A Burning Issue: Solar Fire Safety Concerns – Installing Solar in the Blue Mountains and Penrith

Australia has a love affair with solar. It’s akin to Australia’s love affair with the sun generally. After all, we’re the land of sun, sea, and sand. But the potential dangers or poorly-made and/or incorrectly installed solar panels are real. Just the same as too much time out in the sun without adequate protection can pose a risk to your health, the same applies to low-quality solar (LQS).

Unfortunately, the risks of LQS are not confined to losing cash on a bad installation. Or having a solar system that’s more inefficient than a quality one. The reality is a LQS can have serious safety concerns, and their existence in the industry do immense harm to consumer confidence, quality solar businesses, and Australia at large. It’s essential everyone is aware of these issues. So let’s go through them now in-depth.

Rare but Really Dangerous

When a solar installation is done with quality parts by an experienced professional, the panels should be safe and enjoy a very long lifespan. But the reality is a LQS installation can pose a major danger. Recent stats illustrate how confronting this issue is. Reportedly, data from NSW Fire and Rescue illustrates the state’s firefighters attended almost 140 solar panel fires in 2020. In 2019 they did so for 56, and in 2018 for 22.

Yet since then demand for solar installations has only grown, and this means statistically NSW firefighters and their counterparts around Australia will be spending far more time and resources in future, attending to solar panel fires if the issue isn’t addressed.

A Missed Opportunity for High Quality Solar Installations in The Blue Mountains and Penrith

This is an issue that’s both local and international in scope. LQS systems do a disservice to Australia’s ambition to pursue a clean energy future. Instead of a quality solar installation that’ll be more beneficial for their owner and the national energy grid as a whole, LQS systems frustrate this process. Sure they generate some solar energy, but alongside being a case of ‘throwing good money after bad’, they also take up space on a roof where a quality system could otherwise go.

While some Aussies once they discover they’ve had a LQS installed will immediately remove it – and this should of course be done if it’s not simply a question of efficiency but an actual safety risk being posed by its ongoing use – many may feel they’ve not got the cash to do another installation, and so will put it down as a missed opportunity. The implications of LQS also stretch beyond our borders, for if the Australian market was permitted to become an international “dumping ground” for LQS components, in years ahead the entire nation’s solar output could be fundamentally underpowered, and make Australia’s contribution to fighting climate change by growing green energy altogether underwhelming.

Greater Education of Consumers Necessary

Part of the challenge with the solar industry at present is a common misconception among consumers. Many people mistakenly think solar panels will last forever once installed – after all the sun isn’t going anywhere anytime soon, right? – or at the very least will go for a good 25 years as per the warranty many installers offer.

But even these warranties involve a reading of the fine print to understand that they don’t guarantee optimum performance of an installation for a quarter of a century, but instead are more akin to a limited power warranty. The good news is with regular upkeep and maintenance a quality solar installation can be expected to accrue some terrific mileage. The bad news is a LQS installation could begin creating headaches on day 1 of operation.

Any Aussies thinking a solar installation is something they can get done this year and leave to languish until the late 2040s are very wrong. Especially because of the widespread safety issues that exist today due to LQS.

A Need For Greater Involvement by Industry Authorities

Concerns surrounding LQS is no new issue. It’s held an audit by the Australian National Audit Office (ANAO) of the Clean Energy Regulator in 2018 inspected just 1.2% of Australian rooftops, but found poorly installed – and even outright unsafe – installations among thousands upon thousands of Aussie homes. The decade ahead is expected to see solar uptake continue to surge. This means this already substantial problem is only going to grow larger.

Australians need only look at the debacle that’s been the National Broadband Network (NBN) rollout to know the absence of proper investment and sufficient oversight by authorities in the mass uptake of a new technology can ultimately become a huge hindrance on the country in the long run. This should not be the case for solar in a nation that is by many measures a world leader in its renewable energy potential. But the absence of stronger regulation and safeguards in this space to ensure LQS installations are driven out is right now lacking in the Australian landscape.

