battery is placed at least 300mm away from a wall that separates it from a habitable room, and that wall is constructed to standard, additional protection may not be required.
These location and spacing rules are all about minimising risk and maximising safety, and Snap Solar ensures every installation is assessed for compliance. Not just to meet regulations, but to protect your home and your peace of mind.
Mechanical protection is another important consideration—especially if your battery will be installed in a garage or anywhere vehicles regularly move.
In Queensland and across Australia, many home battery systems are placed in areas where accidental impact is a real possibility. According to the AS/NZS 3000 Wiring Rules, if there’s a reasonable expectation that a battery could be damaged by a vehicle—such as being bumped while reversing—then mechanical protection is mandatory.
This could involve installing a bollard, guard rail, or another physical barrier to shield the battery from impact. While some battery enclosures have been tested for impact resistance, the standards still require that installers take precautions based on location and risk. Snap Solar’s team always factors this in when designing your system layout, so your battery is not only high-performing and efficient but also safe, secure, and compliant from day one.
When it comes to making your battery functional, you’ll need an inverter to convert the stored DC energy into usable AC electricity.
If you’re starting fresh or planning a future upgrade, hybrid inverters are often more cost-effective long-term. But both options can work—Snap Solar will help you choose based on your home, system design, and budget.
When it comes to choosing the right battery for your home, Snap Solar offers a curated range of industry-leading systems designed to meet Australian safety standards, perform reliably in Queensland’s climate, and scale with your energy needs.
One standout is the BYD Battery Box range, particularly popular among homeowners because of its modular design and exceptional safety record. Whether you start with a BYD LVS, a flexible unit that ranges from 4 kWh up to a massive 256 kWh, or opt for the HV model with its high-voltage backup capabilities and seamless integration with top-tier inverters, both options are scalable—so you can start small and grow over time.
For a more premium, fully integrated experience, there’s the Tesla Powerwall 3. It combines cutting-edge lithium iron phosphate chemistry with a built-in inverter, intelligent energy management via the Tesla app, and smart features like Storm Watch mode, which fully charges your battery in anticipation of severe weather events. With 13.5 kWh of storage and advanced monitoring tools, it’s perfect for homeowners who want full visibility and control over their energy use.
Another excellent performer is Sungrow’s solar battery lineup, which offers 9.6 to 25.6 kWh of capacity with high efficiency, fast backup response, and durable, weather-tolerant hardware. These batteries are designed to deliver strong, consistent performance even in Queensland’s variable temperatures and can be a cost-effective solution for families looking to reduce grid reliance without breaking the bank.
Whether you’re after modular flexibility, intelligent tech, or hard-working durability, Snap Solar can help match you with a battery that fits your energy usage, property layout, and long-term goals—all while ensuring compliant installation and expert support every step of the way.
Yes, it’s a good rule of thumb to aim for the largest battery you can reasonably afford—within your financial comfort zone.
With support options like interest-free loans (ask us about this if you’re interested) and the upcoming Cheaper Home Batteries Program, upgrading your storage capacity is more achievable than ever. But it’s still important to consider your overall budget, cash flow, and long-term financial goals. It’s always wise to leave yourself a buffer—especially if you’re managing multiple expenses.
That said, even if your budget only allows for a smaller solar battery right now, it’s still well worth the investment. Any battery is better than none when it comes to reducing reliance on the grid, storing excess solar power, and protecting yourself from rising energy prices.
And the good news? Many systems—like the BYD modular battery range—are designed to grow with you. You can start small and scale up later, adding more capacity when you’re ready, without having to overhaul your entire setup.
Thinking about cutting the cord from the grid entirely? You’re not alone—and with Queensland’s abundance of sunshine, it’s a tempting goal. But to go fully off-grid in places like Mackay, the Sunshine Coast, or Cairns, your system needs to do more than just generate power—it needs to store enough of it to get you through the night, cloudy days, and even a full week of bad weather.
Let’s start with the numbers. Most Australian households use anywhere from 15 to 25 kilowatt-hours (kWh) of electricity a day. If you’ve got a bigger home, a pool pump, or a household full of gamers and air-con lovers, you might chew through 30 to 50 kWh daily without even trying.
So, what does that mean for battery storage?
If you’re aiming for true energy independence, most homeowners will need at least 30–40 kWh of usable storage to go off grid. That gives you enough to power essentials overnight and handle an overcast day or two. For larger homes—or if you want to run air-con, fridges, and appliances like normal without worrying—you’re looking at 50–60 kWh or more.
Now, don’t forget climate matters. In Mackay and Cairns, the humidity and storm season mean your battery system should be cyclone-resilient and possibly include a backup generator. Over on the Sunshine Coast, you’ll deal with more variability in weather—clear skies one week, rain the next—so having a bit of extra storage can make life a whole lot easier.
It’s one of the most common questions we get: “Should I spend more on solar panels or invest in bigger battery storage?” And the answer? It really depends on what you’re hoping to achieve.
If your main goal is to cut your power bill and make the most of Queensland’s sunshine, more solar panels are a smart first step. They’re generally more affordable, faster to pay off, and can reduce your daytime energy costs dramatically. Got a generous feed-in tariff in your area? Even better—you can send excess power back to the grid and shave even more off your bill.
But panels only go so far.
If you want energy when the sun isn’t shining, or if you’re aiming for blackout protection and energy independence, a battery becomes your new best friend. Battery storage lets you keep your excess solar power for evening use—so instead of feeding cheap power into the grid and buying expensive energy back later, you store it and use it when it suits you.
