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Best Solar Rebate And Incentive Guide for Australia

Taking advantage of the sun’s power is an increasingly wise choice for many Australians. With the country’s abundant sunshine, solar energy is not only a sustainable choice but can also lead to significant savings on energy bills.

However, the initial cost of installing a solar system can be daunting. That’s where solar rebates and incentives come in. Federal and state governments offer these programs. These programs can significantly reduce the upfront cost of going solar.

And here is the best solar rebate and incentive guide for Australia. This comprehensive guide will walk you through the various solar rebates and incentives available in each state of Australia.

Federal Solar Rebate and Incentive

Before we delve into state-specific programs, it’s important to understand the federal solar rebate Australia. We’ll al also get to know the various solar incentives in Australia.

The Small-scale Renewable Energy Scheme (SRES) allows homeowners and small businesses to earn Small-scale Technology Certificates (STCs). Their system is expected to produce or displace every megawatt hour of renewable energy.

These STCs can be sold to recoup a portion of the installation costs. The number of STCs you can earn depends on your location, system size, and current deeming period. At the federal level, the Small-scale Renewable Energy Scheme (SRES) is available to all Australians.

New South Wales (NSW)

Solar rebate in NSW provides Empowering Homes Program interest-free loans for solar battery systems, helping homeowners harness solar power and reduce their energy bills. The program offers loans of up to $14,000 for a solar PV and battery system or up to $9,000 for adding a battery to an existing solar system.

Victoria (VIC)

Solar rebate in Victoria for 2023 offers a comprehensive Solar Homes Program, providing rebates for solar panels, hot water, and solar batteries. The program also includes a solar panel rebate for rental properties, making it easier for landlords and tenants to benefit from solar energy. Victorian solar rebate can help you at every financial level. These programs also have the best solar feed in tariff for VIC.

Queensland (QLD)

While Queensland doesn’t have active state schemes, homeowners can still benefit from the federal STC program. Additionally, the state offers a feed-in tariff for excess energy fed back into the grid, providing ongoing savings for solar users.

South Australia (SA)

South Australia’s Home Battery Scheme provides subsidies for installing home battery systems. While all subsidies have been allocated, homeowners can still access the federal STC scheme.

Western Australia (WA)

Western Australia currently doesn’t have any active state schemes for solar rebates. However, homeowners can still benefit from the federal STC program and the state’s feed-in tariff.

Tasmania (TAS)

Tasmania offers a feed-in tariff for excess solar energy fed back into the grid. While there are no specific state-based solar rebates, Tasmanian homeowners can still use the federal STC program.

Australian Capital Territory (ACT)

The ACT’s Next Generation Energy Storage program provides rebates for solar battery installations. The program aims to support the roll-out of up to 36 MW of distributed battery storage in ACT homes and businesses.

Northern Territory (NT)

The Northern Territory’s Home and Business Battery Scheme provides grants to households and businesses to install solar battery systems. The scheme aims to reduce reliance on fossil fuels and support the local solar industry.

Are You Eligible For Solar Rebates And Incentives?

Solar energy, with its environmental advantages and cost-saving potential, is becoming an increasingly attractive option for Australians. The country’s plentiful sunshine makes solar power a viable and sustainable choice, which can lead to substantial reductions in energy bills.

Government solar rebate and incentive is available at both federal and state levels to further encourage the adoption of solar energy. Eligibility for solar rebates and incentives in Australia can vary depending on the specific program and the state in which you reside.

However, there are some general criteria that you will need to meet to qualify for most of these programs. Here’s a guide on how to determine your eligibility:

Location: Your eligibility for solar rebates and incentives depends on your location. Each state in Australia has different programs and incentives, so you’ll need to check what’s available in your specific state.

Installation by a Certified Installer: Most solar rebate and incentive programs require that your solar system be installed by a Clean Energy Council (CEC) accredited installer. This ensures that the system is safely and correctly installed. Choose Solar Emporium for the best solar deals.

System Size and Type: Some programs have specific requirements about the size and type of solar system that qualifies for a rebate or incentive. For example, the federal STC program applies to solar systems up to 100kW in size.

Property Ownership: Some programs, like Victoria’s Solar Homes Program, require you to own the property where the solar system is installed. There may also be requirements about the property’s value or the combined household income.

First-time Installation: Some rebates and incentives are only available for first-time installations. You may not be eligible for another one if you’ve previously received a rebate or incentive for a solar system.

Compliance with Standards: Your solar system must comply with Australian standards to be eligible for rebates and incentives. This includes using panels and inverters that the CEC approves.

To determine your state’s specific eligibility criteria for solar rebates and incentives, visit the relevant government websites like Clean Energy Council (CEC). You can also consult Solar Emporium, your friendly neighbourhood local solar provider.

We can provide you with the most up-to-date and accurate information about what programs you may qualify for.

The Federal Solar Rebate and Incentives in Australia, officially known as the Small-scale Renewable Energy Scheme (SRES).

Under this scheme, the government incentivizes homeowners, small businesses, and community groups to install eligible small-scale renewable energy systems.

Solar panel systems, small-scale wind systems, small-scale hydro systems, solar water heaters, and air source heat pumps are included here.

How Do These Rebates and Incentives Help Australian Homeowners?

Lower Upfront Costs: The SRES creates Small-scale Technology Certificates (STCs) for every megawatt-hour of renewable energy a system is expected to produce or displace over 10 or 15 years (depending on the installation date).

These STCs can be sold and create a form of a rebate, reducing the system’s upfront cost. The number of STCs generated depends on the size of the system and the region in which it’s installed.

Reduced Energy Bills: Once installed, a solar system can generate free electricity for the home, reducing the homeowner’s reliance on the grid and lowering energy bills. The savings will depend on factors like the size of the system, the amount of sunlight in the area, and the household’s energy consumption patterns.

Feed-in Tariffs: In addition to the federal incentives, some states, and territories offer feed-in tariffs. This means that if a solar system produces more electricity than the home uses, the excess can be fed back into the grid, and the homeowner will receive a credit on their electricity bill.

Increased Property Value: Installing a solar system can increase the value of a property. As more people become aware of the benefits of solar energy, homes with solar systems can become more attractive to potential buyers.

Environmental Impact: By installing a solar system, homeowners also contribute to reducing greenhouse gas emissions, helping combat climate change.

Remember, the specific benefits and savings will depend on individual circumstances, including the size and type of system installed, the location of the property, and the household’s energy usage.

It’s always a good idea to consult with a solar professional like Solar Emporium to understand the potential benefits in your specific situation.

How To Apply For Solar Rebates and Incentives?

Applying for solar rebates and incentives in Australia needs a few steps, and the process can vary depending on the specific program. Here’s a general idea to clear your path for a trouble-free journey toward solar rebates and incentives.

Research: Research the different rebates and incentives available in your state. The Clean Energy Council’s website is a good resource for this.

Choose a System and Installer: Choose a solar system that suits your needs and a Clean Energy Council (CEC) accredited installer. The installer is usually responsible for handling the Small-scale Technology Certificates (STCs) paperwork, which is part of the federal government’s Small-scale Renewable Energy Scheme. And Solar Emporium would be the best choice for every Australian homeowner.

