Category: SOLAR

Step-By-Step Guide To Buying Quality Solar Panels In 2023

Have you decided to buy quality solar panels for your home to generate electricity? Then continue reading. Before purchasing, you should figure out how to choose the best solar panels specifically for your home.

Our step-by-step guide to buying quality solar panels will give you every key point you need to know before going solar. This article also contains all the new updates of 2023! So look no further and review our article to get the best solar panels.

Examine Your Electric Bill

Analyse your electricity bill before beginning the solar panel buying and installation process. You should get a consumption monitor for better results. It helps you determine your monthly energy consumption in kWh.

In addition, it can assist you in selecting the solar system size that you need. To get an accurate estimate, look at the average monthly energy consumption over the last 12 months.

Do A Technical And Feasibility Analysis

Conduct a study before installing your system. It can help you assess the structure of your building and determine the best products based on your energy consumption.

The study will also assess the solar radiation patterns at your installation site. That will vary depending on your geographic location. Based on the study’s findings, technical experts can recommend the best equipment for your budget and energy goals.

Because only buying quality solar panels is not feasible. The panels and mounting system have to comply with your house.

Perform A Roof/site Inspection

Inspecting the installation site is critical to properly installing your solar panels. Look for a location correctly aligned with the sun. Because the best angle for solar panels will provide you with the ultimate solar energy.

More importantly, look for a reasonable height and flat terrain.

Examine for Compatibility

First, you must ensure your home is ready to receive a solar energy system. Determine whether your roof is large enough or has enough space to install the ground-level panels.

Sometimes trees and branches are removed or trimmed. Your electrical panel may also require an upgrade. Verify if your roof is in good condition.

Choose a Size

Once you know your home is compatible, decide what services you want your system to provide. You can use the energy to power lighting or a few appliances. You can also choose a plan to generate energy for your entire house.

You can even sell some power back to the grid through feed-in tariffs.

Check For Permits

Apply for a building permit in your area. A separate electrical permit may also be required in some areas. Waiting for permits to be approved and scheduling subsequent inspections are frequently the most time-consuming aspects of a project.

Apply for Incentive Programs

Take advantage of your solar investment. At the state and local levels, incentive programs differ. Federal incentives and schemes can also change from time to time.

You may be entitled for tax credits, rebates, or grants from multiple sources to offset costs. Apply for these benefits before beginning the installation process. To finance the project, you could apply for a particular solar loan.

Solar Price

So how much do solar panels cost? When comparing solar panels, this is the first-factor people consider. Several factors determine the cost of a solar panel. It includes the size, brand, quality, durability, and any certifications the solar panel may have.

Price is an important factor when you are deciding on a solar panel. However, it should be one of many factors to consider because the cheapest panel may not be the most efficient. And in the long run, it may not be the best option.

Solar panel selection can be challenging, but ensuring a quality solar panel system is more significant than going for the cheapest option.

Check Solar Emporium’s Solar Packages for cheapest and the best panels

Make a budget for yourself

Calculate the average cost of your solar energy system based on your monthly energy consumption. Also, get an estimation of the solar panel installation process costs. Consider warranties, maintenance costs, and the number of panels needed for installation.

Quality of Solar Panels

This considers how the panel is manufactured and the quality of the materials used to construct the solar panel. Various manufacturers produce panels that vary in quality, price, and efficiency.

Vertically integrated solar panel manufacturers control every stage of the manufacturing process.

Many place a premium on quality and invest heavily in research and development (R&D). Other manufacturers assemble panels and usually do not manufacture their cells or support R&D.

Energy Efficiency

The efficiency of a solar panel refers to how much the panel receives and converts into energy. And that’s you can determine the amount of power your system will generate.

Sometimes the best option is to purchase the largest and most efficient solar panel. It may cost more but will save you money in the long run.

Temperature Coefficient

It refers to the effect of heat on the operational efficiency of a solar panel. Because overheating of solar panels decreases their efficiency.

Durability

A 25-year warranty typically covers solar panels. If the manufacturer does not provide a long warranty period, you may suspect their product is subpar. Avoid being misled by an attractive price, as you may regret it in the long run.

Of course, proper maintenance of your solar panels is essential to extend their lifespan. Fortunately, we have solar packages for brands that require less maintenance.

Where To Find The Best Solar Panel In Australia?

Prices vary significantly between companies. Therefore, finding the best solar supplier and installer may require requesting multiple quotes. Ultimately, the actual solar panel cost will depend on various factors. It includes-

The solar panel’s type – monocrystalline, polycrystalline, or thin film
How many solar panels do you require according to your house’s size
The reputation of solar suppliers and installation companies
Are the companies certified? What warranties do they offer?
Each solar panel’s inverter type

All the information and the renewable products should be available from the solar company you select to do business with. Remember, your solar installer should consider products based on your particular circumstances. They should provide the price quote accordingly.

In addition, you should request to see any relevant industry-approved certification on solar panels and battery storage systems. You can trust Solar Emporium’s certificate and professionality without worrying.

Installers of Solar Panels in Australia

With so many Clean Energy Council Approved Solar Retailers in Australia, finding the right solar panel installer should be simple. Visit the Clean Energy Council website to see a list of accredited retailers in your state.

However, before signing agreements, confirm the Clean Energy Council website accreditation. It will definitely help you find which solar panels are best for you.

Explore Your Specific Requirements

When buying quality solar panels in Australia, what you want and need are two different things.

If you have a large family with many household appliances, a small solar PV system would not suffice. On the other hand, let’s assume you live alone in a small flat. Then there’s no point in going overboard with the panels.

You must find your specific needs, and the system will work perfectly. And it will ultimately give you all the power you require while saving you money.

You can see why doing your research is essential. Making an informed decision about your selected system will help you understand what will suit your needs.

Choose the Best Solar Panel System With Solar Emporium

Solar Emporium’s team can provide free quotes to assist you when buying quality solar panels. Different suppliers will contact you with their offers, and you can then choose the one you prefer, but we assure you of our utmost dedication.

We have an extensive network of qualified solar panel installers all over Australia. We can connect you with our reputable installers in your area.

However, if you already know which solar panels you want for your home and want to speak with a professional installer, we can help you connect immediately.

Our Solar Experts are here to Help!

101 Guide To Solar Batteries| How to Get Started?

According to a 2022 Roy Morgan research, over 3.2 million Australian households own a solar energy system. It is almost 32.3% of all households in Australia. And more recently, it is believed that nearly 70% of homes will own solar energy.

Inevitably, as solar homes are increasing, the need for solar batteries also increases. So keeping that in mind, this is our 101 guide to solar batteries. This blog will provide Australians with all the details on how to get started with solar batteries.

Solar battery storage systems aid in the resolution of a variety of solar energy issues. Connecting a battery to a grid-tied solar energy system allows the system to continue powering even when the grid is down. It will help with power access rather than disconnecting to generate electricity.

Solar batteries can also help commercial customers reduce peak demand charges and become more resilient in power outages. Many state and local governments are restricting the usage of carbon and fuel-powered generators.