Of course, batteries are pricier. They have a longer payback period and can feel like a big upfront investment. But for many Queenslanders, the value isn’t just in dollars—it’s in resilience, peace of mind, and reducing reliance on a volatile grid.
Here’s our take:
The latest Federal Solar Battery Rebate will also make new solar battery installations more affordable, with around 30% off solar battery installations to upgrade existing systems, add on power, or supplement a new solar system installation.
Adding a battery to your solar system is a big investment—but it’s also one of the best steps you can take toward energy independence. The key is making sure it’s done right—by qualified, accredited professionals who understand Queensland conditions, compliance rules, and the latest battery technologies.
At Snap Solar, we’re here to make sure your battery installation is safe, future-ready, and built to last. Whether you’re just starting out with solar or adding storage to an existing system, our team will help guide you through the process and match you with the best battery for your needs.
Keen to learn more about how a solar battery installation can help lower your energy bills?
Call your local solar expert at 1300 628 097 or request a call back at a time that suits you.
As the end of financial year approaches, many business owners start thinking about smart ways to reduce their tax bill. But if you’re running a business in Queensland—especially around Mackay or the Sunshine Coast—there’s one opportunity that stands out more than most: installing solar.
Solar has always made sense from an energy savings point of view. But this EOFY, thanks to extended tax incentives and upcoming federal rebates, it also makes incredible financial sense. Let’s break down exactly why now is a fantastic time to act.
In a move that small businesses have welcomed with open arms, the federal government has extended the $20,000 instant asset write-off through to 30 June 2025. This means if your business has a turnover of less than $10 million, you can immediately deduct the full cost of eligible assets—solar systems included—so long as each one comes in under $20,000.
And the best part? It’s per asset. So if you install a solar inverter, panels, and even some battery components, each individually priced under that threshold, they can all be written off separately. That’s a big opportunity to reduce your taxable income while also slashing your power bills for years to come.
While solar is a win right now, things are about to get even better. Starting from 1 July 2025, the federal government is rolling out a $2.3 billion Cheaper Home Batteries Program, offering upfront discounts of around 30% for battery installations across households, small businesses, and even community organisations.
This is especially exciting if you’ve already got solar or are planning a new install soon. Eligible battery systems will need to be between 5 and 100 kilowatt-hours (kWh) and listed on the Clean Energy Council’s approved list. If you meet those criteria—and Snap Solar can help ensure you do—you could tap into thousands of dollars in support.
It’s worth noting that only one system per premises will be supported, and only if that system hasn’t previously received a rebate under the program. But even add-ons or replacements could be eligible if they meet the size and accreditation requirements.
Let’s say you’re a small business based in Mackay. You decide to install a solar PV system paired with a 6 kWh battery system that comes in under $20,000. First, you get to instantly write off the entire system on your tax return under the instant asset rule. That’s a direct hit to your taxable income—in the best way possible.
Then, once the Cheaper Batteries Program kicks in from July 2025, you may be eligible to claim a further 30% off if you’re adding to your battery storage or upgrading. Combine that with the long-term savings from reduced electricity bills, and you’ve just stacked three big wins from a single decision.
While it’s tempting to put off big purchases, there’s a clear reason to act now. The $20,000 instant asset write-off applies to items that are first used or installed ready for use within the financial year—so if you want to claim this EOFY, your system needs to be up and running by June 30, 2025.
That might sound like a lot of time, but between rising solar demand, installer capacity constraints, and system supply lead times, it’s better to get ahead of the curve. Especially in Queensland, where sunshine is abundant and energy bills keep climbing, solar is becoming less of a “maybe someday” and more of a “why not now?”
Beyond the immediate tax perks, installing solar is one of the smartest investments you can make in your business. You’re gaining independence from rising energy prices, lowering your carbon footprint, and showing customers and clients that you’re thinking about sustainability.
With battery systems becoming more affordable—and future-ready tech like Virtual Power Plants (VPPs) on the horizon—you’ll also be set up for whatever comes next in Australia’s energy landscape.
At Snap Solar, we help Queensland businesses make the switch without the stress. Our local team covers everything from energy assessments and system design to navigating Clean Energy Council accreditation and program eligibility. We’ve got you covered from Mackay to the Sunshine Coast and beyond.
If you’ve been thinking about going solar, now’s the time to move. You’ll save on your tax bill, cut operating costs, and set your business up for long-term resilience.
Let’s Chat!
Call Snap Solar or enquire online to get started with your free commercial solar quote.
It’s like nothing we’ve experienced before.
There’s been mass disruption on top of properties being without power:
This disruption has been estimated by AMP Chief Economist Shane Oliver to be costing Australia’s economy $1 billion a day, for every day of Cyclone Alfred or Ex-Cyclone Alfred’s extreme weather.
Tropical Cyclone Alfred’s broke into a tropical low, going below cyclone intensity, before making landfall across the East Coast. However, its lingering presence also brought on exceptionally heavy rain and thunderstorms.
Brisbane recorded a staggering 275mm of rain in the 24 hours leading up to 9am on Monday, March 9, according to ABC News. The city’s wettest day in half a century. The last time the city experienced higher rainfall was back in 1974, which was the year of the devastating Brisbane River floods from Cyclone Wanda.
Upper Springbrook in the Gold Coast’s Hinterlands has received well over one meter of rain in the past week. This is more than Brisbane’s entire annual rainfall average.
Harvey Bay also experienced extreme rainfall early Sunday, March 10, 2025, (over 100mm of rain in just one hour) reaching its highest daily total in 70 years.
Mackay, Cairns and Townsville are in Wind Region C, where building codes recognise a need for resistance against Category 4 Cyclones.