Installation and Paperwork: Once you’ve selected a system and installer, they will install it and handle most of the paperwork. This includes creating the STCs and assigning them to an agent who will pay you the value of the STCs either as a discount off your invoice or as a direct payment.

State-Based Rebates: If you’re applying for a state-based rebate, like the Solar Homes Program in Victoria, you may need to apply through the relevant government website. This often involves providing proof of eligibility, such as proof of income and property ownership.

Feed-in Tariffs: You must contact your electricity retailer if you’re applying for a feed-in tariff. They will provide a new meter to measure the electricity you export to the grid.

Solar energy is a fantastic way to reduce your carbon footprint and save on energy bills. With the help of federal and state solar rebates and incentives, the initial cost of installing a solar system can be significantly reduced.

And this federal solar rebate in Australia will make the process a more accessible option for many Australians.

Remember, the specifics of these programs can change, so it’s important to check the current details with your provider or local government before deciding. Renewable energy Australia’s solar feed-in tariff also give access to further lessen their energy prices.

It’s also a good idea to always consult with a solar professional or the relevant government department to understand the exact steps you need to take.

With the right information and support, you can switch to solar and enjoy the benefits of renewable energy.

Our Solar Experts are here to Help!

Best Solar Inverters In 2024 For Australia

Solar panel inverter is an essential component of any solar power system. They are responsible for converting the direct current (DC) solar panels generate into alternating current (AC). That is used to power homes and businesses.

This article will explore the importance of solar inverters, their types, and the best solar inverters in 2024 for Australia. But before getting into the best solar inverters, let’s learn some basics about these first.

Solar inverters come with a variety of features, such as monitoring capabilities, which allow you to track the performance of your solar energy system in real time. Some inverters also have built-in safety features, such as automatic shut-off during a power outage or other emergency.

Why are Solar Inverters Important?

Solar inverters play a crucial role in the efficiency and reliability of solar power systems. They ensure that the electricity generated by solar panels is converted into a usable form that can be used to power homes and businesses.

Without solar inverters, solar power systems would not be able to function properly.

Types of Solar Inverters

Three main solar inverters are string inverters, micro-inverters, and power optimizers. Each type has its advantages and disadvantages, and the choice of the inverter will depend on the specific needs of the solar power system.

String inverters are the most common type of solar inverter. They are designed to handle the output of multiple solar panels connected in a series or string. String inverters are cost-effective and reliable, but they can be affected by shading or damage to a single panel, reducing the output of the entire string.

Micro-inverters are installed on each solar panel, converting the DC electricity generated by the panel into AC electricity. Micro-inverters are more expensive than string inverters but offer greater efficiency and flexibility. They are also less impacted by shading or damage to a single panel, as each panel operates independently.

Power optimizers are similar to micro-inverters but are installed on each panel and work in conjunction with a string inverter. Power optimizers maximize the output of each panel, even if some panels are shaded or damaged. They are more expensive than string inverters but offer greater efficiency and flexibility.

Choosing the Right Solar Inverter

When choosing a solar inverter, it is important to consider the specific needs of the solar power system. Factors to consider are the system’s size, the number of solar panels, the location of the panels, and the budget. Deciding on a reputable brand with a proven reliability and performance track record is also essential.

Solar inverters are a critical component of any solar power system. They ensure that the electricity generated by solar panels is converted into a usable form that can be used to power homes and businesses. Three main solar inverters are string inverters, micro-inverters, and power optimizers.

The choice of the inverter will depend on the specific needs of the solar power system. When selecting a solar inverter, it is essential to consider the size of the system, the number of solar panels, the location of the panels, and the budget.

You should only get the best solar inverters in Australia. Therefore, without further ado, let’s discuss Australia’s best solar inverters in 2024. Also to know about the top 10 solar inverters in Australia, get a free solar quote.

Solis Inverter

Solis inverters, manufactured by Ginlong Technologies, have gained popularity in the Australian market due to their competitive pricing and decent performance.

Range of Solis Inverters Available in Australia

⟹ Solis-1P(3-6)K-4G Single Phase Series 3-6kW
⟹ Solis-1P(7-8)K-5G Single Phase Series 7-8kW
⟹ Solis-3P(5-20)K-4G Three Phase Series 5-20kW

Performance and Efficiency

Solis inverters have an efficiency of at least 97%, which is within the typical range for residential inverter efficiency (95 to 98 percent).

Solis Inverters are designed for the harsh Australian climate. They are also one of the CEC approved inverters.

Warranty

All CEC-approved Solis inverters in Australia have a standard 5-year manufacturer’s warranty. Solis offers an additional 5 years of warranty through an online purchase.

However, it is advised to contact your original solar retailer to claim the warranty in case of inverter failure.

Monitoring and Connectivity

Solis inverters offer a smart Wi-Fi monitoring app that allows users to track their solar system’s performance through smart devices. This feature makes it easy for homeowners to monitor their system’s performance and troubleshoot any issues.

Installation and Maintenance

Solis inverters are compact and lightweight, making them easy to install. They also include numerous protection functions to give users peace of mind.

Market Presence

Solis has been successful in Australia over the past 20 years, taking on big solar inverter brands like Fronius, Sungrow, and GoodWe. With CEC approval, Solis inverters have created solutions to energize the planet with renewable power.

While Solis inverters are considered a value-priced option, they have received positive reviews from users and industry professionals.

However, they may have a different track record than some European inverter brands, with more data points to prove their low failure rates and expected lifetime. Solis inverters suit customers on a tight budget.

Solis inverters offer a good balance of performance, efficiency, and affordability for the Australian market. They are suitable for homeowners looking for a cost-effective solar inverter solution.

Many Solis inverter reviews are out there but we have taken a deep dive on it.

GoodWe Inverter Review

GoodWe inverters have become popular in the Australian solar market due to their affordability and performance.

Range of GoodWe inverters available in Australia:

⟹ GoodWe NS Series (1-3kW) for single-phase residential systems
⟹ GoodWe DNS Series (3-6kW) for single-phase residential systems
⟹ GoodWe SDT Series (4-10kW) for three-phase residential systems
⟹ GoodWe ET Series (10-20kW) for three-phase commercial systems

Performance and Efficiency

GoodWe inverters have a maximum efficiency of up to 98.3%, which is competitive with leading inverter brands. They are also designed to suit the Australian climate.

Warranty

GoodWe offers a standard 5-year limited warranty for inverter products. However, Australian customers can enjoy a 10-year warranty on GoodWe inverters manufactured after July 1, 2020. This extended warranty is available for customers purchasing a new solar system.

Monitoring and Connectivity

GoodWe inverters have a built-in monitoring system that allows users to track their solar system’s performance through a smartphone app or web portal. This feature makes it easy for homeowners to monitor their system’s performance and troubleshoot any issues.

Installation and Maintenance

GoodWe inverters are compact and lightweight, making them easy to install. They also include numerous protection functions to give users peace of mind.

Market Presence

GoodWe has been successful in Australia, taking on big solar inverter brands like Fronius, Sungrow, and Huawei.

