News Archives | Solar Battery Group

Latest solar related news

Everything You Need To Know About the NSW PDRS

The NSW Government has launched a game-changing incentive that promises to revolutionise energy storage for homes and businesses nationwide.

Starting November 1st, 2024, the NSW solar battery rebate—an integral part of the Peak Demand Reduction Scheme (PDRS)—will help eligible participants save on battery installation costs while contributing to a cleaner, more reliable electricity grid.

This blog explains the NSW Battery Incentive, who qualifies, and how Solar Battery Group can help you access these savings.

This initiative is part of a broader effort to enhance grid stability, reduce fossil fuel reliance during peak periods, and help NSW meet its ambitious net zero emission target by 2050.

What Is the NSW Battery Incentive?

The NSW Battery Incentive is designed to reduce upfront costs for installing solar battery storage. Eligible NSW homes and businesses can receive:

Up to $2,400 Off Installation: Savings vary depending on the battery size.
Additional Savings for VPP Connection: Connect your battery to a Virtual Power Plant (VPP) and claim an extra $250 to $400 in savings.

This initiative is part of a broader effort to enhance grid stability, reduce fossil fuel reliance during peak periods, and help NSW meet its ambitious net zero emission target by 2050.

Eligibility Requirements

Before you jump into the process, make sure you meet these simple eligibility criteria:

Existing Solar PV System: You must already have a solar panel system installed.
Battery Capacity: The battery you choose should have a usable storage capacity between 2 kWh and 28 kWh.
Approved Installer: Your battery installer must be an Accredited Certificate Provider (ACP). Solar Battery Group proudly partners with ACPs, ensuring you qualify for the incentive when your installation takes place after November 1st, 2024.

These broad requirements mean that a wide range of NSW residents and businesses can take advantage of this program.

How to Access the NSW Battery Incentive

Verify Your Eligibility

Start by confirming that you are a NSW home or business owner with an existing rooftop solar PV system that complies with all relevant standards and regulations.

Choose an Accredited Installer

Ensure your installer is accredited by an ACP.

At Solar Battery Group, we work closely with ACPs to offer you the incentive right at the point of sale. Our team is ready to provide a no-obligation consultation—just contact us or request a callback at your convenience.

Select the Right Battery

Partnering with a quality installer like Solar Battery Group means you’ll choose a battery that not only meets performance standards (including warranty and capacity requirements) but also seamlessly integrates with your existing inverter.

Complete the Required Documentation

Like any incentive program, some paperwork is involved. You’ll need to sign a nomination form that authorises the ACP to claim the incentive on your behalf. Once the installation contract is finalised and the paperwork is submitted, the incentive will be applied directly to your purchase.

Schedule your Installation

After all documentation is complete, your installer will schedule a convenient installation date. They will also coordinate with your network provider and electricity retailer to activate your new battery system.

Let Solar Battery Group handle everything for you

Battery Equipment Requirements for NSW PDRS

To ensure that every installation delivers top-notch performance, batteries must meet specific criteria:

Approved Equipment: Only batteries listed on the NSW-approved product list qualify. This list will be published closer to the incentive’s start date.
Usable Storage Capacity: Batteries must offer between 2 kWh and 28 kWh of usable energy.
Connectivity and Control: Your battery should be internet-connectable and controllable, allowing you to manage and program its operation.
10-Year Warranty: A robust warranty is essential. Batteries must carry a 10-year warranty guaranteeing at least 70% usable capacity retention, along with conditions such as operation within -10°C to 50°C and a minimum warranted throughput of 3.65 MWh per kWh over their lifespan.

By installing a solar battery, you can store surplus energy generated during the day for use at night, reducing your dependence on the grid.

Understanding the NSW PDRS

The Peak Demand Reduction Scheme (PDRS) is the backbone of the NSW Battery Incentive. Here’s how it works:

Peak Reduction Certificates (PRCs): Installing an eligible battery enables your installer to claim PRCs, which help balance energy demand and reduce grid strain during peak periods.
Accredited Certificate Providers (ACPs): ACPs work hand-in-hand with installers to manage and document the necessary certificates, ensuring that all scheme requirements are met.
Scheme vs. Rebate: Unlike traditional rebates, the PDRS incentive is applied at the point of sale. This means you receive the discount upfront as your installer claims the PRCs.
Duration: The scheme runs until 2030, paving the way for long-term energy storage adoption and supporting NSW’s sustainable energy goals.