Ending Blank Cheque Rebates

For governments the realities of LQS requires careful consideration surrounding the structure of any current (and future) rebates. The rationale for these rebates is sound. Encouraging Aussies to take up solar is great and – especially for those among us who’re keen to do it but may not quite have the cash on hand right now for a good solar setup – by bridging the divide governments get people doing so sooner.

But the issue is when it’s not a good solar setup. The reality is these rebates have helped create a ‘Wild West’ in the Aussie solar industry. LQS retailers will spruik to prospective customers the potential to get a solar system for a very small amount once rebates are factored in. To consumers that are otherwise unaware it sounds like a good deal – but the deal is often too good to be true.

The exact settings a rebate reform would take on are best discussed another time, elsewhere. But strong protections exist in other Australian industries that guard against goods being sold which are defective or otherwise not fit for purpose. Common sense tells us LQS installations that do not work, do not last, and represent a safety risk could fit under these definitions.

For All Solar Panel Owners in The Blue Mountains and Penrith: The Importance of Being Proactive

Right now many Aussies don’t understand that solar panel installations are not something an owner should just ‘set and forget’ once the installation is complete. It’s easy to recognise why this perception could occur. After all, solar panels are seen as pretty straightforward technology. Unlike a car where the need for regular maintenance and inspection is recognised, essentially solar installations have no moving parts – and unless it occurs via something sudden like a hail storm – it’ll usually take a while for anyone to notice any visible damage that’s occurred.

In turn, given the placement of panels on a roof, non-obvious damage is unlikely to be noticed at all. A poorly functioning solar panel system can indeed be unsafe (more on that in a moment), but it also diminishes the effectiveness, and thus the value of the installation. It’s true there are some very fastidious solar panel owners among us who will daily monitor their installation’s performance, but most Aussies will only have the chance to check from time to time. Such owners may not notice there’s a problem until they recognise after a substantial period of time (such as a year or more) that their electricity bills have spiked or their feed-in tariff isn’t what it used to be, and by then it could equate to a decent chunk of cash lost due to an underperforming system.

But unquestionably, the safety aspect is the critical concern here. Although LQS is where the greatest likelihood of a solar safety issue will occur – and those who’ve taken the time to get a quality system installed by a reputable installer can by and large enjoy peace of mind – it’s also good to be proactive when it comes to maintaining the quality of safety of a solar installation. 

The reality is while quality solar panels are built tough, like essentially anything left out in the elements extreme winds, debris, and even mischief-making by possums and other wildlife can damage the panels. That’s why once an installation has occurred, planning for a regular inspection by a licensed electrician is prudent. The exact definition of ‘regular’ can depend on a number of variables, but as a guide once every six months is a good general estimate. 

This same timeframe also exists when it comes to cleaning the panels. Matter like dust, dirt particles, and – an unfortunately common culprit – bird droppings can diminish the effectiveness and safety of your solar system. Solar panel cleaners are available to attend to this task, and many can easily be found with a quick Google search. Yet just as it’s the case with LQS installers, it’s prudent to do your research beforehand and ensure a team you hire for the job has the skill and expertise to do the task properly.

See the list of solar panels we offer here.

Putting Out the Fire

The growing threat of solar fires represents an immediate threat to solar owners and the industry at large. For providers and installers of quality solar, the good work of them and their colleagues in growing the industry and Australia’s renewables in recent years is undermined by LQS. Of course, global supply chains factor into this, but that’s precisely why local authorities require a rethink in their approach to regulation and quality controls throughout the industry.

For governments, there’s a vested interest in seeing an end to LQS installations. The national aims in combating climate change have been interwoven with rebates and other incentives for Australians to install solar panels. If the end-result of a green energy policy that discounts the cost of solar panel installations is an array of LQS setups, then that’s a bad ROI on taxpayer dollars.

To remedy this, it’s clear greater education of consumers is necessary. In turn, greater oversight by regulatory authorities. Otherwise, the risk grows that additional fire outbreaks and media coverage of them results in a decline of solar uptake. That’s a loss for government and business.