Cyclone Alfred hit landfall in South East Queensland, in Wind Region B, which spans areas of the Gold Coast, Brisbane, Sunshine Coast and Fraser Coast. Cyclone Alfred met the expectations of a weakened tropical cyclone for this zone, but as we’ve experienced and seen across local news, the damage of these cyclones or strong storms can still make a tremendous impact. If you live on the Sunshine Coast or surrounds, it’s important that you inspect and maintain your property against these guidelines by Weather The Storm.
This is a resource website developed by the Cyclone Testing Station at James Cook University, Geoscience Australia and the Bushfire and Natural Hazards CRC.
Advice for the Future
Most solar panels will automatically shut down when the mains power is cut off, which is a likely event in the case of a cyclone. This is because most modern solar panels are grid-tied, and this measure helps ensure utility workers remain safe in the case of incidents.
A lot of in-built safety features and testing goes into keeping these PV systems safe in extreme conditions.
But for the sake of electrical workers, Energex’s official advice as reported by ABC NEWS is anyone with solar panels should turn off solar systems when a cyclone approaches. This is a precautionary measure, for utility workers’ and volunteers’ peace of mind. Your solar panels don’t need a manual shut down, but you can switch off your inverter and PV array isolator.
This procedure should be listed at the inverter or main switchboard. Otherwise, you can also call us, your friendly accredited solar installers to talk you through the procedure over the phone.
This switch off procedure should also include your solar battery.
Ergon has recommended in the case that flood water will likely reach the inverter and cables, that you call an accredited solar installer or licensed electrician to fully shutdown the solar PV system.
Warning: Do not turn off a Solar PV System if any components are wet.
When it comes to what to look for when you’re looking for solar panels installed in cyclone zones, it’s important to compare how well different brands and products meet the criteria for different wind load testing.
What to look for:
For solar inverters, it’s also important to look for products that offer blackout protection. This ensures you’re also able to use the stored power from your solar batteries when the mains power is no longer available.
All solar panels that we have chosen to supply and install across Mackay, Cairns and the Sunshine Coast are tested for their mechanical performance against strong wind loads, certifying their resilience to stand up against extreme weather conditions like tropical cyclones.
| Cyclone Wind Loads REC certifies its panels meet AS 40404.2 and NCC 2016 LHL standards at James Cook University’s Cyclone Testing Station, to keep residents, neighbours and the wider community safe. – Static Wind Load testing to AS 40404.2 standards – Cyclic Wind Load testing to NCC 2016 LHL standards Report dated: 14 March 2019 REC Cyclone Wind Load Testing Certificate | Dynamic Mechanical Load IEC 62782 (cyclic / dynamic mechanical load) The test simulates the effect of strong wind to understand and evaluate the measure of wind resistance of solar modules. It verifies a panel’s reliability to perform against these wind forces in real life weather conditions such as strong storms. – 1000 mechanical load cycles – Maximum pressure of more or less than 1000 Pa – Module temperature of 25 °C (±2 °C) Using specialised equipment to apply a uniform load of 1 000 Pa plus or minus 100 Pa onto the module surface in both directions, as this would simulate pressure and tensile loads at a rate between 3 and 7 cycles per minute. Pascal (Pa) is the unit for measuring pressure. Report dated: 18 July 2023 REC Dynamic Mechanical Load Testing Certificate |
| Non-Uniform Load Testing for Non-Horizontal Installations IEC 62938 non-uniform load Most solar installations are usually installed on an angle. However most independent testing is performed horizontally. REC’s uniform load testing and certification to IEC 62938 standard assures consumers can be confident that the panel maintains its high performance under build-up of unevenly spread loads. | Salt Mist ConditionsIEC 61701 For solar panels installed in regions near the sea, such as around Mackay and our treasured Sunshine Coast, solar modules with corrosion resistance are critically important. Salt mist in the air can corrode metal and electrical components. In the midst of Cyclone Alfred, where there has been extreme amounts of rain and moisture, this salt mist resistance is even more beneficial to solar system owners in Queensland. All REC panels pass the IEC 61701 Severity Level 6 standard. This is the highest severity level of this standard and modules must be subjected to the most severe testing conditions, and not drop below 5% Maximum Power Degradation, and must meet a minimum of 500 MΩdry and wet resistance levels, and more. So you can have peace of mind that your REC Solar panels are properly suited to your environment. REC Salt Mist Resistance Certificate |
| Aiko Solar Panels Are Tested for Cyclones Aiko recently finished Cyclone Testing on their solar panels in a facility in Darwin, simulating high wind and extreme weather conditions to test their resilience and performance. They announced this in a November 6th, 2025 press release. | Salt Mist Resistance (Reduces Corrosion) Additionally, Aiko Solar Panels also have been tested for Salt Mist Resistance (IEC 61140). Learn more about Aiko’s product testing here. Like we mentioned earlier above, salt mist resistance is critical for coastal environments where saltwater is likely to be highly present in the air. This will become even more important in the midst of heavy storms. |
| Dynamical Mechanical Load Trinia Solar’s Vertex 670W (installed with clamps) endured 20,000 cycles of dynamic mechanical load and remained intact. They also performed better than competitors with load capacity several times higher than the IEC standard. | Extreme Wind Tunnel Test Tested: Trinia Solar’s Vertex 670W (installed with clamps). In this simulated test, the PV module remained intact even as the wind speed reached 225.4km/h. These conditions are the equivalent of the low end of a Category 4 hurricane. |
Read More: Trina Vertex 670W Mechanical Performance White Paper
Related:
All solar panel manufacturers will tell you, installation matters A LOT for panel resilience.