Benefits of Claiming the NSW Battery Incentive

Maximise your Solar Power

By installing a solar battery, you can store surplus energy generated during the day for use at night, reducing your dependence on the grid.

Increase Grid Stability

Widespread battery adoption will lead to a more stable and reliable electricity grid by easing pressure during high-demand periods.

Reduce your Electricity Bills

Stored solar energy can significantly lower your electricity costs, especially during peak times when grid prices are highest.

Start saving with a solar battery

Ready to Make the Switch?

The NSW Battery Incentive is a fantastic opportunity for NSW residents and businesses to maximise solar energy use, reduce energy bills, and support a cleaner environment. With straightforward eligibility requirements and expert guidance from Solar Battery Group, now is the perfect time to upgrade your energy system.

Contact us today for a no-obligation consultation, or request a callback to explore your options. Let us help you navigate the NSW PDRS Scheme and take advantage of these incredible incentives—because smarter energy choices today lead to a more sustainable future tomorrow.

Embrace the future of energy with Solar Battery Group—where expert advice, quality installation, and outstanding savings come together for a brighter, more efficient NSW.

March 11, 2025/by Solar Battery Group

The End of Solar Feed-In Tariffs? What Falling Rates Mean for Homeowners in 2025

News, Solar Batteries

What to Expect from Energy Retailers in 2025: Feed-in Tariffs on the Decline

Australia’s energy landscape is shifting, with many state-based regulators now allowing energy retailers to set their own feed-in tariff rates. States like New South Wales and South Australia no longer have a mandated minimum, meaning the amount you earn for feeding excess solar energy back into the grid depends entirely on your retailer.

Victoria is also following this trend, with the state’s minimum feed-in tariff set to drop significantly—from 3.3c/kWh to just 0.04c/kWh starting July 2025. This dramatic decrease underscores the importance of checking with your energy provider to understand what credits you’ll receive on your bill.

In this blog, we’ll explore what these changes mean for solar customers and what to expect from energy retailers in 2025.

Understanding Solar Feed-in Tariffs

Governments across Australia’s states and territories have taken varying approaches to what is commonly known as a solar feed-in tariff, also referred to as a solar bonus scheme or solar buy-back scheme.

A solar feed-in tariff is a payment homeowners receive for the excess clean energy their solar panels export to the grid.

In recent years, Australian homeowners with solar installations have witnessed a significant decline in solar feed-in tariffs (FiTs). Once a lucrative incentive, these tariffs have diminished across various states, prompting a reevaluation of solar energy’s benefits.

Keep reading to explore the current landscape of FiTs in 2025, including the reasons behind their decline and what it means for solar homeowners.

The government provided generous feed-in tariffs in the early stages to encourage solar adoption and stimulate the industry.

Current State of Feed-In Tariffs Across Australia

The government provided generous feed-in tariffs in the early stages to encourage solar adoption and stimulate the industry. However, as the solar market grew and established, most of these ‘premium’ feed-in tariff schemes were phased out.

Today, feed-in tariff rates are determined mainly by electricity retailers, with only a few states setting minimum requirements.

Here’s what to expect:

Victoria

Victoria has historically mandated minimum FiTs. However, for the 2025–26 period, the Essential Services Commission (ESC) has set the flat rate minimum FiT at a mere 0.04 cents per kilowatt-hour (kWh), effectively rendering it negligible. This drastic reduction reflects the state’s shift towards deregulating FiTs, allowing market dynamics to dictate rates.

South Australia

South Australia does not enforce a mandated minimum FiT, leaving rates to the discretion of retailers. As of February 2025, offerings include:

Energy Australia Solar Max: 10c/kWh for the first 12 kWh/day, then 4.5c/kWh.
Engie: 5.5c/kWh.
AGL Solar Savers: 10c/kWh for the first 10 kWh/day, then 4c/kWh.