And yes, consumers have a role to play here too. It’s important for anyone thinking about a solar system to do their research carefully. In turn, anyone with a solar system should now look deeper into the specifics of their system if they have any concerns. So too should all solar owners ensure they’re in the habit of regular maintenance of their system.

But ultimately addressing the current ills in the industry requires going to the roots of the tree. This is not something individuals can do. It requires a new approach from larger stakeholders.

Shining a light on the issues with LQS in the industry may not delight all, but it’s necessary to see the right thing done by solar owners, qπuality solar providers, and the national interest overall. 

Looking to go solar in The Blue Mountains or Penrith? Get the best products with E-Smart Solar. Contact us today for high quality solar and we’ll get you started.

Can I Have a Solar Battery and Get a Feed-in Tariff in The Blue Mountains or Penrith?

Many Australians with an interest in solar find the dynamics between batteries and feed-in tariffs confusing. This is completely normal. After all, it’s true starting a solar installation project can be a little intimidating. Yes, getting a solar installation done can be great – but it’s hard to know where to start. That’s why now is a great time to look at the relationship between batteries and feed-in tariffs in Australia.

The Basics of Batteries and Feed-in Tariffs in The Blue Mountains and Penrith

For anyone yet to be familiar with how solar batteries and feed-in tariffs work, a quick recap is worthwhile.

Batteries: Solar panels generate energy during the day. As they do, the excess can be stored in a battery for later use, for when electricity is in need but the panels are not drawing any.

Feed-in tariffs: Feed-in tariffs are a credit that solar panel owners receive for any excess energy they generate with their panels that is then fed back to the grid.

If Not Today, Perhaps Tomorrow

It’s not critical to have a battery in order to gain access to a feed-in tariff. In fact, it’s not necessary to have a battery at all. In such cases, any excess energy will automatically be fed out to the grid. This said, many Aussies installing a solar system do find there’s value in having a battery. Furthermore, many Aussies that right now do not have a solar battery are looking to get one in future, once battery technology advances further.

So although it’s not a hard and fast choice, it’s instead one best thought of as being a question of strategy. It’s held as of December 2020 more than 2.66 million rooftop solar systems had been installed across Australia. Just as many millions more are set to be installed, existing solar installations will get added to, and otherwise modified in years ahead. For example, as well as adding a battery, it’s expected many homes will eventually install a charging station for an electric vehicle (EV) that is charged – at least in-part – by the solar installation.

The Case for Going Double

Installing a solar system is not about the benefits you get on day 1 of its use, but day 100, day 1000, and so on. A solar system can drive down energy costs, and drive up the value of a property. In this regard, getting a battery will make the installation a bigger job, but it means the extra energy the panels generate can be stored, and then later utilised.

A Diminished Appetite for Feed-in Tariffs

It’s necessary to keep in mind that the solar industry is – notwithstanding its ongoing growth – subject to change when it comes to both batteries and feed-in tariffs. Put simply, batteries are getting better as time goes on. In turn, while many governments have sought to implement generous feed-in tariffs to incentivise installations in years prior, the sheer popularity of solar across Australia today means in future the rate of such feed-in tariffs will reduce, and eventually likely come to an end altogether.

But these are issues for the mid-term to long-term. Although there’s always scope for a surprise (especially in this pandemic era), unless your local state or territory government’s feed-in tariff scheme is changing soon, there’s no need to be frantically ringing about solar installers tomorrow looking to get a set of panels up ASAP. In fact, it’s a reality not all solar providers will actually provide a quality installation with quality materials – so taking some time to do some in-depth research and discern what you should avoid when seeking a solar installer is always best.

Where Can I Find Out More About Feed-in Tariffs in The Blue Mountains and Penrith?

The Australian government has a good starting point for anyone looking to come up to speed on specific rates for feed-in tariffs across Australia. The precise rates for a feed-in tariff can vary across Australian states and territories, and from one energy provider to the next. Many people make use of energy price comparison websites to find a feed-in tariff they like.