Racking, mounting, and how solar panels are installed is also critical to how well solar panels withstand extreme wind and other weather conditions.
At Snap Solar, we’re confident and proud to say that we’re well experienced in installing solar panels in cyclone zones. If you have any questions about the racking and mounting behind how we install systems and how well they withstand cyclonic winds, feel free to reach out to our staff. Our highly knowledgeable installers will be happy to walk you through how these racking and mounting systems work.
Financial Support:
Emotional support:
The hotline allows you to talk to a qualified disaster counselor, at any time you need to. It’s available 24 hours a day, 7 days a week.
In the light of Cyclone Alfred, our accredited installers at Snap Solar are also looking to do our part to help our community. Throughout March, we’re offering free solar system checks to see and ensure solar systems are still running.
Call us on 1300 628 097 to arrange a post-cyclone check, and we can come to your premises at a time that best suits you.
Every Deadlift and Bench Press our Jack from SnapSolar does at the competition will support the Great Barrier Reef.
On Sunday, March 2, 2025, at Muscle Hut Gym (23 Production Avenue, Warana, QLD), Snap Solar and Muscle Hut are turning raw strength into real impact at the CAPO State Push-Pull Championships.
🏋️♂️ The Challenge: Jack from Snap Solar will bench press and deadlift as much weight as possible – and for every kilogram lifted, $1 will be donated to the Great Barrier Reef Foundation.
Snap Solar is all about sustainability. With every solar system installed, we already contribute to reef conservation—this event takes it further. We’re bringing the fitness and environmental communities together for a shared mission.
The Great Barrier Reef is one of Australia’s greatest treasures, making up 10% of the world’s coral reef systems and supporting thousands of marine species. But it’s under constant threat. Rising ocean temperatures, climate change, coral bleaching, water pollution, and poor water quality are putting immense pressure on the reef’s delicate ecosystem. Without urgent action, these challenges will continue to cause irreversible damage.
The Great Barrier Reef Foundation is working to restore coral ecosystems, protect marine life, and help the reef adapt to environmental changes. Their projects focus on cutting-edge coral regrowth, marine research, and collaborations with First Nations conservationists to ensure the reef’s survival for future generations.
This event is more than just lifting. It’s about protecting one of the world’s greatest natural wonders.
“For every kilogram lifted, I’ll donate $1 to the Great Barrier Reef Foundation.”
Support Jack’s lifting at the competition (Scotty from Muscle Hut Gym will be pushing him hard) and contribute to the cause! Jack’s donating for every kilogram lifted himself, but you can donate any amount. Even as little as $1!
If you’re really down to watch how far Scotty will make me go, join us at Muscle Hut and experience the energy of the State Powerlifting Push-Pull Competition. Secure your tickets on Eventbrite.
📢 Spread the Word – Share #LiftForTheReef especially if you’re at the event and tag @snap.solar to rally more support!
If you’re lifting at Muscle Hut Gym, or anywhere else, why not include these tags in your fitness uploads on Instagram this month to get the word out there? It’s time to spread the word and get more awareness about what we can do for our beautiful reef.
🏋️ Jack (Snap Solar) – Lifting for sustainability, proving that strength can drive change.
🏋️ Scotty (Muscle Hut) – Owner of Sunshine Coast’s largest strength gym, leading the charge.
This isn’t just about making an attempt on the Sunny Coast to break records. It’s about securing a future for our beautiful Great Barrier Reef.
Whether you donate, attend, or share – your actions matter. And we appreciate your contribution and any support you can give. Find out more here about what we’re doing at SnapSolar, alongside the Great Barrier Reef Foundation, to preserve the reed.
Let’s lift for a stronger reef and a healthier planet. See you at Muscle Hut on March 2!
#SnapSolar #LiftForTheReef #GreatBarrierReefFoundation #MuscleHut
STCs Annual Reductions Mean Less Upfront Savings Next Year for New Installations (UNLESS!)
As the year comes to a close, there’s more than just the holiday season to look forward to—there’s also an important deadline fast approaching that could affect the cost of your solar investment. If you’ve been thinking about making the switch to solar energy in Queensland, now is the time to act.
Starting January 1, 2025, the value of Small-scale Technology Certificates (STCs) will decrease, impacting the overall cost and financial benefits of installing solar power systems.
This reduction in STC value means that if you want to maximise your savings and lock in the current rebate rates, you need to act fast.
At SnapSolar, our solar installers are providing a unique offer: as long as you book your solar project before December 15, 2024, we’ll honour the value of the 2024 STC rates (giving you a greater upfront discount on your installation).
Does the jargony term ‘STCs’ send your mind spinning? If you haven’t heard of STCs or the Small-scale Technology Certificates scheme before, it’s all good. We’ll break down everything below.
STCs, or Small-scale Technology Certificates, are part of Australia’s Small-scale Renewable Energy Scheme (SRES), designed to encourage the installation of renewable energy systems like solar panels. Each STC represents the environmental benefit of generating clean energy and can be redeemed for a financial rebate, thereby reducing the upfront cost of your solar system installation.
Every year, the value of STCs decreases by about 4-5%, a process known as ‘STC reduction’.
This decrease is part of a planned phase-out, where the rebate will gradually reduce until it is eliminated completely by 2031. That means the value of the rebate you receive for your solar system will be lower in 2025 than it is in 2024, which in turn increases the cost of your solar system.
The key takeaway here is simple:
If you want to maximise your solar savings, you need to act before December 15, 2024.