Manufacturing

GoodWe inverters are manufactured in China, which allows the company to offer high-quality products at competitive prices. GoodWe also has an Australian office to provide local support and assistance.

In summary, GoodWe inverters offer a good balance of performance, efficiency, and affordability for the Australian market. They are suitable for homeowners looking for a cost-effective solar inverter solution.

Sungrow Inverter Review

Sungrow inverters have become popular in the Australian solar market due to their affordability, performance, and reliability.

Range of Sungrow inverters available in Australia:

⟹ Sungrow SG Series (1-10kW) for single-phase residential systems
⟹ Sungrow SG3K-D, SG5K-D, and SG10K-D for single-phase residential systems
⟹ Sungrow SG3KTL-M, SG5KTL-M, and SG10KTL-M for three-phase residential systems
⟹ Sungrow SG50CX, SG110CX, and SG250HX for commercial systems

Performance and Efficiency

Sungrow inverters have a maximum efficiency of up to 98.7%, which is competitive with leading inverter brands. This level of efficiency automatically makes them reliable for the Australian climate.

Warranty

Sungrow offers a standard 10-year warranty for their solar inverters in Australia, an improvement from their previous 5-year warranty.

Monitoring and Connectivity

Sungrow inverters come with a built-in monitoring system called iSolarCloud, which allows users to track their solar system’s performance through a smartphone app or web portal.

This feature makes it easy for homeowners to monitor their system’s performance and troubleshoot any issues.

Installation and Maintenance

Sungrow inverters are compact and lightweight, making them easy to install. While installing, make sure to include all the protection settings. It will definitely ease the maintenance process.

Market Presence

Sungrow has been successful in Australia since 2012, taking on big solar inverter brands like Fronius, SolarEdge, and Huawei. With CEC approval, Sungrow inverters have created solutions for customers’ needs.

Manufacturing

Sungrow inverters are manufactured in China. But Sungrow also has an Australian office to provide local support and assistance.

Sungrow inverters offer a good balance of performance, efficiency, and affordability for the Australian market. They are perfect for homeowners seeking a cost-effective solar solution.

Fronius Inverters

Fronius inverters are well-regarded in the Australian solar market for their high quality, performance, and reliability.

Range of Fronius inverters available in Australia

⟹ Fronius Galvo Series (1.5-3.1kW) for single-phase residential systems
⟹ Fronius Primo Series (3.0-8.2kW) for single-phase residential systems
⟹ Fronius Symo Series (3.0-20kW) for three-phase residential and commercial systems
⟹ Fronius Eco Series (25-27kW) for commercial systems

Performance and Efficiency

Fronius inverters have a maximum efficiency of up to 98.3%, which is competitive with leading inverter brands. The efficiency ratings obviously come with CEC approval.

Warranty

Fronius offers a standard 5-year warranty for their solar inverters in Australia, with the option to extend the warranty to 10 or 15 years through a paid extension. This extended warranty is available for new customers of solar systems.

Monitoring and Connectivity

Fronius solar inverter come with a built-in monitoring system called Fronius Solar Web, which allows users to track their solar system’s performance through a smartphone app or web portal.

Their app is very effective and comes with top-notch performance. The app’s efficiency and features can perfectly monitor and maintain the inverter.

Installation and Maintenance

Fronius inverters are known for their robust design and high-quality components, making them durable and reliable. They also have many protection features with other versatile features.

Market Presence

Fronius has been successful in Australia for many years, taking on big solar inverter brands like Sungrow, SolarEdge, and Huawei. With CEC approval, Fronius inverters have been able to create many solar solutions.

Manufacturing

Fronius inverters are manufactured in Austria, which allows the company to offer high-quality products at competitive prices. Fronius also has an Australian office to provide local support and assistance.

Fronius inverters offer the Australian market high performance, efficiency, and reliability. They suit homeowners looking for a premium solar inverter solution.

Why Choose Solar Emporium

Solar Emporium’s solar packages have lucrative offers for all the inverters mentioned above. Most of the inverters are also integrated with Tesla Powerwall. Get a free quote today for all your solar solutions.

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5 Best Solar Batteries For Australia

Solar power has become increasingly popular in Australia as the world continues to shift towards renewable energy sources. With the abundance of sunshine in the country, it’s no surprise that many homeowners are turning to solar panels to power their homes.

However, one of the biggest challenges of solar power is storing the energy for use when the sun isn’t shining. This is where solar batteries come in. And it’s the perfect time to learn about the best batteries for Australia.

With the increasing demand for renewable energy sources and the need for efficient energy storage solutions, solar batteries have become an essential component of Australia’s energy landscape.

Here are Australia’s 5 best solar batteries for Australia, which include the Sungrow, Eveready Battery, Energizer Battery, Tesla Powerwall, and BYD premium. All of these are one of the most long lasting solar batteries.

Here are the 5 solar batteries for Australia, which include the Sungrow, Eveready Battery, Energizer Battery, Tesla Powerwall, and BYD premium. All of these are one of the most long-lasting solar batteries in the market.

Sungrow Battery

The Sungrow Battery is a popular choice for homeowners in Australia due to its high efficiency and reliability. It has a capacity of 6.8 kWh and can be expanded to 102.4 kWh with additional modules.

The battery is designed to be compatible with most solar inverters and can be easily integrated into existing solar systems. It also comes with a 10-year warranty.

Performance

Sungrow Solar Batteries are known for their high-performance capabilities. They offer a range of battery capacities. It typically comes between 5 and 20 kWh to cater to various energy needs.

These batteries are designed to provide reliable and efficient energy storage. Sungrow can ensure that your solar power system can continue to supply electricity even during periods of low sunlight or at night.

One of the key performance indicators for solar batteries is their depth of discharge (DoD). Sungrow Solar Batteries boast a high DoD of around 90%, meaning users can utilize up to 90% of the battery’s capacity before recharging.

This high DoD ensures that you can maximize the use of your stored solar energy, leading to greater energy independence and reduced reliance on grid electricity.

Features

Sungrow Solar Batteries come with a range of features that make them an attractive option for solar energy storage:

1. Modular Design: The modular design of Sungrow Solar Batteries allows for easy expansion of your energy storage system as your needs grow. This flexibility is particularly beneficial for homeowners and businesses planning to increase their solar power generation capacity.

2. Intelligent Energy Management: Sungrow Solar Batteries have advanced energy management software that optimizes the charging and discharging process, ensuring efficient use of stored energy and prolonging the battery’s lifespan.

3. Safety and Reliability: Sungrow Solar Batteries are designed with multiple layers of protection, including overcharge and over-discharge protection, temperature monitoring, and short-circuit protection. These safety features ensure that your battery operates reliably and securely.

4. Compatibility: Sungrow Solar Batteries are compatible with a wide range of solar inverters, making them versatile for various solar power systems.

Value for Money

Sungrow offers a competitive warranty of 10 years, ensuring that your investment is protected for an extended period.

Sungrow’s high performance, advanced features, and extended warranty period make them a worthwhile investment for those seeking a reliable and efficient energy storage solution.

In conclusion, these Batteries are a high-performance and valuable option for homeowners and businesses investing in solar energy storage. Sungrow Solar Batteries offer a reliable and efficient solution for harnessing the sun’s power and achieving greater energy independence.