As the popularity of solar storage systems grows, conditions continue to support solar adoption. And Solar Emporium is ready to support as many people as possible so that they can make their community a better place.

Battery storage for solar applications helps to relieve strain on our electrical grid by replacing unstable grid energy with clean-green electricity. It allows heavy cycling and periodic full-capacity recharging.

Several types of batteries are available to meet these specific needs. The cost of a solar battery, installation process, lifespan, and maintenance are all factors to consider when selecting a battery. But first, we need to understand the basics of solar batteries.

Understanding Solar Batteries

Owning a solar battery has a three-part process. First, you need to understand the basics of solar batteries. Then you need to know what factors to consider before purchasing a solar battery. Lastly, you have to know about the maintenance process.

What Are The Best Solar Batteries?

Solar batteries for home energy storage typically comprise one of three chemical compositions: lead-acid, lithium-ion, or flow batteries. In most cases, lithium-ion batteries are the most cost-effective option for a solar panel system. However, other battery types may be available.

How To Evaluate Solar Storage Options

Considering solar energy storage system options, you’ll encounter many complicated product specifications. It may create more questions about the best equipment to match your solar battery.

To evaluate your solar battery options, you should first understand its capacity to store energy and power ratings. Then it would be best to compare the depth of discharge (DoD), efficiency, and warranty.

Calculating the Size of Your Solar Battery System

Properly sizing your battery is critical. But consumers and solar installers may frequently overlook it. Batteries in PV systems are often undersized due to cost or underestimation of system loads.

Understanding the customer’s energy requirements and correctly designing a plan that best meets their objectives is very important. Solar battery manufacturers’ online system sizing calculators can help simplify determining battery capacity for load requirements.

How long will a solar battery last?

The lifespan of a solar battery varies from 5 to 15 years, depending on the type. Lithium batteries have a lifespan of up to ten years. Lead-acid batteries have a lifespan of 3–5 years.

How Many Hours Of Energy Can A Solar Battery Provide?

Several factors determine this. These factors will help determine how long you can power your home.

The most significant factors to consider are:

Number of appliances running in your house

Your battery’s total capacity

Considerations When Purchasing Solar Batteries

Various factors should be considered when calculating the total cost of installing a solar battery to your solar energy system.

Price: A solar battery with a low upfront cost may sacrifice quality and battery life; you may offer a lower upfront cost for a significantly higher future cost. But the need for frequent battery replacements may increase the cost over time.

That is why, when deciding, it is critical to consider all factors other than price.

Capacity: Battery capacity is significant because it represents the energy the battery can store.

Voltage: The voltage of the solar battery bank should be considered to ensure that it meets the requirements of the solar system. Your solar energy system will include a solar inverter. Depending on the voltage of your solar battery bank, you may need to purchase a different inverter.

The inverter specifications determine the voltage of the solar battery. Ideally, it should be installed on a system that converts DC-to-AC energy so that the voltage of loads in a DC energy system.

Cycles: The cycles of a solar battery are the most crucial factor to consider. The battery cycle indicates how many discharge/charge cycles it can provide before capacity drops to a specified rated capacity percentage.

Solar batteries with the same power, energy content, and weight may exist. However, the battery’s design, material, and quality will influence how many times it will cycle appropriately over its lifetime.

Maintaining Solar Batteries

Let’s assume the installation process is done. But your work isn’t done yet. You still need to maintain a few things to have a properly running battery to power your house. Here are a few things you can keep on checking:

If it’s kept in a protected space or not
How is the backup process
How much backup is the battery providing for your appliances
Is the monitoring app or device working well or not
Is the battery providing enough off-peak power
Are the transformers working correctly or not

Choose Solar Emporium for Solar Solution

The most expensive component of a solar power system is a battery. However, battery technology is spreading due to electric vehicles and the push toward renewables such as solar and wind.

Companies pour millions of dollars into research and development to build cheaper, better batteries. This is excellent news for us. Battery prices have been declining over the last decade. Hopefully, this trend will continue with more advancement in the space.

You now understand solar better than an average person. However, don’t stop there! Call Solar Emporium today or get a free quote for your desired solar solutions.

Our Solar Experts are here to Help!

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What Type of Batteries To Use With Solar Panels

Solar energy systems typically comprise solar batteries and panels, mounting tools, and an overall performance monitoring system. Solar energy systems

Most houses are connected to the grid. These systems are more commonly used for backup among homeowners. Many people, however, are looking for a replacement for their utility supply. One common reason people switch to solar is to avoid high energy costs.

So what type of batteries to use with solar panels to avoid high energy bills?

Various type of solar batteries are used as a backup for critical loads when the grid fails. You can choose from multiple types of solar batteries to use for your system. These solar batteries are designed to provide auxiliary power to the grid.

As we all know, four different types of solar batteries exist in the solar industry.

Lead Acid Batteries
Lithium-ion Batteries
Nickel-cadmium (Ni-Cd) Batteries
Flow Batteries

Lithium-ion and lead acid batteries are the most used of these four batteries. For a detailed review of all these batteries, check out our last blog about 4 different types of solar batteries.

Lead Acid Batteries

For many years, lead-acid batteries have been a reliable energy supply for off-grid areas. They are typically deep-cycle and low-cost. Lead-acid batteries are known for their high power and discharge current but low energy density. They can take up to 14 hours to charge fully.

Because of their highly toxic nature, these batteries should be thrown away properly. Otherwise, it can threaten the environment.

The flooded lead battery is dependable but must be watered and ventilated to function correctly. The VRLA comes in two varieties: gel and absorbed glass mat (AGM), which have valves for off-gassing regulation. These are appropriate for cold and warm temperatures. Although VRLA batteries provide enough installation flexibility, their temperature sensitivity may pose a challenge to people looking for a permanent alternative to their grid supply.

Lithium-ion Batteries

Lithium-ion batteries are becoming a more popular choice for solar systems worldwide. The development of this type of battery is heavily influenced by its application in the electric vehicle industry. Its prism shape allows ventilation which is beneficial in solar systems.

Lithium-ion batteries have a distinct voltage range and charging response. A voltage regulator charge controller is used to charge them. Despite low self-discharge, lithium-ion batteries do not benefit from long-term charging.

This type of solar battery requires little to no maintenance and has a high energy capacity and a long lifespan. Lithium batteries are evidently more expensive than lead-acid batteries. They may also need a protection circuit to regulate the current and voltage.

Lithium-ion batteries can provide more cycles than lead-acid batteries. It makes them ideal for providing additional services to the grid. Lithium-ion batteries’ high charge and discharge efficiencies make them an excellent choice for solar systems.

These batteries also lose less capacity when unused. That is very beneficial in solar installations where energy is only used occasionally.

In Comparison, Which Battery Is Better?

Capacity

The capacity of a solar battery simply describes its ability to store electrical power. Because of their heavier weight, lithium batteries have a higher degree than all other types of lead-acid batteries.

To power a 5.1kW, you’ll need about 8 lead-acid batteries, whereas two lithium-ion solar batteries will suffice.