Australian Capital Territory (ACT)

Similar to South Australia, the ACT lacks a mandated minimum FiT. Current retailer offerings include:

ActewAGL: 8c/kWh.
Origin Solar Boost: 12c/kWh for the first 14 kWh/day, then 9c/kWh.

Notably, legacy tariffs ranging from 30 to 45c/kWh still exist for customers who installed solar systems before 2011.

Western Australia

Western Australia offers some of the lowest FiTs in the country:

Synergy (Perth & SW WA): 10c/kWh during peak times (3 pm–9 pm) and 2c/kWh during off-peak (9 pm–3 pm).
Horizon Power (Regional WA): Rates vary, with some remote areas receiving as little as 3c/kWh before 3pm.

Queensland

In Queensland, FiTs are set by retailers without a mandated minimum:

Regional QLD (Ergon): 12.377c/kWh.
South East QLD (Energex): Rates vary by retailer, for example:
- Red Energy: 8c/kWh.
- Energy Australia Solar Max: 10c/kWh for the first 12 kWh/day, then 4.6c/kWh.

New South Wales

While New South Wales does not mandate FiTs, the Independent Pricing and Regulatory Tribunal (IPART) provides a benchmark of 4.9–6.3c/kWh for the 2024–25 period. Retailers are not obligated to adhere to this benchmark, leading to varied offerings.

Feed-In Tariffs in your state: what you need to know

Reasons Behind Declining Feed-In Tariffs

Several factors contribute to the downward trend in FiTs:

Wholesale Electricity Prices: The surge in solar installations has led to an oversupply of electricity during daylight hours, driving wholesale prices down. Consequently, retailers offer lower FiTs to align with these reduced prices.

Solar Saturation: The widespread adoption of solar panels means more households are exporting electricity to the grid, saturating the market and diminishing the value of exported solar energy.

Policy Changes: Government incentives that once promoted high FiTs have been scaled back or discontinued, reflecting a shift towards market-driven rates.

By aligning energy consumption with peak solar production times, homeowners can reduce reliance on the grid and enhance savings.

Implications for Homeowners

The decline in FiTs signifies a pivotal shift in the value proposition of solar energy. However, the main benefit of solar has always been reducing electricity bills rather than earning from exports. Maximising your current solar PV system will still help you achieve significant savings by allowing you to use more of the energy you generate rather than relying on the grid. Here’s how:

Self-consumption is Key: Maximising the use of generated solar power within the household becomes crucial. By aligning energy consumption with peak solar production times, homeowners can reduce reliance on the grid and enhance savings.

Battery Storage Solutions: Investing in battery storage systems allows homeowners to store excess solar energy for use during non-sunny periods, further reducing grid dependence and enhancing energy autonomy.

Battery storage solutions

Evaluating Retailer Offers: With FiTs varying across retailers, comparing offerings and selecting plans that best suit individual energy consumption patterns is essential.

While the era of generous solar feed-in tariffs may be concluding, the value of solar installations continues. By focusing on self-consumption and exploring energy storage options, homeowners can continue to reap financial and environmental benefits from their solar investments.

Take charge of your energy future by contacting the Solar Battery group or request a call back to discuss your options.

March 7, 2025/by Solar Battery Group

Australia’s Electricity Emissions Down 30% Thanks to Renewable Energy

News, Solar Batteries

Australia has reached a major clean energy milestone—electricity emissions are now 30% lower than in 2015, thanks to the rapid growth of renewable energy.

“…emission reductions delivered by the growth of renewable energy since 2015 are equivalent to reducing the emissions from all Australia’s cars, light commercial vehicles and aeroplanes to zero.” – Kane Thornton, CEC Chief Executive.

This shift marks a turning point in Australia’s energy landscape, proving that renewables are a future possibility and a present reality. With solar power leading the charge, homeowners and businesses are switching to cleaner, more sustainable energy solutions.