After that timeframe we can’t assure you’ll be locked in for the 2024 STC value. On Jan 1, the 2025 STC value will apply, and you’ll see the cost of your system go up.
Business owners are also able to take advantage of STCs and this unique offer at SnapSolar.
Based on Expected Emissions Offset Before End of 2030
Small-scale Technology Certificates are calculated based on the expected output of the solar system by (MWh) megawatt-hour within the years that remain of the Small-scale Renewable Energy Scheme (end of 2030).
This remaining time span is what the solar industry calls the ‘Deeming Period.’
Based on Where You’re Located
There is a Postcode Zone System that provides a rating for what value each STC is worth.
Queensland contains postcodes that fall under Zone 1, Zone 2 and Zone 3.
Postcode Zone Areas:
Zone 1: 1.622 Rating
Zone 2: 1.536 Rating
Zone 3: 1.382 Rating
Zone 4: 1.185 Rating
Prices fluctuate based on their market value
STCs are sold on the open market and may occasionally fluctuate in price based on how in demand they are.
Related: Who buys STCs?
Certain ‘legal entities’ exist in Australia that are legally obligated to offset their carbon emissions by purchasing STCs or LGCs (large-scale generation certificates) and surrender them to the Clean Energy Council every year.
This is all in part of Australia’s commitment to the Paris Climate Agreement to meet net zero by 2050, which has been given the formal organisational name ‘Renewable Energy Target’ or RET for short.
The STC value is directly tied to the amount of energy your solar system is expected to generate. Larger systems produce more energy, resulting in more STCs and a greater rebate. Additionally, the location of your installation also plays a role, as areas with more sunlight, like those in Mackay, Queensland, generate more STCs.
However, regardless of your system size or location, the STC value will be lower after January 1, 2025. This means that even if your system is installed early in the year, you’ll receive fewer certificates to offset the cost. For example, a typical 6.6kW solar system could cost an additional 5-10% more if you miss the 2024 STC value.
Here’s what this means in practical terms:
Many solar companies will make you rush to secure the 2024 STC value, offering limited spots for installations in December. This “first come, first served” approach can leave you scrambling for a spot, only to miss out on the rebate if you’re not quick enough.
But at SnapSolar, we believe in making the process easier for our customers. We are offering you the opportunity to lock in the 2024 STC value—even if your installation is booked for 2025—as long as you book your solar project with us before December 15, 2024.
This gives you more time to plan your installation without the pressure of completing it before the new year.
If you don’t take advantage of the 2024 STC value, your savings could be significantly reduced in 2025. The current STC value in Queensland is based on the number of certificates available under the current scheme, which decreases every January 1.
By securing your booking before December 15, 2024, you can avoid paying hundreds of dollars more for the same system in the new year and not be in a rush with finalising the details of your solar system or installation either.
You may still be able to get the 2024 STC value after the date if your installation takes place within 2024, but availability applies.
If you do happen to miss out and are on this article later after the date though (oops!). It doesn’t mean it’s too late to go solar. As the saying goes, the best time to start something is sometimes 1, 3, 5, etc years ago. The next best time is now. Energy bills in Queensland are expected to continually rise each year, and by an estimated 20% for the 2024-25 financial year.
A solar switch can save you thousands.
Watch some of our client testimonials to see just how much we’ve saved our clients.
To ensure you lock in the maximum rebate, simply get in touch with SnapSolar today. Here’s how it works:
At SnapSolar, we pride ourselves on offering solar rebates in Queensland that are straightforward, transparent, and designed to benefit you in the long run.
As the clock ticks down to the new year, the opportunity to maximise your solar savings is slipping away. The STC reduction is inevitable, but you don’t have to be caught by surprise. By acting before December 15, 2024, you can make sure that you’ve locked in 2024 solar power rebates in Queensland and start enjoying the benefits of solar energy without the added cost.
Whether you’re a homeowner or a business owner in Queensland, now is the best time to invest in solar. With the rising cost of electricity and the financial incentives available through the Small-scale Renewable Energy Scheme, there’s never been a better time to make the switch to renewable energy.
Get in touch with SnapSolar today to secure your spot and maximise your solar savings before the new year!
Contact SnapSolar now and lock in the 2024 STC rebate in Queensland—before it’s too late!
STC value refers to the monetary worth of each Small-scale Technology Certificate (STC).
These certificates are issued under the Small-scale Renewable Energy Scheme (SRES) and act as a rebate for installing renewable energy systems like solar panels. The value of STCs is determined by the market but typically fluctuates depending on supply and demand. The higher the STC value, the greater the savings you receive on your solar installation.
Once your solar system is installed and operational, you or your installer can sell the STCs. Most solar installers manage the process for you, and it’s what we do here at SnapSolar. We’ll apply for the STCs on your behalf and either sell them directly to a third-party purchaser or use them to reduce the upfront cost of your solar installation.
The STCs are usually sold to companies that are obligated to meet renewable energy targets. Your installer will ensure you benefit from this process as part of your overall solar package.
The STC value is calculated based on several factors, including the size of your solar system, the location of your installation, and the deeming period. The deeming period is the number of years left until 2030, when the Small-scale Renewable Energy Scheme (SRES) will end. Here’s a basic formula to calculate the number of STCs your system can generate:
System Size (kW) × Deeming Period (years) × Postcode Zone Rating = Number of STCs.
This number of STCs is then multiplied by the current STC value to determine your savings.
The Small-Scale Renewable Energy Scheme (SRES), which issues Small-scale Technology Certificates (STCs) for solar panel installations, is set to phase out by 2030.