Because lithium batteries have a higher energy density. They can be installed in difficult places because they can also fit more capacity into less space. Both nickel-cadmium and sodium nickel chloride have a broad capacity range.

DoD (Depth Of Discharge)

The DoD of a solar battery is the usable portion of its capacity, and a DoD of at least 40% is recommended for optimal battery usage. Lead batteries have a DoD of 50%, whereas nickel-cadmium batteries have a DoD of 15%.

Exceeding this limit before recharging reduces battery life. In contrast, lithium-ion and sodium nickel chloride solar batteries have an 80% DoD, implying a higher usable capacity.

Warranty Of Solar Batteries

When deciding which solar battery to use in your system, consider its battery life as the best indicator of its ability to retain capacity. One charge cycle is the chargeback up from a discharge and is the primary determinant of battery lifespan.

In addition, the number of cycles your solar battery will go through will be determined by the frequency with which it is used. This characteristic varies even for the same type of solar battery and is influenced by the battery’s depth of discharge.

A warranty is always a good indicator of dependability in any brand or product, including solar batteries.

Effectiveness

The round-up efficiency is the difference between the available energy and the amount of energy used to charge a solar battery.

The higher a battery’s round-trip efficiency with the DoD, the better. Regarding 95% efficiency, lithium-ion solar batteries win because they have the most conversion rate from solar power.

This means that depending on the configuration of your system, you may need to install fewer solar panels and batteries.

Charge Rate

Another factor to consider when purchasing a solar battery is the charge rate. It indicates how quickly a battery will be recharged when connected to a charger. It is expressed in fractions like C/4 function capacity.

With a charge rate of C/5, lead-acid solar batteries can take up to twice as long to charge as lithium-ion solar batteries, especially during peak hours.

Lithium-ion batteries and flooded lead-acid are ideal for full-time, off-grid power at various levels of use. If you need a battery for a vacation home or somewhere you won’t spend much time during the year, a sealed lead-acid battery is your best bet.

It has a low self-discharge rate and requires no maintenance.

You must consider power outages when purchasing a battery solely for backup purposes. It will help determine how frequently you’ll need your grid supply throughout the year.

A low-maintenance battery, such as a sealed lead-acid solar battery, will be more beneficial if only used a few times.

However, after examining other comparisons, lithium-ion batteries are the correct choice. These batteries have better capacity, DoD, warranty, and charge rate.

Considering these parameters, you can accurately plan and install your solar system. You can choose which type of solar battery is best for you based on your intended system use.

What Is A Solar Charge Controller?

The solar charge controller is a device that connects your solar panels and batteries. The controller ensures that your batteries are not “overcharged.” Overcharging your batteries causes them to overheat and catch fire.

A controller also determines how to properly charge your batteries by varying the flow of amps and voltage rate based on the battery manufacturer’s recommended specifications.

The market is flooded with low-cost solar charge controllers. There are better places to cut corners. Spend a little more money on a high-quality solar charge controller.

All batteries are replaced at some point. Therefore, you need to decide wisely on the storage system. You’ll need to spend more time researching if you buy expensive batteries. It will help manage them more to get the most out of them.

Our Solar Experts are here to Help!

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Is It Still A Good Idea To Get Solar Panels In 2023?

Solar panel prices have dropped significantly in the first two months of 2023. Experts predict significant price drops of 10% annually for the next ten years.

Keeping the above in mind, is it still a good idea to get solar panels in 2023? And how much money do you save with solar panels in Australia?

One of the reasons solar panel prices have risen in recent years has been due to a shortage in polysilicon manufacturing. Several factors influenced the price increase, including weather, industrial accidents, and the global pandemic.

These factors contributed to supply chain issues, and prices went up. But will solar panels get cheaper in 2023? Yes, solar panel price drop is very evident now.

But if you wait any longer, you’ll definitely miss out on significant energy savings at a low initial cost. And electricity prices will continue to rise.

Many factors contributed to a spike in natural gas prices in 2022, which affected energy prices. The energy price has increased by up to 50% in many states in Australia.

With the cost of solar PV systems falling, now is the perfect time to switch. Even if forecasts indicate that prices will fall further in the coming years, you shouldn’t take your chances.

Many promising government incentives are still active in Victorian and New South Wales. Therefore, taking advantage of low prices is a wise decision now!

Feed-in Tariffs

Solar panel prices have fallen by nearly 82% in the last decade. As a result, Australians can enjoy the best solar feed-in tariff for their solar system at a low cost.

People who adopted solar technology early had to pay an excessive amount for systems that could be more efficient compared to now. But they relied heavily on the feed-in tariff to achieve a reasonable payback period.

Governments aided early adopters financially while driving the industry to develop new and more efficient systems using a feed-in tariff.

Solar Rebates and Incentives In 2023

The Small-scale Renewable Energy Scheme provides individuals and small businesses a financial incentive to install eligible small-scale renewable energy systems. It is managed through the development of small-scale technology certificates.

And for expected power generation, small-scale technology certificates are provided. This renewable energy is used to replace nonrenewable energy sources.

Homeowners can now get lower purchase rates through an agent via these certificates. The volume of this benefit varies depending on the amount of solar energy available in that state.

Small-scale technology certificates can be generated after the installation of an eligible system. And these are calculated based on the amount of electricity produced or replaced.

The small-scale technology percentage (STP) determines the number of small-scale technology certificates that electricity retailers must submit annually.

Energy Prices

Energy prices in Australia are expected to skyrocket in 2023 in Australia.

The market offers rose between 8.5% and 18.3% in New South Wales, up to 12.6% in Southeast Queensland, and 9.5% in South Australia, beginning in July 2022. Victorians have also experienced an increase of approximately 5%.

The changes also affect small business customers. With standing offer prices rising by up to 13.5 per cent depending on the state.

The Australian Energy Market Operator (AEMO) warned that the average household energy bill could rise by 20% again this year.

With the energy prices rising, solar manufacturers might increase their prices too. So grab your desired solar system before it’s too late.

Why Are Solar Panels Less Expensive Now?

Initially, solar panels took a lot of work to manufacture and install. Thus, making them costly. Because of their lower efficiency ratings, panels took longer to help recoup their high upfront costs.

However, advances in solar technology, combined with federal and state incentives, rebates, schemes and initiatives, have entirely transformed the solar industry landscape.

According to a 2021 study, the cost of solar panels has lowered by more than 82% since 2010. There was an average increase in efficiency of about 250%. As a result, solar power is now less expensive. And they can pay for themselves in less time.

Despite price drops, solar panels still have a high upfront cost. However, numerous federal incentives, such as the Federal Solar Investment Tax Credit and statewide programs, can assist homeowners in recouping the high upfront costs.

How Much Money Can You Save With Solar Panels?

Solar consumption means using the solar energy you generate to power your home. As feed-in tariffs fall, solar energy is your best option for getting the most out of the Sun.

You can get the most out of your solar panels if you use them during the day when your panels produce electricity from the sun.

However, you should continue saving money in the evenings, early mornings, at night, or during bad weather or winter.