But what does this mean for everyday Australians? And how can solar batteries help accelerate this momentum while reducing electricity costs?

Allow us to enlighten you.

The Rise of Renewables in Australia

Over the past decade, Australia’s energy mix has undergone a dramatic transformation. Coal-fired power plants are steadily being phased out in favour of cleaner alternatives.

Key Factors Behind the 30% Drop in Electricity Emissions:

Record-Breaking Solar and Wind Growth

Australia now has one of the world’s highest rates of rooftop solar adoption, with over 3.5 million homes generating their own electricity. That’s one out of every 3 Australian homes!

Decarbonisation of the National Grid

The National Electricity Market (NEM) is transitioning away from fossil fuels as renewables continue to increase their share of total power generation.

Advancements in Battery Storage

One of renewable energy’s most significant challenges has always been intermittency (the sun doesn’t always shine, and the wind doesn’t always blow). However, the growth of battery storage—both at a household and grid level—is making renewable energy more reliable than ever.

Your energy independence starts here

Government Support and Incentives

Federal and state governments have introduced policies such as the Small-scale Renewable Energy Scheme (SRES), battery rebates, and feed-in tariffs, all designed to encourage homeowners and businesses to transition to renewables.

The Role of Solar Batteries in a Cleaner Future

While solar panels have played a pivotal role in reducing emissions, the missing piece of the puzzle has been energy storage. Solar batteries allow homeowners to maximise their solar power by storing excess energy during the day for use at night or during blackouts.

Why Solar Batteries are the Key to a Net-Zero Future:

Energy Independence

A solar battery lets you store the energy you generate, reducing your reliance on the grid and protecting you from rising electricity prices.

Lower Energy Bills

As power prices continue to climb, using stored solar energy instead of grid electricity during peak times can significantly save electricity bills.

Blackout Protection

Extreme weather events like heatwaves and storms have made power outages more common. With a solar battery, you can keep your lights on and essential appliances running when the grid goes down.

Further Emissions Reductions

More self-generated renewable energy reduces the demand for coal and gas-fired power plants, further cutting Australia’s electricity emissions.

battery storage will become increasingly essential as more solar and wind power is added to the grid.

The Future of Australia’s Renewable Energy Transition

The momentum towards a cleaner, more sustainable energy future is only growing. Renewables already account for over 30% of Australia’s electricity generation, and with the Australian Government’s target to reach 82% renewable energy by 2030, this transition is well underway.

However, battery storage will become increasingly essential as more solar and wind power is added to the grid. Homeowners who invest in solar batteries now will be ahead of the curve, saving money while contributing to Australia’s renewable energy future.

Ready to Take the Next Step?

If you want to reduce your electricity bills, protect your home from blackouts, and be part of Australia’s clean energy movement, now is the perfect time to take charge of your energy future.

Contact Solar Battery Group today to learn how you can take control of your energy and join the renewable revolution. Or request a call-back here.

February 19, 2025/by Solar Battery Group

Monitor & Understand The Tesla Powerwall 3

News, Solar Batteries

The Tesla Powerwall 3 makes managing your home’s energy simple and efficient. Regular monitoring is key to getting the most from it.

This guide covers answers to frequently asked questions, including how to track performance, interpret status lights, connect to Wi-Fi, and troubleshoot issues. With these tips, you can maximise your Powerwall’s benefits and keep it running smoothly.

How Do I Monitor The Performance Of The Tesla Powerwall 3

By actively tracking your Tesla Powerwall, you can monitor its health, ensuring a longer lifespan and helping you maximise your investment.

Download the Tesla App

Install the App: Ensure you have the Tesla app installed on your smartphone.
Create or Log in to Your Account: Use your Tesla account credentials to log in.

Connect to Your Powerwall

Link Your Powerwall: Once logged in, your Powerwall should automatically appear in the app if it’s properly connected.
Wi-Fi Connection: Ensure your Powerwall is connected to Wi-Fi for real-time monitoring.

Navigate the Dashboard

Home Screen: The app’s home screen displays your battery status, energy production, and usage at a glance.
Energy Flow: You can see how energy flows between the solar panels, Powerwall, and your home, as well as any export to the grid.