Eveready Battery

The Eveready Battery is another excellent option for homeowners in Australia. It has a capacity of 5.6 kWh and can be expanded to 22.4 kWh with additional modules.

The battery is designed to be easy to install and can be integrated with most solar inverters. It also comes with a 10-year warranty, ensuring homeowners can rely on it for years.

Performance

Eveready Solar Batteries are known for their reliable performance in various residential, commercial, and industrial applications. Eveready Solar Batteries boast a competitive DoD, allowing users to utilize a significant portion of the battery’s capacity before recharging.

This high DoD ensures that you can maximize the use of your stored solar energy, leading to greater energy independence and reduced reliance on grid electricity.

Features

Eveready, Solar Batteries come with a range of features that make them an attractive option for solar energy storage:

1. Robust Design: Eveready Solar Batteries are designed with durability, ensuring they can withstand harsh environmental conditions and provide reliable performance over time.

2. Low Maintenance: Eveready Solar Batteries are designed to be low maintenance, requiring minimal upkeep to ensure optimal performance.
This feature mainly benefits homeowners and businesses seeking a hassle-free energy storage solution.

3. Wide Operating Temperature Range: Eveready Solar Batteries can operate efficiently in various temperatures, making them suitable for different climates and environments.

4. Compatibility: Eveready Solar Batteries are compatible with a wide range of solar inverters and charge controllers, making them versatile for various solar power systems.

Value for Money

Eveready Solar Batteries have a higher upfront cost than other solar battery options. But their reliable performance, robust design, and low maintenance requirements make them a worthwhile investment for those seeking a dependable energy storage solution.

Energizer Battery

The Energizer Battery is a newer player in the solar battery market, but it has quickly gained popularity due to its high efficiency and affordability.

It has a capacity of 5.5 kWh and can be expanded to 22 kWh with additional modules. It also comes with a 10-year warranty.

Performance

Energizer Solar Batteries are known for their consistent performance in various applications, including residential, commercial, and off-grid settings. They also offer a range of battery capacities. And they guarantee 70% capacity at the end of 10 years.

Features

Energizer Solar Batteries come with a range of features that make them an attractive option for solar energy storage:

1. Long Cycle Life: Energizer Solar Batteries are designed with a long cycle life, ensuring they can provide reliable performance over an extended period. This feature benefits homeowners and businesses looking for a long-lasting energy storage solution.

2. Low Self-Discharge Rate: Energizer Solar Batteries have a low self-discharge rate, meaning they can retain their stored energy for extended periods without significant loss. This feature is essential for maintaining the efficiency of your solar power system.

3. Wide Operating Temperature Range: Energizer Solar Batteries can operate efficiently in various temperatures, making them suitable for different climates and environments.

4. Compatibility: Energizer Solar Batteries are compatible with a wide range of solar inverters and charge controllers, making them versatile for various solar power systems.

Value for Money

The Energizer home Battery system is an AC-coupled all-in-one home energy storage solution that can be installed indoors and outdoors.

It also comes with a 10-year, 10,000-cycle warranty in typical use cases. Energizer guarantees 70% capacity after 10 years under ideal conditions. Other popular home battery brands only assure 60% capacity.

Energizer Solar Batteries offer a dependable solution considering other popular brands. And it makes the home battery system have value for the money spent.

Tesla Powerwall

The Tesla Powerwall is one of the most well-known and popular solar batteries on the market and for a good reason. It has a capacity of 13.5 kWh and can be expanded up to 135 kWh with additional modules.

The battery is designed to be compatible with most solar inverters and can be easily integrated into existing solar systems. It also comes with a 10-year warranty, ensuring homeowners can rely on it for years.

The Tesla Powerwall is also known for its sleek design and user-friendly app, allowing homeowners to monitor their energy usage and battery status in real time. It is also considered Australia’s best solar battery. It is also considered Australia’s best solar battery.

Capacity and Performance

The Tesla Powerwall has a usable capacity of 13.5 kWh. It makes it suitable for most residential solar energy systems in Australia.

Its high energy density allows it to store significant energy in a relatively compact form factor. The Powerwall has an efficiency of approximately 90%, ensuring that the energy stored and released is utilised efficiently. And it minimises energy loss.

Installation and Integration

One of the key advantages of the Tesla Powerwall is its ease of installation and integration with existing solar systems.

The Powerwall can be wall-mounted or floor-mounted, indoors and outdoors, providing flexibility in the installation location. It is compatible with most solar inverters, making it a seamless addition to existing solar setups.

Design and Aesthetics

The Tesla Powerwall’s sleek, modern design distinguishes it from many other solar batteries. Its minimalist aesthetic allows it to blend seamlessly with various architectural styles. That makes it an attractive option for people who value form and function.

Software and Monitoring

The Tesla Powerwall comes with the Tesla app, which allows users to monitor their energy usage, solar generation, and battery performance in real time.

The app also enables users to customize their energy preferences, such as setting backup power reserves for emergencies or prioritising solar energy usage during peak hours.

Backup Power

In a power outage, the Tesla Powerwall can provide backup power to the home, ensuring that essential appliances and devices continue functioning. This feature is precious in Australia, where extreme weather events and grid outages can cause disruptions to the power supply.

Price and Warranty

The Tesla Powerwall has a premium price compared to other solar batteries in Australia. However, its advanced technology, design, and performance often justify the higher price point for many homeowners.

Tesla Powerwall is ideal for Australian homeowners. It helps them use solar energy more efficiently and become more energy independent. The Powerwall is a leading solar battery option in the Australian market. It has impressive capacity, performance, design, and advanced monitoring capabilities.

BYD Premium

BYD has created a battery storage line that can be used in any application. While the modular LV and HV solutions are appropriate for any residential application, the commercial battery is best suited for large-scale implementations.

BYD Premium offers high energy density, off-grid backup, and excellent efficiency while maintaining high safety. If you are in the solar energy storage market, consider BYD Premium Solar Batteries.

Off-Grid and Backup

The Battery-Box is well-suited for off-grid applications and emergency power. The high discharge capacity enables operation away from the power grid. BYD has the proper storage for your project, whether used to power a remote cabin or as a backup for sensitive loads.

Optimization of Self Consumption

The future is the self-consumption of renewable energy. As renewable generation subsidies decrease globally and electricity prices rise, consuming the power you generate yourself becomes more cost-effective.

Efficiency

In addition to their high energy density and long cycle life, BYD Premium Solar Batteries are also highly efficient. They have a round-trip efficiency of up to 95%, meaning they can store and release energy with minimal loss.

This makes them a cost-effective solution for solar energy storage, as it reduces the amount of energy wasted during storage and release.

Overall, BYD Premium Solar Batteries are an excellent choice for anyone looking for a reliable and efficient energy storage solution for their solar energy system.

Get the Best Solar Batteries from Solar Emporium

Solar batteries have become an essential component of Australia’s energy market. As the Australian solar market grows, solar batteries play a crucial role in a sustainable future. This article will help understand what is the best solar battery in Australia. This article will help understand what is the best solar battery in Australia.