In that case, you must invest in a solar battery that can store excess solar power for longer. Instead of selling your energy and repurchasing it from the grid, you can distribute it evenly across your household’s needs.

How Much Value Will Solar Increase to Your House?

Electricity bills have risen dramatically, and the prospect of one less utility bill appeals to any buyer. In March 2023, it was announced that electricity prices in Victoria would increase by 31%, while prices in NSW would rise by 22%.

But how much does solar increase home value in Australia? According to a survey, 85 per cent of Australians believe solar rooftop panels increase the value of a property.

Furthermore, it is believed that three-quarters of renters would pay more rent to live in a property that used solar energy.

So, Do Solar Panels Pay for Themselves?

The short answer is yes in almost all cases. The payback period for solar panels in Australia has gotten easier. But to get the most out of your panels, you must first understand how your household uses power and begin thinking about self-sustainability.

A few years ago, your feed-in tariff rate made it an easy choice. However, by 2023, most solar systems installed will only achieve a satisfactory return on investment with the assistance of a solar battery.

Solar savings are a significant motivator for solar adoption. Our team is always efficient in assisting you to know everything about solar installation as electricity bills continue to rise.

Why Should You Switch to Solar in 2023?

We recently saw an increase in electricity prices for the entire year of 2022. This resulted in price increases for energy of up to 50% in some areas.

Waiting to install solar panels means missing out on savings on your energy bill, which will continue to rise over time.

Here are some reasons why you should go solar now rather than later.

The cost of PV panels for homes is currently low, but this may change soon.
In several markets, favourable government incentives for solar energy are decreasing or being phased out entirely in the coming years.
Solar power eventually increases your home’s value, and you can sell it faster.
Compared to 2022, residential electricity prices in Australia will increase significantly by the end of 2023.
If you installed a solar photovoltaic system that generated enough power to offset the increasing energy bill, your savings would grow in two or three years.

Solar Emporium’s affordable solar pricing packages are waiting for you! Contact us right now to become energy independent.

Our Solar Experts are here to Help!

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What Are The 4 Different Types Of Solar Batteries?

Before getting a solar battery, you need to know the different types of solar batteries and their specifications. There are 4 different types of solar batteries available for you.

Let’s get a background of solar batteries first!

In summary, solar batteries store excess energy produced by solar panels. When energy output is low, you may use the excess energy to power your home. For example, you can use the sun’s energy on cloudy and rainy days or even after sunset.

Using solar plus storage depends on various reasons like climate and topography to culture and way of life. Most people in Australia work during the day. Therefore, automatically they consume less energy during the daytime.

But that’s when solar panels collect most sunlight to convert it to electricity. And that’s what demands the development of storage technology.

Differences Between Solar Batteries and Regular Batteries

Solar batteries are specifically built to store and release renewable energy on demand. They are made with different materials than ordinary batteries to handle the slower charge/discharge rates associated with dependable solar energy sources.

Traditional batteries have limited energy stored in a single cell, making speedy charging difficult. Solar batteries, on the other hand, have two or more cells and may provide electricity for a much longer period.

Solar batteries can also be lead-acid, nickel-cadmium, or lithium-ion. Instead of a standard battery, a solar system will provide more energy over time and not leak heavy metals into the environment after completing its life cycle.

Solar Battery Types

Four primary types of batteries are used to store electricity from solar power systems. The following section summarizes commercially available technologies and information on each type.

Lithium-ion Batteries

Maintenance of Lithium-ion batteries is relatively easy. These batteries have higher energy density than other batteries. That’s how they can store more energy in a smaller space. Li-ion batteries also have a longer life cycle. Most of the batteries are guaranteed at least ten years.

However, one of the most significant downsides of lithium-ion batteries is their higher cost than other energy storage technologies.

Furthermore, because of their chemistry, lithium-ion storage systems are more likely to catch fire due to a phenomenon known as thermal runaway.

Although, if properly fitted, the chances of your battery catching fire are almost zero.

Lithium-ion batteries are ideal for residential solar installations because they can store more energy in a smaller space and allow you to utilise more of the stored energy.

Nickel-cadmium (Ni-Cd) Batteries

Nickel-cadmium (Ni-Cd) batteries are less popular than lead acid or lithium-ion batteries.

These batteries first came into the market in the late 1800s. After the remodelling in the 1980s, they considerably boosted the energy they could store. Ni-Cd batteries are the most popular in the aircraft industry.

The fundamental advantage of Ni-Cd batteries is their long life. They are also capable of operating at high temperatures. Furthermore, they are almost maintenance-free and do not require complex battery management systems.

But Ni-Cd batteries are exceedingly poisonous because of cadmium. Consequently, cadmium use is prohibited in various countries. They are also vulnerable to the memory effect, which reduces their ability to keep a charge.

But because of their endurance, Ni-Cd batteries are useful for large-scale applications such as utility solar energy storage.

Flow Batteries

Flow batteries are a new technology in the energy storage industry. They contain a water-based electrolyte liquid between the battery’s two chambers or tanks.

When charged, chemical reactions occur, allowing the energy to be stored. These batteries are becoming increasingly popular.

Because of their larger size, they are more expensive than other batteries. The cost and size make it difficult for household use.

One of the best features of flow batteries is their 100% depth of discharge. This means you can use all the energy in the battery without damaging its mechanism.

Unfortunately, these are far more expensive than other types of batteries. They also have an insufficient storage capacity compared to other battery systems.

Flow batteries serve better in large-scale systems. Because of how they work, they must be huge enough to hold any significant quantity of energy.

Lead Acid Batteries

Lead acid batteries are the most tested and reliable technology in the solar battery industry. These deep-cycle batteries date back to the 1800s. And they’ve been able to stay because of their dependability.

These batteries have been classified as flooded batteries and sealed batteries. Lead acid batteries are the least expensive energy storage, making them the most cost-effective. They are also trustworthy because of the long industry journey.

To function correctly, flooded lead acid batteries require ventilation and maintenance. That increases the likelihood of the battery leaking. Also, their low depth of discharge (DoD) results in more frequent charging.

They have a lifespan between 5 and 10 years because of their modest depth of discharge. Lead-acid batteries are ideal for off-grid solar systems and backup storage for a power outage.

How to Choose the Best Solar Battery Type for You

The two main distinctions are the battery’s chemistry and whether it is AC or DC-coupled. Which battery is best depends on when you plan to install it, how frequently you plan to use it, and how much space you have.

A lithium-ion battery is usually the best option for a residential solar installation. They can store more energy in less space, discharge most stored energy, and have high efficiency.

Furthermore, because these are the most popular, many solar businesses can precisely and safely install a Li-ion solar battery.

If you are on a tight budget, lead-acid batteries may be the ideal alternative. They have been used for decades and are cheap.

Call Solar Emporium as your trusted solar contractor to determine which solar battery best matches your needs. Get a Free Quote Today!

Costs of Solar Batteries

The type and size of the battery selected determine the cost of a solar battery or battery system. Lead-acid batteries have a lower initial price to the consumer than lithium-ion batteries.