It’s also useful to keep in mind that – as aforementioned – these feed-in tariffs can be subject to change. If you find a tariff you like in The Blue Mountains or Penrith areas, it’s useful to confirm with E-Smart Solar how long the current rate will be in operation for.

What Are the Warranties on Panels and Inverters?

Choosing the right panels and inverters for your solar energy system is important, but so is making sure those components are warranted properly. If they stop working for some reason or you have other problems with them, you want them to be covered. But there is a bit of a catch to the warranty on these items, in that there are actually four separate warranties to be considered. Here is what you need to know about the most common warranties for these products.

Panel Performance Warranty

The performance warranty on solar panels is generally for 25 years, although some manufacturers raise this warranty to 30 years, instead. When an installation company talks about the warranty on solar panels being for 25 years, it is generally on the performance only and does not cover other aspects of the system or the panels themselves.

Panel Product Warranty

Typically, the panel product warranty is between five and 10 years, depending on the company that installs the panels and what they’re offering. This is far different — and far shorter — than the panel performance warranty. However, many people incorrectly assume that the panel product warranty is the same as the panel performance warranty. That could lead them to thinking they have more coverage than they actually do, and for a longer period of time, as well.

Inverter Warranty

The Inverter warranty is almost always for five years, but there are sometimes upgrade options that can push this warranty to 10 years or longer. These upgrades are generally not free, and may be offered at the time of the sale or the time of the installation. Additional warranties can provide good value if they are low in cost, but it is important to understand how much the price will rise.

Installation Warranty

The warranty for the installation is provided by the installer, not the manufacturer of the solar panels or other system components. Usually, this warranty is for one or two years. In some cases, installation warranties can be 10 years long, but this is not common. Asking your installer about the length of their warranty is vital to having the knowledge you need about your system.

What Should You Ask Your Installer About Warranties?

Before choosing an installation company for your solar panels and inverters, make sure to ask that company about their warranties. The installer may say there is a 25-year warranty, but it is important to understand that does not cover everything. While it may cover the panel performance, other aspects of the job have warranties that are much shorter. It is very important to understand exactly what you are getting.

Who Should You Speak to About Product Issues or Safety Risks?

If you have product issues or you see something you believe is a safety risk, contacting your installer is the first step. They are knowledgeable about the job they completed for you, and have all the information about the manufacturers of the products they installed, as well. Whether or not your panels or inverters are still under warranty, it is very important that you address safety risks and other problems promptly. With care and proper maintenance, your solar panels and inverters can provide good value and last a long time.

If you are interested in installing solar on your Blue Mountains, Penrith or Emu Plains home, contact E-Smart Solar for a quote.

How many panels or what size system will I need?

Getting a solar system for your home can give you the opportunity to save on your electric bills. But it is very important that you get the right system for your needs. How much power you use, what you have available to spend, and other factors will all play a role. Here are some of the most important things you should consider before choosing your new system.

How Many Solar Panels Do You Need for Your Home?

The peak output is what you want to look at when deciding the number of solar panels to use for your home. That output, though, is for a perfect, sunny day. You will not see the same level of output when you have overcast conditions or if a part of your roof is frequently blocked or shaded by trees or other buildings. How many panels you need, though, will come down to two things: how much energy you use, and how much you have or want to spend on the solar panel system. An additional consideration will be the size of the roof where you’re placing the panels, as there is only so much space available for them.

Understanding Electricity Consumption Patterns to Determine Output

The ways in which you use electricity matter when deciding how many solar panels you will need or what size system will be the best for your specific situation. Using electricity more evenly throughout the day can mean the need for a smaller system, mostly because there is not going to be a large drain on the system at any point during a 24-hour period. If you have a large home and family, though, or you use a large amount of electricity at one time, having a large system or more panels can be the right choice.

How Much Are You Prepared to Spend?