Solar Emporium has similar goals of getting to a sustainable society. And to help the customers achieve that goal, Solar Emporium has many affordable solar packages. You can get all the solar batteries mentioned above.

To know more about solar batteries, check out our blog how long do solar batteries last.

Solar batteries have become integral to Australia’s renewable energy ecosystem. As the country continues to harness the sun’s power, solar batteries provide a reliable and efficient means of storing and utilising solar energy.

This helps Australians reduce reliance on traditional energy sources and contributes to a greener and more sustainable future.

With ongoing advancements in battery technology and the continued growth of the solar industry, get a free quote today to ensure the transition.

Our Solar Experts are here to Help!

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5 Energy-Saving Tips with Solar During Winter in Australia

Winter brings with it the desire to stay warm, which can increase energy consumption. These five tips will help you stay warm and comfortable without emptying your pockets with high energy bills.

So, what are the 5 energy-saving tips with solar during winter in Australia? You can also check out 10 energy-saving tips in Australia. It will provide a review of how you can save energy all year round.

But first, let’s understand your energy usage before we get into the tips. An average Australian household spends 40% of its energy budget on heating and cooling.

Get a smart monitor to have a better understanding of your usage habits. You can track your usage over time. It allows you to see how the seasons affect how you use energy.

With a smart monitor/meter, you can view a daily breakdown of your usage. You can also get the weather forecast properly.

Electricity and gas bills are out of control in Australia right now. And it gets unmanageable in winter because of the extra heating and hot water usage. However, simple changes in your daily habits can reduce your energy bills and save energy.

Use our energy-saving guide to immediately lower your electricity bills and save money on operating costs. Running your air conditioner, washing machine, and dryer can significantly increase your energy bill.

As winter approaches and the days become shorter, it’s an excellent time to consider your home’s energy efficiency. Since most of us spend more time at home, energy consumption increases in the daytime.

As a result, our electricity bills may be high. Consequently, it’s essential to consider your energy consumption and the possibility of lowering your power costs. Even minor changes can result in significant savings.

So here are 5 energy-saving tips with solar during winter for lowering your winter energy bill.

Install Solar Panels on Your Rooftop

Covering your roof with as many solar panels as possible is a step towards energy saving. You can save more money with more solar panels!

For starters, the demand for solar panels is growing year after year. In 2013, the average household solar panel installation was 4kW. That figure has recently risen to more than 8kW! It has more than doubled and continues to increase every year!

The average household has doubled to 8kW in just six years. If you haven’t upgraded, your system may need to be improved for electric vehicles and other electrical appliances.

And if your goal is to have a near-zero electricity bill, you can base it on average electricity usage. You must consider the cold winter months when solar production is the lowest and energy consumption is the highest.

A large system allows you to compensate for more significant energy fluctuations.

What happens if you buy an EV, batteries, and electricity for your household? Are your panels going to be ready for these extra appliances?

Data shows that Australia’s solar output will double in five years as more solar panels are installed.

Invest in solar today to reduce your electricity bill and carbon footprint.

Make Full Use of Your Solar Panels

Only installing solar panels in your home is not enough. You will need to benefit from the panels as much as possible.

Keep these things in mind to get the best results from your solar in winter-

Running appliances during daylight hours is best because of the sunlight.
High-energy appliances, such as your dishwasher and washing machine, should be run at different times. Again, daytime is always preferable but at another time.
Charge your electrical devices during the day, when energy generation is at its peak.
Turn off inactive appliances or devices and replace older appliances with energy-efficient models.

Invest In a Solar Battery

Purchasing a solar battery is a huge investment, but it takes time to get the value back. Even if you don’t have a lot of extra energy to store, it might be worth investing in a battery anyway. It’s an investment that will profit you for a long time.

The most common reason for purchasing a battery is that you have an electric-powered device that needs to be used after sundown or on stormy days. Some examples are using hot water, pool pumps, or charging electric vehicles.

During blackouts, you can also use the battery as backup power.

If you’re still heavily reliant on grid energy, this is one step closer to energy independence! With a battery, you can be optimistic that electricity will always be available without needing generators. Isn’t it wonderful to be the house with power when there’s a power outage?

So, how much will you save by installing a battery? The simple answer is $1,000 per year. Ten years later. You’ll start saving money a decade after you install the battery. Allow us to explain.

The most common household battery size ranges between 10kWh and 14kWh. Batteries cost $1,000 per kWh on average, so households typically invest $10,000 to $14,000 in one. A 10kWh battery system saves the average home around $1,000 per year.

As a result, even if you save $1,000 per year, it will take approximately ten years to recoup your battery investment. And now, with Tesla Powerwalls, you can save extra!

Reduce Your Energy Consumption

During the winter, solar panels can still capture sunlight and generate energy for your home. However, because there are fewer daylight hours, your solar panels will produce less power than in the summer.

That’s why you may need to decrease your energy usage or expect a higher electricity bill. And there are many ways to reduce your energy consumption, including:

Change to energy-saving light bulbs. They are more durable and perform better. A 60-watt traditional light bulb can typically be replaced with a 15-watt energy-efficient bulb.
Please turn off all appliances when they are not in use. While most know that leaving these things on wastes energy, we often overlook that it impacts our wallets.
Small appliances should be unplugged. Even when not in use, they can consume a small amount of electricity, increasing your energy bill.
Reduce the temperature on your thermostat. You can save money by lowering your home’s temperature by a few degrees. Layer your clothing to increase your comfort.
Examine the insulation in your home. If your home is poorly insulated, more heat will escape, costing you money.

Get a Smart And Improved Heat Pump

Your heat pump works best between 18°C and 20°C. Blasts of high temperature may appear to be the most efficient way to heat a cold room. But using your heat pump will not heat your room any faster. On the other hand, it will significantly increase your energy consumption.

Use the timer function on your heat pump to pre-heat your space for 15 minutes before you want to occupy a room. And then set it off automatically when it’s no longer needed for the most cost-effective results.

Let’s assume you have applied all the tips to save energy in winter. But getting the most out of your solar panels requires an improved maintenance system.

So How To Maintain Your Solar Panels During Winter?

Solar panels are most known for producing energy on bright, sunny days, but they also work well in the winter. Cold temperatures will help solar panels work more efficiently.

But cloudier days and snow will almost certainly cause solar panels to produce less energy because of less sunlight.

Solar panels require a little more maintenance in winter to get the maximum output. And none of the tips below are mandatory. But you can generate more electricity even when the sun is down.

Adjust The Angle Of Your Panels

The sun’s angle in the winter differs from summer. As a result, adjust the angle of your solar panels during the winter to make the most of them. But most people will only be able to do it if solar panels are not mounted on fixed.

For those who can, adjusting the angle can help direct more sunlight to your panels.

Wipe The Snow From Your Panels

It’s natural for snow to fall in a snowy area. Automatically snow will fall onto your panels too. However, that is okay. Light snowfall will most likely melt quickly. Snow on your solar panels may be beneficial because it cleans your panels as they fall off.

Insulate Your Batteries Properly

It’s best to take a few extra measures to care for your solar batteries during the winter to ensure they function correctly. It is critical to keep your batteries at the proper temperature.