However, investing in a lithium-ion battery may save money in the long run, depending on how the batteries are used.

Check out Solar Emporium’s lucrative solar storage packages!

Depending on size and power, a single lead-acid battery can cost between $200 and $800. Although to keep a household fully powered, it may require multiple lead-acid batteries.

On the other hand, a household lithium-ion solar battery system with installation costs between $7,000 and $14,000.

Nickel-cadmium and flow battery prices vary depending on the size and scale of the installation. Because of the expense, durability, size, and stability in extreme temperatures, they are sometimes utilised in residential houses. But these are better suited for commercial and industrial environments.

Our Solar Experts are here to Help!

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Number Of Solar Panels And Batteries Needed For Aussie Homes

When it comes to solar, there is no one solution. It is exactly like shopping for other necessary products that you need. Every person has different solar needs depending on many factors.

So what is the number of solar panels and batteries needed for Aussie homes? To understand everything go through this Aussie batteries and solar review.

For example, a 5kW solar system typically comes with 15-20 solar panels. It is usually sufficient for an average Australian home. Still, putting as many solar panels on your roof never hurts.

However, the size of your solar system is determined by electricity usage, how much (unshaded) roof space you have, your budget, and a few other objectives.

Getting solar panels is only worthwhile if you install enough to cover your electricity requirement. Similarly, you want to save money on a manageable solar system.

How do you determine the number of solar panels and batteries you’ll need to power your home?

How Much Power Do You Consume?

The goal is to match your household’s electricity consumption with solar energy. If not, then it may exceed a bit. Ideally, your solar system should produce enough electricity to meet your needs.

Thinking ahead is critical. Ask yourself the hard questions. Will your family grow in the coming years? Are you considering purchasing an electric vehicle?

How Much Roof Space Do You Have?

We can only fit as many solar panels as possible in the space on your roof. Solar panels are typically 1.7m × 1m in size.

It is critical to consider shading when calculating the size of your roof. Tree or power lines can cast shade on a portion of your roof. In that case, we’ll need to adjust your solar system or avoid these areas entirely.

How Much Money Do You Want To Spend?

The larger the solar system, the higher the cost. As a result, the size of your solar system will be determined by your budget.

Like any other product, budget solar panels are less expensive than tier 1 panels. However, it is never worth sacrificing quality for lower-cost solar panels.

A solar system is a 25-year or more long-term investment. Purchasing quality solar panels that will last for a long time should not be negotiable.

Find more information about the payback period for a solar system here.

What is Your Primary Goal in Installing Solar Panels?

Some people purchase solar panels primarily to save money. Others are motivated by the wish to become more energy independent or by environmental concerns.

Your motivation for going solar may influence the number of panels you require. For example, invest in a more extensive solar system to be self-sufficient. And you’ll also need a battery to use solar power all day and night.

Compare Panel Efficiency and Types

Solar PV is classified into monocrystalline, polycrystalline, and thin film. Each has a different efficiency rating as well as a different price point. You need to consider which solar panel system has high efficiency.

Monocrystalline cells are the most efficient because they are made from large silicon crystals. They are also more expensive.

Polycrystalline cells are made using silicone moulds. Therefore, it is less expensive. But also slightly less effective than monocrystalline cells.

Thin film panels are inexpensive but much less efficient than other types.

Before purchasing a solar power system, inquire with your installer about the solar panels’ life cycle and efficiency. Check the warranty to ensure a plan that will last many years.

Understand Your Battery Storage Options

Solar PV systems generate the most amount of energy during the day. Consider solar battery storage if you spend most of your day at work. Solar batteries enable you to store energy generated during the day when the sun isn’t shining.

The battery capacity is measured in kilowatt-hours (kWh). If 60% of your energy consumption occurs at night, you may want a battery to store that amount.

However, solar battery storage can be costly, so consider a feed-in tariff system to get the money back.

Lifestyle changes can help reduce your nighttime energy usage. For inspiration, check out our guide on how to get the most out of solar.

How Many Batteries Will You Require?

This is an interesting question. Solar batteries for homes actually depend on your goals for your solar batteries. Most people set out to reduce their grid electricity imports to zero.

As you’ll see, most households have big energy storage goals with more expenses. But how many solar panels run a house? “What size solar battery do I need” is a natural question you ask yourself.

Let’s go over how much energy storage an average Australian household will require.

The average Australian home consumes approximately 16kWh of electricity per day. Please read this if you need clarification on the difference between a kW and a kWh – it is critical).

Most Australians work 9 to 5 jobs and are not at home during the day. They will probably only use about 30% of their electricity when the sun shines.

That means they must buy the remaining 70% from the grid. How many solar batteries will be required to cover that 70%?

Solar Battery System Sizing

Regarding system sizing, battery sizes are measured in kilowatt-hours, or kWh.

As mentioned before, an average home consumes 16kWh of energy. And 30% of the energy is consumed in the daytime and 70% at night. That mounts up to approximately 5kWh consumed during the day and 11kWh consumed at night.

Based on simple maths, the average Australian would require approximately 11kWh of solar battery storage to offset all their night usage.

As of February 2023, the Tesla Powerwall 2 has a capacity of 13.5kWh, costing around $16,600 fully installed.

Remember that you do not need batteries to offset your nighttime electricity consumption. If you run the numbers, the first kWh of energy storage has the best payback because it works the hardest. As of the next kWh, the payback becomes longer.

However, the most important consideration when sizing and comparing solar batteries is that it is only possible when you thoroughly understand your energy usage profile. First, you’ll need a good energy monitor in your home with accurate data.

Then, a good installer will use their software to show you the optimal number of batteries and solar panels for your situation and the payback period. After that, instead of leaping into the unknown, you’ll go into your solar battery investment with your eyes wide open.

Get Free Quotes and Professional Advice

At Solar Emporium, we take each client through a one-on-one energy consultation to design the best solar system for their specific needs. Therefore, we’ll handle everything about your solar panel installation process.

Our experienced specialists will guide you every step of the way. They will work with you to design the perfect solar system for your family, considering your electricity consumption, roof layout, goals, and budget.

Are you ready to begin your solar panels and battery journey with us? Contact us today for a free quote. To learn more, call us at 1300 063 350.

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What If Every House In Australia Has Solar Panels?

Every day, the sun emits far more energy to run the planet. Solar panels convert the power of the sun into electricity. It is essential to decarbonise our society. Solar power is a renewable energy that doesn’t create any co2 emissions. Every day solar panels for house usage are getting popular.

Rooftop solar power is on its way to becoming Australia’s leading source of power generation capacity. So what if every house in Australia has solar panels? What would be the scenario? How would it benefit the country’s population?

Rooftop solar panels generate approximately 20 gigatonnes (GW) of power in Australia. And over 3.3 million households have solar PV installed on their rooftops.

Because of Australia’s land and sunny weather, it would be a significant benefit if every house had solar panels. Household battery storage will become more valuable than grid power.

How Can Solar Benefit Every Household In Australia?