The amount you want to spend on your solar system is an important factor to consider. Some people even borrow against their mortgage in order to buy a larger system with the idea that it will pay off for them in the long run. That is not right for everyone, but it is well worth discussing when it comes to how you plan to fund your system and whether you should choose a larger one instead of a smaller one that may be more affordable upfront.

Average kWh Per System Size

The average number of kWh (kilowatt hours) can be calculated with the understanding that every one kW of solar panels, you can expect to get about four kWh per day of electricity. That’s a rough estimate, and the amount can vary slightly from day to day. How much sunlight you receive, the time of year, and your location, as well as how the panels are oriented, all play a role in the actual production of electricity from your solar system.

By working with a good installer, you can focus on how many panels and the size of the system with confidence that you are getting quality answers to your questions. That will give you the maximum value for your new solar system.

If you are interested in installing solar on your Blue Mountains, Penrith or Emu Plains home, contact E-Smart Solar for a quote.

Complete Guide to Solar: Getting a Quote

When you purchase a solar energy system for your home, it’s important to find an installer who provides accurate, honest quotes. A reliable estimate will help ensure that you’re paying a fair price and won’t be surprised by the final bill.

What to Expect

Competent, trustworthy contractors visit customers’ homes before they offer quotes. If an installer sends an estimate via phone or email without seeing your house, this amount may not reflect the actual price. Each home needs different solar and electrical equipment.

A contractor ought to examine your circuit breaker, roof and any obstructions before estimating the cost. It’s also crucial to evaluate a home’s power needs. For example, a dwelling with electric appliances will need larger photovoltaic panels than a house with gas equipment.

Detailed Quotes

Your installer shouldn’t just state a single amount. You ought to receive an estimate that lists the prices of specific items, such as the mounting hardware, DC-to-AC inverter and solar panels. If you desire a rechargeable backup battery, the quote should also list the cost of this equipment separately.

A detailed estimate will provide specific information about these products as well. For instance, it ought to list the model, wattage and quantity of photovoltaic panels. Look for the inverter’s output capacity; this equipment plays a crucial role in most systems.

Meter Upgrades

Your electricity retailer will be in charge of your meter. Ask if you’ll need to replace or upgrade your electrical meter. This step may add as little as $60 or as much as $300 to the total price. Your retailer will need the solar installer’s Certificate of Compliance (CCEW) and Permission to Connect (PTC) letter forwarded to the retailer. Energy Australia and Origin Energy has a smart meter form that needs to be completed and sent along with the PTC and CCEW. Older meters often cost more to upgrade. Queensland residents face a very small monthly fee rather than a larger one-time upgrade expense.

Installation Work

A quote should reveal how much money you’ll spend on installer labour. Workers must transport and set up the equipment before connecting it to your home’s electrical system. Labour costs may rise if they need to dig a trench for underground cables.

Warranty Coverage

Be sure to learn about the warranty that comes with a system. How long does it stay in effect, what does it cover, and is it provided by a trustworthy, well-established company? Panels from LG Electronics normally include 25-year guarantees.

Getting Money Back

A knowledgeable contractor should be able to estimate feed-in tariffs and rebates. These credits could help you recover the cost of your equipment. The Small-Scale Technology Certificate supplies larger rebates for more powerful systems. Feed-in tariffs compensate you for excess power that your panels add to the electrical grid.

Ask the installer about a system’s payback period. This is the approximate number of years it will take for you to recover your investment through electricity savings, rebates and tariffs. Keep in mind that unpredictable weather and economic conditions can shorten or lengthen this period.

Installation Time

In addition to estimating the cost and future savings, an installer ought to tell you when the work would begin and how long it will take to complete. The number of days may vary depending on how many people the company employs and the level of demand for its services.

To sum it up, you can benefit from finding a solar contractor who takes the time to inspect your home and provide you with comprehensive information on every major aspect of an installation project.

If you are interested in installing solar on your Blue Mountains, Penrith or Emu Plains home, contact E-Smart Solar for a quote.