Batteries are not designed to operate in the cold that some areas experience. Consequently, your batteries should be stored indoors or in well-insulated containers.

If you store your batteries outside, monitor the temperature to ensure it’s within the ideal range.

Monitor Your Battery's Discharge

It’s also critical to monitor your battery’s discharge levels. It is not advisable to completely discharge your solar batteries. While some batteries may be suitable for discharge levels ranging from 70% to 80%, the recommended discharge level is 50%. Keep an eye on your battery discharge on high usage days, likely in the winter, and consider investing in a backup generator.

Solar Emporium Can Help You Save Money In Winter

Winter may be the most expensive time of year. Although you want to keep your home warm, increasing the temperature usually results in higher utility bills. Nobody enjoys being cold in their own home.

By implementing these practical winter energy-saving techniques, you can improve your home’s energy efficiency and save money on heating costs. You don’t have to be a home improvement expert to use our winter energy-saving tips.

Solar Emporium can provide you with additional energy-saving tips this winter. Our solar solutions have assisted Australians in lowering their energy bills. We are committed to providing the best premium solar solution for your home.

And we provide the most comprehensive selection of energy-saving solar panel solutions from leading solar suppliers. Schedule a free consultation with Solar Emporium’s experts to reduce energy costs immediately.

We are committed to finding the right high-quality solar solution for your home by offering a wide range of energy-saving solar packages.

Contact the Solar Emporium team for a free quote and save money on your energy bill immediately.

Our Solar Experts are here to Help!

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Ultimate Future Of Electric Vehicles In Australia

Electric vehicles are unquestionably becoming more affordable as technology advances. Many types of electric cars are now affordable to the average Australian household.

So, what is the ultimate future of electric vehicles in Australia? And What does the future of electric vehicles in Australia look like? And how much does it cost to charge an electric car?

If you are eager to switch to an electric vehicle, this is your guide to every EV coming to Australia this year and beyond. We anticipate continued growth in this market as more Australians realise the benefits of driving an electric vehicle. More charging stations will also be visible nationwide as more people opt for electric vehicles.

Electric vehicles are taking off in Australia, with a diverse range of models and styles on the market. These cars have a bright future. And the new technology and innovation are making them more accessible and affordable.

Electric vehicles are gaining popularity, with emissions targets looming and widespread concern about climate change. It is a more environmentally friendly and fuel-efficient alternative to gasoline or diesel vehicles.

It is time that electric vehicles overtake traditional petrol and diesel engines as the preferred choice for Australian motorists. As battery technology improves and public charging infrastructure expands, more electric vehicles will soon hit Australian roads.

How Do Electric Vehicles Work? Battery And Charger Functionality

Electric vehicles are the new future. They are sustainable and come with a lot of benefits. But what are Electric Vehicles? Electric Vehicles are also known as EVs. These are either partially or entirely run by electrical power.

Currently, most electric vehicles are electric cars. Four types of electric vehicles are available in the market right now.

Battery Electric Vehicles (BEV)- BEVs are known as All-Electric Vehicles. A battery-powered electric drivetrain runs it entirely.
Hybrid Electric Vehicles (HEV)- HEVs are called series hybrids or parallel hybrids. These cars get their engine’s energy from fuel and their motor’s energy from batteries.
Plug-In Hybrid Electric Vehicles (PHEV)- PHEVs are also known as series hybrids. But these cars are more complicated than other EVs. You can choose between petrol and bio-diesel for the vehicle to run. It is also capable of powering itself with rechargeable battery packs.
Fuel Cell Electric Vehicles (FCEV)- FCEVs are zero-emission vehicles. They require “fuel cell technology” to run.

Apart from these cars, some companies are trying to use solar energy in their vehicles. They have built-in solar panels to run and charge the car with sunlight. These cars are very futuristic and considered supercars.

Most Electrical Vehicles and their accessories work like any other electronic device. There is a standard charger and a battery that comes with the car. You plug the charger into your car’s charging port and charge the battery. A basic EV charger takes electricity from a 240v outlet or a grid. However, how long does an electric car take to charge? We’ll talk more about it in our newer blogs soon.

You can charge your car at home. You can set up your vehicle at your workplace. Many employers in Australia are taking the initiative to install chargers for electric vehicles. And if you have a solar system at home, you can charge your vehicle at a very low cost.

Benefits of EV

Cheaper– Electrical Vehicles are 40% cheaper to charge. Considering the conventional way of using petrol, it is a huge upgrade. And the cost can go down even more if you have solar systems at home and workplace.
Low maintenance– Except for PHEV, most EVs are very low maintenance. They have fewer moving parts for servicing than a petrol or diesel-run vehicle. Furthermore, all EV batteries come with at least 8 years of warranty.
Easier to register– EVs are easier to register. Especially in Australia. More specifically, in Queensland. The Government of Queensland provides discounts on stamp duty for EV purchases and issues discounts for regular registration.
Better for the environment– It’s no surprise that EVs, EV chargers, and EV batteries are better for the environment. EV products reduce harmful air pollution created by carbon emissions. And using solar panels would work better for a better environment.
Better health and well–being- Since EVs decrease air pollution and carbon emissions, Australia’s air quality would improve automatically, improving our health.
Better network– When a mass population starts using EV products, it’ll force the authority to provide efficient electrical service to ensure the quality of life.
Better Energy security– Using Electrical products and renewable solutions will increase the chance of better energy security. Australia won’t have to rely on other countries for energy solutions.

But, Are Electrical Cars Practical?

Evidently, electric vehicles are more practical in our day and age. It has more benefits and better technology than conventional fuel or diesel cars. Moreover, it also holds the interest of our society and betterment.

Although, electric cars indeed cost more than conventional cars. But if you consider this an investment, you and our environment will benefit in the long run.

Electric Vehicles In Australia

Electric Vehicles at a Glance in Australia-

Australia is getting closer to implementing emissions regulations that will further incentivize the use of electric vehicles.
Around Australia, a national charging network is being constructed.
Family-sized electric vehicles are gradually becoming more affordable.

EV adoption in Australia is currently lower than in other developed countries. Still, more EVs are expected to increase as cheaper models become available. And more charging infrastructure is built.

EVs are expected to match petrol vehicles in terms of upfront cost and range. EV sales are expected to skyrocket once these cars reach price equality with internal combustion engine vehicles.

Several key factors are driving the rapid acceleration toward an electric car future. The most significant is the decision taken by 14 countries to set a date for the phase-out of production of internal-combustion-engine vehicles that use fossil fuels.

Tax breaks and other incentives are also helping to boost EV sales in Australia. But lack of similar schemes is the main reason EV sales account for only 1.6% to 2% from 2021.

While the Federal Government’s efforts have been limited, the states and territories have filled the void with incentives. The NSW Government is arguably leading the charge with an Electric Vehicle Strategy that offers $500 million in investment to encourage EV adoption.

The NSW Government aims to have electric vehicles account for 52% of all new car sales by 2030-31; Victoria has developed a similar plan of 50% by 2030. In Queensland, the goal is for every new car to be electric by 2036.

Future Of Electric Vehicles In Australia

Although car manufacturers are unlikely to rush out new EV models in Australia due to market stagnation, the future of electric vehicles in Australia is still promising. By the end of 2023, almost 60 EV models will be available in the country.