Almost 40% of the roof space is already eligible for a solar system. According to data, solar power station conversion is possible on most rooftops. And approximately 134% of the country’s residential electricity needs should meet this number.

These massive levels of solar installation would benefit jobs. But it is also financially feasible because Solar has never been more affordable. New financing plans, such as “Energy Matters and Save as You Go Solar,” make owning a PV system very affordable.

One of these new offers is a no-deposit payment plan. It will help with your electricity bill to pay off your solar loan.

On a sunny day, baseload power stations could be considered redundant. That allows Australia to shut down most of its coal-fired power plants overnight. Simply closing coal power plants can progress towards our emissions targets almost immediately.

The overarching concept is for eligible homes to generate more electricity than required. The excess supply is fed back into the grid to meet Australia’s residential and non-residential power needs. And with feed-in tariffs, solar panel users can earn their money back.

Above all, Solar is a viable solution to Australia’s energy challenges. And it would permanently reduce the country’s dependence on expensive fossil fuels to generate electricity.

But How Is the Progress?

Border closures and supply chain disruptions caused by COVID-19 did not slow Australia’s massive uptake of rooftop solar. Installation reached record amounts last year.

According to the Clean Energy Regulator (CER), over 3,000MW of small-scale solar was added to grids on December 31. It surpassed the previous high of 2,964MW in 2020.

South Australia has led the country in rooftop solar power for a long time. However, Queensland has surpassed it, with 82% of roofs deemed suitable for solar PV. South Australia has a figure of 78%, so the state can reclaim the lead. Solar PV in New South Wales and Victoria has reached 51% and 43%, respectively.

The numbers speak for themselves. Australia’s solar capacity was increased by 20% in 2022. Many projects toward renewable energy and the Russia-Ukraine crisis have made Australia more proactive.

Even though the residential PV market had drawbacks in 2022, the large-scale solar market had a record year. Installations increased compared to 2021 installations.

Another 10 GW is expected to be installed within the next three years. Rooftop solar PV alone will soon outnumber coal power capacity. And soon, the government may decommission many coal power plants.

Can Solar Alone Help You With Consumption & Distribution?

Your PV system is made up of various components. Depending on your chosen system, several panels will be mounted on your roof. Your expert installer should install mounting equipment and an inverter too.

More advanced systems include performance monitoring equipment and a rechargeable battery if you have a solar-plus-storage system. Solar-plus-storage systems include a solar battery to store any excess energy. And later, it can provide you with stored energy.

Do you want to learn more about solar and batteries? And solar system for house usage? Then contact us or request a free quote. We’d be delighted to discuss the best solar power and battery options for you.

Most of the work is done by your solar panels. It absorbs photons from the sun’s rays and converts them to DC, or Direct Current energy. An inverter converts your panels’ direct current (DC) energy into alternating current (AC) that household appliances can use.

Performance monitoring equipment can help you track how much energy your system produces. And identify any faults to ensure your system is operating at peak efficiency. This advanced system can even feed data to a program accessible via the Internet or a mobile app.

Solar panels generate the majority of their energy during the day when we are away from home to use them. When your system generates more energy than it consumes, the excess energy is returned to the grid. And to charge your battery.

Any excess energy generated will be fed back into the grid when your battery is fully charged. The majority of solar-powered homes are net-metered. Any energy you send back to the grid will earn you a ‘feed-in-tariff. That can be applied to the cost of any grid energy you use.

What Should You Do Before Getting Solar?

Consider your current electricity consumption. You can use a recent energy bill to check your energy usage. It can estimate your electricity usage based on your area and household size.
Select the appropriate system size for your needs. Consider every future requirement. Your energy retailer may assist you with the information.
Understand the numbers. Determine whether you are eligible for any incentives or rebates. Calculate the payback period, and discuss the tariff and small-scale technology certificates (STCs) with your retailer. And most importantly, consider how solar energy will affect your current electricity rate.
Check to see if your solar company is an Approved Solar Retailer. Choose Retailers approved by the Clean Energy Council’s Solar Retailer Code of Conduct. This code mandates that they provide you with clear, accurate information and service.
Check that your solar retailer can provide evidence that your new solar panels are genuine. Meet Australian Standards, and have a warranty you can rely on.
The Clean Energy Council’s Buying Solar guide provides technical information to help you decide on the best solar system.

Many countries were reluctant to the concept of a green future. But we are already here. Independence from the grid allows people to go entirely off-grid.

Solar Emporium’s job is to make your path toward renewable energy stronger. And our exclusive solar packages will surely excite you to go solar. Solar power in Australia has become more common so being a part of this revolution will only benefit you.

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Common Problems With Solar Panels In Australia

Solar panels are among the best investments to create a sustainable environment and empower positive change. Solar panels require little maintenance and save money on energy bills.

But problems with any product can arise anytime. Thus, to make everyone aware, we’ve compiled this helpful guide that shows you common issues with solar panels in Australia and how to fix them.

Australia receives the most solar energy in the world. And it is an ideal location for developing solar energy infrastructure. As a result, more people are getting with the times and doing their part to save the world by installing solar panels in their homes.

As a result, more people are installing solar panels to participate in the renewable energy revolution. But like all technology, solar has some flaws too. While you can resolve some of those issues on your own, others may require the services of a solar repair company.

The key is identifying your issue and deciding how to fix it. Here is a guide to Australia’s most common solar panel problems. And don’t worry. We’ll definitely provide information to help you resolve the issues.

Grime And Dirt

A buildup of dirt or grime is one of the most common reasons your solar panels aren’t performing as well as they should. Solar panels are vulnerable to dust, dirt, and other debris like other products.

Mainly flat roof-mounted panels are more susceptible. Since they are flat, they naturally collect more grime, which can reduce system output. This can have an impact on the efficiency of your panels.

Dust, bird droppings, leaves, and ash from nearby fires are all common problems.

Birds

Birds can actually create issues for solar panels. They can build nests beneath solar panels that are mounted on the roof. If they become frequent to your panels, they will probably scratch or damage the wiring.

Potential Induced Degradation

If you’ve noticed a significant drop in the electricity produced by your solar panels, it could be due to the PID effect or Potential Induced Degradation.

This indicates a voltage difference between the solar panel and the earthing, which causes a partial voltage discharge. Essentially, you’re losing voltage and potentially jeopardising the long-term effectiveness of your panels.

Problems With Your Inverter

Solar inverters are critical in converting direct current (DC) energy from your solar panels to alternating current (AC) energy used by your home. As a crucial system component, you will undoubtedly detect any problems.

Although inverter technology has advanced, inverters typically only last for a short time as your panels. And if you don’t replace the inverter in 15 years and wait for 25 years, it will compromise the productivity of your solar panels.

Snail Trails

Another common issue with solar panels is called snail trail contamination. The name derived from the brown lines on your panels and gives the impression that snails have walked on the surface.

Snail trails usually appear after a few years and are caused by various factors, including faulty silver paste. Microscopic cracks in the PV system can also cause snail trail contamination. The issue reduces the solar system’s performance and causes it to fail prematurely.