Every year, the number of STCs available for new installations decreases due to the reduction in the deeming period, which represents the number of years until 2030. As the scheme is gradually phased out, the STC rebate value will decline each year, meaning the upfront savings for solar installations will be lower. Therefore, if you want to take full advantage of the current STC value, it’s important to install your solar system as soon as possible.
Yes, STC values can vary depending on the state and suburb where your solar system is installed. However, it’s not a ‘state’ differing system. Your STC values are determined by where you are geographically, through what the SRES calls the ‘postcode zone system,’ which is used to calculate the number of STCs generated based on the solar system’s expected output.
Australia is divided into several zones, with more sunlight exposure in some areas (like Queensland) compared to others (like Melbourne or Tasmania). Postcode Zone 1, which includes regions like Northern and Central Queensland, typically generates more STCs than areas in Postcode Zone 4, which have less sunlight. Therefore, while the STC value itself (the monetary worth per certificate) remains the same across states, the number of STCs generated can differ based on location.
Yes! Compared to other states, we’re in the highest zone.
While the STC value (the monetary worth of each certificate) does not change by state, the number of STCs you can generate from solar systems in Queensland are likely higher comparatively due to the region’s greater exposure to sunlight. This means that although the value per STC is the same across Australia, you can potentially receive more STCs in Queensland, resulting in greater upfront savings for your solar installation.
Additionally, Queensland is in Postcode Zone 1, the highest zone for STC generation, meaning you’ll likely receive more STCs compared to installations in less sunny regions.
The current value of STCs in Queensland can fluctuate based on market conditions. As of now, the value per STC for a Zone 3 Postcode is around $38 to $40, but this can change over time. In 2025, the value will drop, reducing the rebate amount for new solar installations. To ensure you get the best savings, it’s crucial to act before the rate changes.
(Queensland is made up of Zone 1, Zone 2 and Zone 3 postcodes, so it’s important to check your area first to estimate the value).
You can find the current value of STCs through the Clean Energy Regulator website, which regularly updates the STC price. Additionally, your solar installer or retailer will provide you with the most up-to-date STC pricing when you receive your solar quote. For more accurate calculations and guidance on the best time to install your solar system, your installer will also guide you on how to lock in the current STC value before any reductions.
Solar panels are often touted as a sustainable solution for reducing household energy costs. However, some homeowners find themselves puzzled when their expected savings don’t materialise. So if you’re here wondering, “Why are my solar panels not saving me money?” you are not alone.
In this comprehensive guide, we’ll explore common reasons why your solar investment might not be paying off as anticipated and how you can enhance your savings.
Before delving into the factors affecting your solar savings, it’s crucial that you can grasp how efficient your solar panels are in converting sunlight into electricity.
Solar panel efficiency is a measure of a panel’s ability to convert sunlight into usable energy. The average efficiency of solar panels on the market today ranges from 15% to 20%, but this can be influenced by several factors including panel type, installation angle, and exposure to sunlight.
We’ll break this down more for your understanding below.
Several key factors can explain why your solar panels might not be saving you as much money as you expected:
How many solar panels do I need? This is a vital question you should ask before installation. The number of panels and the overall capacity of your solar system must align with your energy consumption needs. If your system is too small, it won’t generate enough power to significantly offset your electricity bills.
The orientation and angle of your solar panels significantly affect their productivity. Panels should ideally be installed where they can receive maximum sunlight, free from shade. Environmental factors like cloudy weather or shorter daylight hours in winter can also reduce the amount of solar energy your panels can harness.
Your household’s energy consumption pattern is another critical element. If most of your electricity use occurs at night or during overcast conditions when your panels are least productive, you’ll miss out on the benefits of solar power, leading to higher grid consumption.
Understanding your electric bill structure and the policies of your energy provider is essential. Some utilities may charge higher fees or offer less favourable conditions for solar energy systems, which can affect your savings.
Here we’ll give you some advice on some strategies you can take to maximise what you get out of your solar panels.
Align your energy usage with peak solar production times. You can use timers for appliances like dishwashers, washing machines, and pool pumps to operate during the day. This alignment ensures you use the energy as it’s produced, reducing reliance on the grid.
Investing in energy-efficient appliances can reduce your overall energy consumption. Appliances with a high energy star rating will use less power, allowing your solar system to cover a larger portion of your energy needs.
Ensure your solar panels are regularly cleaned and free from obstructions like fallen leaves or bird droppings. Regular maintenance checks for damage or inefficiencies are also crucial for keeping your system running optimally. Learn more about solar panel maintenance and inspection services.
Adding a solar battery can store excess power generated during the day for use at night, further decreasing your reliance on the grid. This can be particularly beneficial if your energy consumption is higher during non-solar production hours.
Maybe you’re here because you’re curious what problems you may run into while trying to save with solar panels, instead of troubleshooting a problem with a current installation. In that case, if you’re getting ready to consider solar panels, you’re probably curious how much do solar panels cost?
The upfront cost of purchasing and installing solar panels can be quite significant. In Australia, prices can vary widely depending on the size of your system, the quality of panels, and the complexity of your installation. This initial cost is a critical factor in calculating the payback period of your solar setup and whether it’s worth it for you.
However as a Queensland resident or business you also have some support, as the State Government wants to encourage more investment into green power.
Read more: A Roundup of How the Australian Government Supports Residential Solar
While solar panels offer a promising way to reduce energy costs, various factors can impact the actual savings realised. By understanding these factors and actively managing your energy usage and system maintenance, you can enhance the efficiency of your solar panels and see a more significant reduction in your electricity bills.