Although it is difficult to predict when electric cars will completely take over, in the future, electric vehicles will undoubtedly rule the roads globally.

For now, most electric options in the new-car market are significantly more expensive than traditional combustion-engined cars.

But of course, electric cars can save you on bills in the long run. It will provide cheaper and potentially free charging and lower maintenance and parts costs.

The race for electric vehicles has officially begun in Australia. It started slowly, with few incentives pushing supply to more EV-friendly regions in recent years.

And that’s not all. Australia’s Best Electric Cars for 2023 will tell you which available EVs should be at the top of your list.

How Is Australia Assisting With Electric Vehicle Projects?

The country aims to accelerate pre-commercial innovation to benefit Australian consumers, businesses, and workers as the world transitions to net-zero emissions.

By connecting investment, knowledge, and people to deliver energy innovation, Australia is helping to lay the groundwork for its renewable energy sector. But electric cars future in Australia depends on the people and the government.

EV charging can provide grid benefits. If they are charged with abundant cheap solar and wind energy, they can increase the use of renewable energy while requiring less electricity storage.

Properly managing EV charging requires new technologies, business models, and collaboration between the EV industry. The electricity sector, including retailers, networks, and market bodies, and the Government needs better coordination too.

While the country focuses on integrating EVs into the electricity grid to benefit all electricity users, the Australian Government allocated funding in the 20/21 Federal Budget to address barriers to adopting new vehicle technologies.

“The Driving the Nation Program,” began in February 2021. It assists businesses and communities take advantage of electric batteries, hydrogen fuel cells, and biofuel.

Using Your Electric Vehicle To Heat Your Home

Some people are always worried about the cost to charge electric car. But did you know that you can literally heat your home with your electric cars?

Some electric vehicles are already contributing to their owners’ hot showers and other energy needs. Car manufacturers have made significant progress in their research into connecting electric car batteries to home power grids.

In a promising future, your electric cars can help power our homes as primary electrical batteries.

Electric cars can charge up during peak hours, power your homes during peak times, or even feed back into a shared local grid.

This ability to direct electricity from an electric vehicle’s battery into a home is known as bidirectional charging, and it is being developed in Australia under the “vehicle to grid (V2G)” technology.

It will be some time before we use our cars to charge our homes, but some electric car owners already use bidirectional charging.

Is Australia Catching Up?

There is no doubt that Australia has some catching up to do regarding the usage of EVs. Most of the developed countries have already adopted the technology of Electrical Vehicles. The fast-paced technologies of EVs are constantly improving every day. It is time for Australia to prepare itself for the change.

Is Australia Ready?

Electric Cars have already started to make their way toward Australia. From expensive to mid-range EVs are now available in Australia. Check out our upcoming blogs to know more about the cost to charge electric cars.

This year, many companies launched their new electrical cars here. However, infrastructure-wise, Australia is yet to be ready for it. The public charging scenario needs to improve.

Moreover, getting an EV is much easier if you live in the city. The infrastructure is much better here. But you must consider a few factors if you live in an urban area. Primarily because of the close quarters of urban roads that still need to be ready for these vehicles.

Nevertheless, It is the perfect time to prepare and get acquainted with the technology. The Government is also taking initiatives to advertise EVs. Right now, it is a choice between advancements and conventional thinking. And for energy efficiency, choose EVs.

Our Solar Experts are here to Help!

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Worried About Your Energy Bills As An Australian In 2023?

With the rising cost of living affecting many Aussie households, we understand that receiving a higher bill than usual can cause additional stress. And as energy price rapidly increases in Australia in 2023, you might worry more.

So are you worried about your energy bills as an Australian in 2023? If you are, then it’s time to relax. We will discuss what can influence your energy bill and how you can take control of your usage.

But first, let’s get you up to date with your energy bills.

What's Inside Your Energy Bill?

Electricity retailers typically charge you in two ways: fixed charges and variable charges.

The fixed charge is a daily fee for your power connection. Fixed costs are identified separately on your bill. And it is commonly referred to as the ‘daily supply’ or ‘service to property’ charge.

On the other hand, the variable charge is the fee for each unit of electricity or gas used. It is also known as the ‘consumption’ or ‘usage’ charge. Some bills may include multiple variable charges.

What To Study After Getting An Energy Bill?

Electricity and gas bill examples
What to do if you believe your bill is incorrect
What to do if you are having difficulty paying your bill
Has your bill risen or remained stable

Remember that retailers’ bills are arranged differently and may contain slightly different information. Contact your retailer or visit their website for more information about your bill.

So Have You Received An Unexpectedly High Bill?

You can get a high bill for several reasons. It is critical to first determine whether the bill is correct. Some of the causes we’ve identified include:

Seasonal Changes

Seasons directly impact how we use energy. You can use air conditioners to fight the harsh Australian heat in the summer. And in the winter, turn the heaters and electric blankets to keep yourself warm and cosy.

Hence, we recommend comparing your bill to one from last year.

We can also adopt smarter energy usage habits seasonally. Avoid the winter chill by heating your main living areas rather than individual rooms. Also, you can set your heater to 18–20 degrees. Each degree above requires 10% more energy.

You should set your air conditioner to 24°C in the summer. Each degree lowers the usage to 5% more. Keeping the doors closed and drawing the curtains can trap air. Eventually, it will keep your house cool.

Make The Switch To Solar Energy

Solar PV panels are an excellent way to generate electricity while lowering utility bills. However, owning solar panels only doesn’t solve the high energy bill issue. Properties with high power bills and solar may experience one of three problems:

Lack of understanding about the capabilities of their solar panels.
Due to a maintenance issue, performance has been reduced.
A metering or billing issue.

Getting a trusted installation company can solve most of these issues. They can show you everything you need to know about solar panel system and how to maintain it. It would help if you also used an energy monitor to analyse your usage correctly.

Check Your Tariffs

There are several varieties of tariffs available in the energy market. They’ll be either a flat rate or a time-of-use tariff. If you have a single-rate tariff plan, there are no peak or off-peak periods, so you pay the same rate whenever you use energy.

A time-of-use tariff means that the power price varies throughout the day depending on whether it is a peak demand period. Examine your bill to determine which tariffs you are on. And if you have a solar system at your home, you can enjoy feed-in tariffs from the grid.

Examine The Meter Read Type

In some cases, your local distributor may send you an estimated reading. It is usually due to access issues or severe weather events. Your meter-ready type should be on the second page of your bill. Check the Australian energy regulator for more information.

Are You Entitled To Any Rebate?

If you have a valid concession card, it will be on the discounts and rebates section of your bill. The local and federal government has many rebates available for individuals. You should check out Clean Energy Council’s (CEC) information for new rebate updates.

Analyse Your Energy Schemes

You need to keep a touch base on your energy plan or scheme. Your discount might have expired. If it has, it is time to select another. You can replace it anytime. It only takes a few minutes.

Therefore, you can manage your bills easily.

Conduct An Energy Audit

Some appliances use more electricity than others. There are a few ways to determine which devices use the most power. To begin, you can conduct a home energy audit. It is an excellent first step toward understanding your usage habits.