Micro-cracks

Traditional solar cells are incredibly fragile. Micro-cracks are small cracks that can appear on panels and are challenging to see with the naked eye. However, these cracks can enlarge and become more visible with time and significant weather changes.

When these cracks grow larger, they can disrupt the flow of energy in your panel and reduce the energy output of your system.

They can occur during conventional PV module production but can also be caused by careless handling during shipping or installation. Sometimes weather conditions can cause micro-cracks too.

Solar Panel Electrical Wiring Issues

Faulty or even old electrical wiring on your roof will prevent your solar panels from performing efficiently because it will interfere with electricity production.

It’s natural for your roof’s electrical wiring to deteriorate over time due to loose connections, corrosion, and oxidation.

Furthermore, rats can cause damage by chewing on the wiring. If left unattended, these electrical issues can cause problems with your roof. In the worst-case scenario, they can even set fire to your roof.

Corrosion

Your panels are exposed to harsh Australian conditions. It includes heat and heavy rain. Moisture may leak into your panels over time. As a result, it will trigger a corrosion process.

If the panels corrode inside the bus bars, it’ll cause the system to shut down due to isolation. Unfortunately, the panels will be beyond repair.

Solar Panels With Hot Spots

When the panel’s energy cannot flow through to your inverter, it becomes overloaded and radiates excess heat, so they get hot. It is one of the most common issues with solar panels worldwide.

Hot spots can reduce the performance and lifespan of your solar panels. They are caused by various factors, such as dirt or bird-dropping accumulation, partial shading, and even structural defects.

Roof Defects

The installation of solar panels should not cause significant damage to the roof beneath. Instead, they occasionally provide some protection for the materials beneath. However, sometimes it can loosen or damage tiles.

How to Know Your Solar Panels Aren't Functioning Properly?

There are some questions to check to know whether your solar panels are performing well.

Is your electric bill higher than usual?
Are your panels visibly dirty or in direct sunlight?
Are there any error codes on your inverter?
Is there any unusual data in your system’s analytical tools?
Is your average daily kilowatt-hours metric on the decline?

Solar Panel Repair: Expert Advice From Solar Emporium

Or solar experts are here to help you identify and resolve the most common solar PV problems. We share our expert opinion to resolve the most common solar PV issues.

Ensure that any professional you contact is registered on the Clean Energy Council’s installer list. It guarantees that they have agreed to uphold high standards. And they are obliged to serve you if something goes wrong.
Clean your panels at least once every 12 months. Rain may do a lot of the work for you. But cleaning the panels will prevent dirt or grime from piling up.
If the solar panels are accessible, simply clean them with warm, soapy water free of harsh chemicals.
You can also take precautions by installing mesh wire or other bird deterrents during installation. There are ways to keep birds from nesting beneath our solar panels without harming them.
Most modern inverters have displays that show any occurring errors. Always compare the error messages to your user manual. It should be pretty simple to figure out what’s wrong.
Always check for any blackout, as it is one of the most common inverter problems. The breaker may have been automatically turned off.
When installing solar panels on your roofs, you must always buy from a reputed company with the highest quality and testing standards.
Checking on your roof occasionally can mitigate the risks of any wiring issue. Contacting your PV system installers is the best option if you find any problems.
Maintain the perfect shading system.
Some problems aren’t visible to the naked eye. So if you suspect any situation, you must contact your trusted solar professionals to inspect it.
Contact a pest control professional if you notice nests or birds dropping on your panels.

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Can Solar Help Cut The Living Cost In Australia In 2023?

Unsurprisingly, electricity prices are Australia’s top cost of living concern. Our power bills are among the highest in the world! Most Australians believe energy costs are their primary source of stress.

So the big question is, Can solar help cut the living cost in Australia in 2023? And can solar energy help Australians relieve energy bill stress?

Every day more and more Australian households are struggling to pay their electricity bills. Some reports indicate that families even choose to move houses! They are also discarding their belongings and appliances. Some even start living off the grid to reduce the cost.

Despite the abundance of solar energy available in Australia, the current rate of solar energy distribution needs to be improved. The Australian government launched several renewable energy policies to encourage the country’s accelerated adoption of solar energy.

Their goal is to develop the national renewable energy target. These solar-related policies can eventually cut the living cost in 2023. The primary policies are (i) state feed-in tariffs (FITs); (ii) solar rebates and incentives; and (iii) Renewable Energy Certificates. (RECs).

Feed-in-Tariffs

The Feed-in Tariff is another Australian subsidy for solar-powered households. Anyone with a grid-connected solar installation can benefit from these cost savings.

The majority of household solar systems will be linked to the power grid. Unless you live off-grid, any excess solar power generated by your solar panels is fed back into the grid.

That means power companies will pay you for the solar electricity your system exports to the grid.

Using a solar calculator, you can estimate how much power your house consumes and how much excess energy can go back into the grid.

The solar feed-in tariff, or the “buyback rate,” is the amount paid per kilowatt-hour of solar electricity exported to the grid from your solar system. Most Australian electricity retailers will now offer competitive feed-in tariffs within their standard product range.

The program is also separate from the STC program. The STC program and state incentives typically assist homeowners with only the initial installation costs of solar installations. It can provide financial benefits for the life of your PV system.

Rebates and Incentives

The Australian Federal Government provides federal financial incentives in most parts of the nation. These tax breaks encourage the installation of small-scale renewable energy devices. Solar, wind, and hydro are examples of small-scale renewable energy sources.

And solar photovoltaic (PV) panels are the simplest and most accessible choice for the average homeowner to install in their home.

Homeowners or small business owners can qualify for financial assistance through the Small-scale Renewable Energy Scheme (SRES).

After that, you will get the small-scale Technology Certificates (STCs). These STCs have a monetary value that can be redeemed when sold or assigned. More STCS may be granted to some installations. Two factors determine your chances of getting STCs-

How much electricity is your system produces.
And the weather of the area you installed your system.

The STC program is a government-run scheme. It compels others to purchase your STC certificates.

The Australian Federal Government scheme will subsidize solar systems starting in May 2021 at around $525 per kW installed. This subsidy will save you approximately $3,465 on a typical 6.6kW solar power system.

Rebates are typically applied at the point of sale when you purchase a system. As a result, advertised solar panels and kits prices will likely include the solar rebate.

Solar energy can benefit every Australian. Subsidies and other forms of assistance should tailor to individual needs. Hence, the Austral Federal Government also has some incentive programs across states.

The New South Wales Government has a solar power incentive called the Empowering Homes program. The Victorian government also provides incentives for homeowners, known as the Solar Homes program.

These schemes provide a financial incentive for ordinary Australians to install small-scale solar systems, solar water heaters, and heat pumps. Many other renewable energy schemes and incentives are available in different states.

Renewable Energy Certificates

Both large-scale power plants and small-scale system owners can apply for Renewable Energy Certificates.

Retailers should submit the certificate to Clean Energy Regulator to meet their legal responsibility under the Renewable Energy Target. It also creates an opportunity for system owners to receive financial incentives.