In conclusion, solar panels can indeed save you money, but achieving optimal savings requires a combination of smart planning, efficient energy use, and regular system maintenance. Addressing these aspects will help you maximise your investment and enjoy the financial and environmental benefits of solar power. For further assistance or to get a quote, don’t hesitate to contact us at Snap Solar on 1300 628 097, or explore our services for both residential and commercial solar solutions.
Energy bills are rising in Brisbane. So much so, that we’ve been getting questions from people in South East Queensland about why their electricity bills have not just risen —- but doubled!
However, there’s no need to panic. Take a deep breath, and together we’ll go over the possible reasons your electricity bill has gotten a lot higher than it has been, and even what you can do about it.
“As a reference point, we’ve seen inflation of over 33% in the residential market just last year and expect a further 12 – 18% again this year on July 1st.
Because of the heat and the added electrical load, people are now feeling the full grunt of that pricing change!”
Follow Jackson Wyer on LinkedIn
Inflation is having its influence on the price of living costs everywhere in Australia, unfortunately, its effects are also not spared when it comes to your electricity costs.
According to an Independent Pricing and Regulatory Tribunal NSW report, electricity prices are increasing mainly due to substantial increase in wholesale costs.
The AER outlined the reasons behind these rising wholesale prices when evaluating the Default Market Offer (DMO) price, an indicative maximum price electricity companies can charge customers on standard plans, for 2023-24:
Brisbane experienced its second warmest summer on record from Dec 2023 – Feb 2024, as reported by ABC News. Broader Queensland was also warmer than usual.
It wasn’t the only weather discomfort for our great city. Rainfall was also higher, (251mm higher than average, and 13 days more of rain than average).
Together, these conditions meant hot weather, high humidity, and less relief for sleep with many warm nights.
Meteorologists called this summer season ‘oppressive.’
In one word: demand.
Demand on the energy grid, means extra charges and as a result: higher energy bills.
These charges are what energy companies call Demand Charges.
Energy providers charge these extra costs towards you as a consumer when you are using electricity during times where there’s a strenuous demand on the network. Climate or the time of day, often drives that behaviour. For instance, if everyone decides to wash their clothes in the washing machine at the same time, the electricity used will cost more.
So during a long summer where most people in Brisbane and even wider Queensland were feeling the heat and humidity, it’s not too surprising that there was a major reliance on air conditioning. Unfortunately, this also meant many people also felt this pain reflected as well in their energy bills.
The Queensland Competition Authority (QCA) chair Professor Flavio Menezes told InQueensland that the war in Ukraine played a major factor in the increases of wholesale energy costs, in June 2023 in the light of the estimated 2023-24 price increases coming into effect in July 2023.
“Our wholesale energy cost estimates reflect a significant increase in ASX contract prices, driven by market expectations of higher spot prices and greater price volatility.
“This is likely due to higher coal and gas prices, which have been impacted by the war in Ukraine, as well as uncertainty around the availability and reliability of coal-fired power plants, which impacts the supply–demand balance in the Queensland region,” Professor Flavio Menezes said.
There are also other factors that can have had an impact on increasing the costs to your bill, but there factors are more localised to you:
Unfortunately, even with a terribly hot and humid summer out of the way, our energy bills in Brisbane may not be in the clear yet. The DMO price for the 2023-24 financial year increased by 21.5 per cent compared to previous financial year.
For this upcoming financial year 2024-25, many Australians have been calling for reductions in electricity costs to help with the cost of living. However, while Australia’s Energy Regulator the AER announced price reductions in NSW and South Australia, there is little to no relief for South East Queensland.
The regulator flagged another 2.7 per cent increase in the DMO price for households in South East Queensland, and a marginal 0.3 per cent reduction for small businesses in SEQ.
Provided by The Australian Energy Regulator. 19 March 2024.
These Default Market Offers are still indicative only and open to submissions by stakeholders until April 9, this year. It will also only come into effect July 1, 2024 (this year). However, it does not paint a hopeful picture for future electricity prices.
Although the price increase flagged for households in the SEQ area isn’t as substantial a hike as the 2023-24 percentage increase in the default market offer price, is not good news for many Brisbane residents who have already said they’ve been finding it tough.
The Default Market Offer 2023-24 – Final Determination
Sourced from AER. Read more from the Australian Energy Provider’s 2023-24 DMO Fact Sheet
We’re not here to just spread doom and gloom, now it’s time to start talking about solutions.
You may be able to be reimbursed part of your power bills between the 2023-24 financial year. This is through the Queensland Government’s Cost of Living Rebate for Households. The rebate is credited quarterly.
There are two different sums for households dedicated to reducing the strain from power bills, with more money being allocated to more vulnerable households who meet the criteria:
If you are not yet taking advantage of the QLD Cost of Living Rebate, it’s not too late. Every household in Queensland is eligible for the $500 rebate, however if you meet this criteria you may be eligible for a larger payment.
Eligibility Criteria:
Screenshot from the Queensland Government website.
If you already receive the $372 Queensland Electricity Rebate (but in this case, you should automatically be receiving the updated $700 rebate).
The appliances you are using, or how you are using them can also be racking up extra costs on your power bills. If you are concerned about your power bills, you can try evaluating how energy efficient the technology, tools and appliances you and your family are using at home.
Solely relying on the grid is getting increasingly harder for people living in Queensland. You can take advantage of the Government’s Cost of Living Rebate and decide to become more responsible for monitoring and reducing your energy usage.
However, if you really want to save on your energy bill, you can also start using a really unique advantage that living in Queensland puts in your pocket: our abundant supply of sunshine. Yes, we mean it’s time to think about installing solar panels.