Second, our energy-saving tips can ensure you get the most out of your appliances by providing optimal settings. I will allow you to save money without sacrificing comfort.

Finally, smart devices can assist you in taking control of your usage. From smart heat pumps to smart monitors can tell you how much power you’re drawing from the grid at any given time. Investing in energy technology could help you save money in the long run.

What If Your Bill Is Incorrect?

If you figure there is an issue with your bill, contact your company, and they will investigate any issue regarding these.

Even if you believe there is an error on your bill, you should pay the portion of the statement that you think you owe. It will ensure that your debt doesn’t increase while they investigate. It also demonstrates that you are a model citizen who pays your bills regularly.

Do You Suspect Your Meter Is Malfunctioning?

If you believe your meter is not correctly recording your usage, you can request to test it. The company should arrange a repair and fix any errors on your bill.

If the meter is functional, you may be required to pay for the meter test. Usually, there is another reason for an unexpectedly large bill. Investigate other probable causes of the high bill before requesting a meter test.

You Have Rights As A Customer

Energy is a necessary need, and everyone must have access to it. Many laws are in place to protect you and provide consistent safeguards in selling energy to customers.

The National Energy Customer Framework (NECF) applies to ACT, New South Wales, Queensland, South Australia, and Tasmania residents. Local legislation protects energy consumers in the Northern Territory, Victoria, and Western Australia.

Solar Emporium Is Here To Assist You

We are here to support and assist you with your energy needs. Call us or get a free solar solution and energy audit quote. All our services and packages are designed based on your needs. Trust us and become a promoter of renewable energy for a sustainable future.

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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.

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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.

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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.

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Are Solar Panels Recyclable | The 2022 Update

In the past decade, people have gravitated towards renewable energy sources the most than at any other time. Among all of the sources, solar panels on a residential scale were welcomed the most. However, when the world seemed to have geared up for renewable energy sources like solar panels, the long-term management of such a change was given little to no thought.

Solar panels have a lifespan of about 25 years to 30 years at max. What happens to all these solar panels after they reach the end of the line? Are solar panels recyclable? To answer it simply, yes, they are recyclable for the most part. On average, 90%- 95% of the photovoltaic cells which are made of silicon are recyclable. But the question remains are they getting recycled even if how easy it is to do so? That is something to work on as soon as we can.

How are Solar PV Panels Recycled?

Let’s take a look at the basic solar model made of silicon. There are essentially two types of solar panels; monocrystalline solar panels and polycrystalline solar panels. Both of the types have an equal ability to get recycled as it’s the way the silicon is laid out that decides the type of solar panels. Other than these two, a separate kind of solar panel is present, which is a thin film solar panel. Thin film solar panels are not made of silicon; rather, they use one of the following-

Cadmium Telluride (CdTe)
Amorphous Silicon (a-Si)
Copper Indium Selenide (CIGS)

This type of solar panel is rarely used for residential purposes as they don’t offer efficiency while the cost soars up pretty high. Usually, thin film solar is used in a commercial setting because of their other advantages, like they use fewer materials to get produced, they deal with shading issues, and low light conditions pretty well. However, still, the prices are not conducive to the outcomes.

For those reasons, we will be limiting today’s discussion to silicon-made solar panels only.

In essence of it, a solar panel is a glass-trapped silicon module that is framed in aluminium. The wires are made of silver and copper. All of which are recyclable using different methods.

The first step to recycling is disassembling the solar panels. The frames, glass, silicone body, and wires get disassembled. Separately they get recycled in large quantities. The entire process does take a lot of big machinery, and the process itself gets a bit expensive, but the price that we will pay without recycling is greater in the long run.

95% of the glass body gets reused after disassembly, and 100% of the metal gets reused. In this case, the thermal processing takes about heat sources that are 500 degrees Celsius to melt down. The silicon is also heated to break it down to its cellular level to make it reusable.

Don’t think that all of this process takes any manual labor, especially the disassembly; rather, there are many detectors and high-level machinery used in such cases.

Are Solar Panels Recyclable in Australia?

On today’s date, there aren’t many full-fledged facilities for solar panel recycling in Australia. However, last year a solar recycling facility did start operating in Melbourne’s north which has been confirmed by their video footage posted on a social media platform. They work in conjunction with Lotus energy, the first company to take such steps in Australia.

The point to be noted here is not 100% of the panel is recyclable in Australia at the moment; still, it has to be sourced from different off-shore facilities. Only about 17% of the recycling is done in Australia, which includes recycling of the metal frame and the junction box. The rest of the body is yet to be managed, but it is also a fact that in Victoria, this type of waste is considered electronic waste and is completely banned from landfill.

In the future, it has been projected that a national working group will conduct a COAG Regulatory Impact Statement (RIS) to evaluate industry-led and co-regulatory solutions for solar panels, as well as the ensuing regulatory and economic implications. A national working committee will advise the federal, state, and territorial governments on the best management strategy.

Check out this end of life management steps to be taken by the International Renewable Energy Agency (IRENA) here.

So, are solar panels recyclable is not the question that is puzzling but when and how efficiently it can be achieved in our country is the current concern. The government is working on several projects and rebate schemes to make solar energy accessible to the mass. The next big thing to figure out is recycling, for which the authority is already constructing prospective plans for the near future.

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Category: Batteries

Federal Solar Rebate and Incentive

New South Wales (NSW)

Victoria (VIC)

Queensland (QLD)

South Australia (SA)

Western Australia (WA)

Tasmania (TAS)

Australian Capital Territory (ACT)

Northern Territory (NT)

Are You Eligible For Solar Rebates And Incentives?

How Do These Rebates and Incentives Help Australian Homeowners?

How To Apply For Solar Rebates and Incentives?

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Why are Solar Inverters Important?

Types of Solar Inverters

Choosing the Right Solar Inverter

Solis Inverter

Range of Solis Inverters Available in Australia

Performance and Efficiency

Warranty

Monitoring and Connectivity

Installation and Maintenance

Market Presence

GoodWe Inverter Review

Range of GoodWe inverters available in Australia:

Performance and Efficiency

Warranty

Monitoring and Connectivity

Installation and Maintenance

Market Presence

Manufacturing

Sungrow Inverter Review

Range of Sungrow inverters available in Australia:

Performance and Efficiency

Warranty

Monitoring and Connectivity

Installation and Maintenance

Market Presence

Manufacturing

Fronius Inverters

Range of Fronius inverters available in Australia

Performance and Efficiency

Warranty

Monitoring and Connectivity

Installation and Maintenance

Market Presence

Manufacturing

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Sungrow Battery

Performance

Features

Value for Money

Eveready Battery

Performance

Features

Value for Money

Energizer Battery

Performance

Features

Value for Money

Tesla Powerwall

Capacity and Performance

Installation and Integration

Design and Aesthetics

Software and Monitoring

Backup Power

Price and Warranty

BYD Premium

Off-Grid and Backup

Optimization of Self Consumption

Efficiency

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Install Solar Panels on Your Rooftop

Make Full Use of Your Solar Panels

Invest In a Solar Battery

Reduce Your Energy Consumption

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