Energy certificates can provide customers with fair prices for installation and energy bills.

But What About Solar Equity?

Renewable energy is critical for lowering energy bills, mitigating climate change, and promoting sustainable development. However, access to solar power is only equitable for some Australians.

Due to the high upfront costs, many people need help installing energy-saving options such as solar panels or insulation. A large majority of those who are financially stressed earn less than A$50,000.

And people between 18 and 34 do not intend to install energy-saving options for lack of funds.

What policies Can Help Increase Solar Equity?

Among existing policies, some other steps can help improve equity in rooftop solar access-

Direct financial assistance for low-income households
Variety of other financial incentives and solar rebates
Community solar programs with households to share the benefits.

Some programs are already in place to assist low-income homeowners in installing solar systems. New South Wales has a “Solar for low-income households” program.

Individuals who qualify can receive a free 3-kilowatt solar system for the previous Low-Income Household Rebate for ten years.

Enjoy the Power of the Sun With Less Energy Bills

The Renewable Energy Target in Australia has implemented energy schemes to ensure solar equity to cut living costs for consumers of Australia. And as solar panel prices are slowly dropping, the perfect time to invest in solar energy.

Be a part of the solution and join the thousands of Australians who benefit from solar energy.

Decrease your electricity bills dramatically so that you can focus on more important things.
Reduce your carbon footprint and contribute to renewable energy targets.
Generate clean power for your home or business without blowing up your savings.
Increase the value of your home or business.

Because of the increasing global attention to greenhouse gases, it is inevitable to transition to renewable energy sources such as solar.

Australia is one of the world’s largest energy consumers and has favorable environmental conditions for solar technology distribution. Get a free quote from Solar Emporium for solar panels to avail these benefits.

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Do Aesthetics Matter For Solar Panels?

According to the majority of Australians, the aesthetics of solar panels have previously discouraged them from going solar.

Homeowners are often well aware of the environmental benefits of solar photovoltaic (PV) panels. Still, the decision to go solar is frequently interrupted by the fear of ruining the aesthetics of a home.

So do aesthetics matter for solar panels? Do customers actually care about the appearance of their solar panels?

Well, solar panels’ aesthetics are essential because they are very evident and noticeable to the owners. These are usually mounted in prominent locations where people can see the displayed panels.

In a recent study, many respondents were shown various panel images. They were shown the panels alone and panels on roofs. The findings showed consumers prefer black panels with rounded corners and even-surfaced cells. They are also willing to pay more for a more aesthetically pleasing system.

The results were even more impressive when respondents saw panels on a roof, rather than just pictures of the panels. Contextualized images made the difference.

Appearance is important to homeowners. So much so, that they are willing to forgo performance for a better-looking solution. This is the most significant takeaway from this study. These findings believe that aesthetics are a crucial selling point for homeowners.

Another critical takeaway for installers is the significance of visuals. In fact, the visual presentation can influence a homeowner’s opinion of solar in general.

Today’s markets offer many options to maintain the look of solar panels and the buildings they are mounted on. Additionally, future markets will offer similar options.

Performance, rather than aesthetics, has traditionally influenced PV system design. But as the desire for appealing solar panels are growing. And many creative solar companies and architects are designing systems to complement the building.

Some technology includes making panels totally invisible! There are mainly two ways of making the panels discreet. a) placing them on the rear end of the roof and b) combining them as an architectural structure.

The PV panels can be integrated into the building, providing views through the panels, shade, and rain protection. Conventional building materials, such as roof skylights, can be incorporated with solar cells, lowering the cost of going solar.

And the initial cost can be balanced by reducing the amount spent on building materials and labor to construct. This also allows the designer to be creative and fully integrate the PV system into the building’s architecture and construction.

Other options may include thin black film panels with black anodized mounting systems or powder-coated after production. All black designs are more eye-catching than blue ones. And these almost look like the roof, making them more aesthetically pleasing.

PV panels will become not only more efficient but also more aesthetically pleasing in the future. Meanwhile, several strategies are already in process to increase the appearance of solar panels.

Solar Panel Mounting Systems

Solar panels’ aesthetic doesn’t just depend on the solar panel type. How installers mount your solar panels can also determine the aesthetical look of your house. This part of the article will explore how solar panel mounting systems can be aesthetically different. We will look at the following:

On-roof mounting system – This is the standard and most common mounting system. The solar panels are mounted on a frame fixed slightly above the roof’s surface with the on-roof mounting method. It is a cheaper and faster system to integrate solar panels on an existing rooftop.
In-roof mounting system – This is also known as a roof-integrated or semi-integrated mounting system. In-roof mounting systems use solar panels and a frame system to create a watertight roof covering. This means the solar panels are much lower on the roof and appear more discreet. This looks especially pleasing with an all-black solar panel.
Freestanding mounting systems – Freestanding solar panel systems are not attached to a pitched roof structure like other systems. Solar panels are commonly used on flat roofs or in ground-mount systems. The angle of the solar panels is adjusted to maximize the amount of solar energy they produce. Depending on how you position the panels, the aesthetic value increases.

Solar Panel System Aesthetics Types

Different type of solar panel indicates different level of aesthetics. There are five types of aesthetics available for home solar arrays:

Silver Frame – When homeowners express dissatisfaction with the appearance of panels, they may recall the traditional solar panels. This design isn’t going away anytime soon because it’s the most cost-effective configuration. They also have a sizable market among utility providers and other commercial customers. Lower price points and higher efficiency due to better heat regulation from contrasting colors make these panels desirable.

Black Frame – The silver aluminum frame replaced with a sleeker, fitted frame. The white backing and lifted racking keep the system cool and efficient. It is definitely more appealing but generally comes with a slight price increase.

Black on White Frame – Adding a hidden wire component to this sleeker design makes this panel’s style more versatile. It can close the gap between the surface and the panel. Less expansion out of the roof could result in less infrastructure on your rooftop. That will potentially lower installation costs while adding aesthetic value.

Black on Black – This design is the first actual all-black panel. It completely conceals the white backing. But because of increased heat absorption, these panels are less efficient. But this sleek design fully encompasses a modern look from a distance.

Advanced Black on Black – SunPower has enabled this technology with a tinted window appearance while maintaining industry-standard efficiency. This high-performance black panel combines design and utility by incorporating long-lasting, non-toxic materials.

Building Integrated Photovoltaics (BIPV)– It is a type of solar technology. It replaces traditional building materials such as glass or external cladding. Using BIPV to design buildings makes the solar element more subtle. Because BIPV projects are much more customized than standard solar panel installations, the design phase is much more critical.

Solar Tiles – Solar tiles are roof tiles that incorporate solar photovoltaic cells. The tiles are strung together to create a solar array like standard solar panels. The aesthetics of solar tiles over traditional solar panels are their primary advantage. These can be very discrete and blend into the building and surrounding environment.

Solar Emporium has multiple solar packages with many aesthetic panels like Trina and Jinko. Click the link below to get in touch with our solar experts. And get the most aesthetic-looking panels for your home.

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