Here’s more information to assist you in understanding whether going solar is right for you:
How much money do you save with solar panels in Australia?
The amount varies depending on several factors: the size and how well the system works, how your roof is positioned and if it gets shade, how much sun you get, how much electricity your home uses, and the prices your electricity company gives for any extra energy you produce.
Our solar system packages have helped homeowners and businesses in Brisbane up to $2200, $3200 or $3650 per annum.
If you want to learn more directly from a solar professional dedicated to helping you reduce your energy bills, call 1300 628 097 or get a quote today.
As awareness about the benefits of renewable energy sources, especially solar energy, continues to rise, more and more people are considering switching to solar power.
However, not everyone owns their home, and those who live in leased properties may wonder if it is possible to install a solar system on their property. Fortunately, it is entirely possible to do so – and it can actually be a smart move financially too.
Adding solar panels to a leased property can be a win-win situation for both tenants and owners. However, it’s important for both parties to come to a mutual agreement about the installation process, the cost, and the potential benefits.
In this article, we will explore how you can add a solar system to your leased property and the benefits it has for both the tenant and owner.
First and foremost, always check the terms of your lease agreement before planning to install any kind of solar system. Depending on the terms of your agreement, your landlord or property manager may have specific requirements or restrictions concerning solar installations.
Make sure you discuss the matter with your landlord and obtain their approval before making any arrangements for installation. If there are any issues, they should be addressed before moving forward with the installation.
As a tenant, you have several solar installation options. One option is to invest in a portable, stand-alone solar panel system that can be easily transported and installed without any damage to the property. This type of solar system is perfect for tenants who move frequently or cannot afford to install a permanent solar system.
Another option is to lease the solar system or enter into a power purchase agreement (PPA) or solar lease with a third-party solar company. This allows you to enjoy the benefits of solar power without having to pay for the installation or maintenance of the system. However, these agreements will come with specific terms, so read them carefully.
When it comes to the cost of adding solar to a leased property, it’s important for both the tenant and the owner to come to a mutual agreement.
To reach a mutual agreement, the tenant and owner should negotiate the terms of the solar panel installation, including the cost, the payment plan, and how the benefits will be shared. It’s important to put these details in writing to avoid any confusion or misunderstandings in the future.
There are several agreements that tenants and owners can make when adding solar to a leased property. Here are some examples:
Ultimately, the specific agreement that tenants and owners make will depend on their individual circumstances and goals. It’s important for both parties to have a clear understanding of the costs, benefits, and terms of the solar panel installation before moving forward.
By working together to come to a mutual agreement, tenants and owners can enjoy the benefits of solar energy and contribute to a more sustainable future.
View Proximity Motorsports Experience
With the growing awareness of the advantages of renewable energy sources, particularly solar energy, an increasing number of individuals are exploring the possibility of switching to solar power.
There are various solar providers in the market that offer solutions for leased properties. Some of the things to consider when selecting a solar provider include:
Ultimately, the solar provider you choose will depend on your individual needs and preferences. It’s important to do your research and choose a provider that can help you get the most out of your solar investment.
After installing your solar system, proper maintenance is important to ensure maximum efficiency and longevity. Ask the solar company to provide a breakdown of the system’s maintenance requirements and ensure you schedule regular cleaning and check-ups.
If you are leasing the system, check with the company to know what is covered under the agreement and who will be responsible for maintenance and repair costs.
At SnapSolar, we can help you install a solar system to a leased property with no hassle. We can also help you explore other options to save money on your solar installation costs, and to manage these costs by accessing government rebates and incentives.
We’ve provided this for countless households and businesses in Mackay and the surrounding Queensland area.
Get in touch to find out how we can help you.
More and more business owners are considering solar power, for a ton of very good reasons. It can save money, lead to greater sustainability and energy independence, and it’s good for the environment.
It seems like a no-brainer. For many business owners, though, there’s a big question. Since many business premises are leased, will solar provide a return on investment within the lifetime of the lease? Or could you be forced to vacate your premises before you’ve even made back the money you invested in your solar panels?
In this article, we’ll answer that question. We’ll look at the likelihood of most businesses breaking even on their solar investment before their lease is up, and the factors that play into that.
The first thing to consider is the length of your lease. For most businesses in Australia, a lease tends to last for 8 to 10 years, although there is a lot of variation here.
If you want to install solar panels, you’ll want to at least break even on your investment — and ideally start saving money on your energy bills — before your lease is up. Otherwise, you’re essentially just paying for someone else’s solar panels.
Solar panels can last for more than 25 years, and the technology is improving all the time. But how long does it take for the money saved by your panels to offset your investment? That depends on a few different factors:
So, what’s the average? It’s tough to get an accurate figure, but it seems that most solar customers in Australia take about 4 years to break even on the costs of purchasing and installing solar panels.
However, it can take longer due to the factors mentioned above, and up to 10 years is not unusual. It’s important to consider this in relation to the length of your lease when making the decision to switch to solar.
As a business in leased premises, adopting solar energy can be an excellent choice. If you’re at the beginning of your lease, already use a lot of energy, and pay high rates for energy from the grid, switching to solar might be a great financial decision.
Ultimately, it’s something you’ll have to figure out for yourself. Take the time to assess your spending and look at the cost breakdown of installing solar panels.
Working with an expert can be extremely helpful here. At SnapSolar, we help businesses work out if solar is right for them. We’ll walk you through the many complicated stages of assessing your costs and deciding if solar represents a smart financial choice for your business. We’ve done this for countless businesses in Mackay and the surrounding Queensland area.
Get in touch with us to find out more about how we can help and get started today.