Monitor Key Metrics

Battery Charge Level: Check the current charge level of your Powerwall to understand how much energy is stored.
Energy Usage: View your home’s energy consumption to see how much energy you use versus what your solar panels produce.
Solar Production: Monitor the energy your solar panels generate throughout the day.

Set Preferences and Notifications

Energy Management Settings: You can adjust settings for how your Powerwall operates, such as backup reserve levels or charging preferences.
Notifications: Enable alerts to stay informed about system performance or issues.

Review Historical Data

Energy History: The app allows you to view historical data on energy production and consumption. This can help you identify patterns and optimise usage.
Daily, Weekly, Monthly Views: Switch between different timeframes to get insights into your energy performance over time.

Understanding Performance

Efficiency Metrics: Pay attention to efficiency ratings, such as how much energy is stored versus what is used.
Backup Status: Know when the Powerwall is in backup mode, providing energy during outages.

Consult Resources

User Manual: Refer to the Powerwall user manual for detailed information on specific features and settings.
Product Support: If you have questions or experience issues, don’t hesitate to reach out to our Product Support team on (03) 7037 0191

By regularly monitoring these aspects through the Tesla app, you can better understand your Powerwall’s performance and make informed decisions about your energy usage.

What Do The Lights Mean On The Tesla Powerwall 3

The status lights on the Tesla Powerwall are on the unit’s right-hand side as a single LED strip. Here’s a quick overview of what the different lights mean:

Solid ON: Powerwall enabled/Communication with Gateway

Flashing ON: Powerwall enabled/No communication with Gateway.

Pulsing ON: Powerwall enabled and charging or discharging

No Light: The Powerwall may be powered off or experiencing a problem. Check the power connections.

These status lights help you quickly assess the condition of your Powerwall and take action if needed.

How Do I Connect My Tesla Battery To Wi-Fi?

Connecting your Tesla Powerwall to Wi-Fi is essential for monitoring and managing your system. Here’s how to do it:

Prepare Your Wi-Fi Network

Ensure Compatibility: Ensure your Wi-Fi network is operational and within range of the Powerwall.
Check the Password: Have your Wi-Fi network name (SSID) and password ready.

Access the Powerwall Settings

Open the Tesla App: Launch the Tesla app on your smartphone.
Select Your Powerwall: Tap on your Powerwall from the app’s home screen to access its settings.

Go to Wi-Fi Settings

Find Settings Menu: In the Powerwall interface, navigate to the settings or configuration menu.
Select Wi-Fi Settings: Find the option to connect to Wi-Fi or network settings.

Choose Your Wi-Fi Network

Scan for Networks: The Powerwall will scan for available Wi-Fi networks.
Select Your Network: Tap on your Wi-Fi network from the list.

Enter the Password

Input Password: Enter your Wi-Fi password accurately. Ensure there are no typos or case sensitivity issues.
Confirm: Submit the password to connect.

Confirm Connection

Connection Status: Wait for a confirmation that the Powerwall has successfully connected to the Wi-Fi network.
Check the App: You should see the connection status updated in the app.

Troubleshooting (if necessary)

Weak Signal: If the connection fails, consider using a Wi-Fi extender.
Restart the Powerwall: If issues persist, try restarting the Powerwall and repeating the connection process.

By following these steps, you can successfully connect your Tesla Powerwall to Wi-Fi, allowing you to monitor and manage your energy usage effectively.

How Do I Reset My Tesla Powerwall Battery?

Resetting your Tesla Powerwall can help resolve minor issues or refresh the system. Here’s how to do it:

Access the Powerwall

Locate the Powerwall: Go to your Powerwall unit.

Perform the Reset

Press and hold the reset Button: Find the reset button on the Powerwall. Using a pointed object (like a pen), press and hold the button for about 10 seconds.
Release the Button: After 10 seconds, release the button.
The system will now be OFF.

Power On the System

Turn On the Powerwall: After the reset, turn the Powerwall back on

Monitor the System

Check Indicators: Watch the status lights on the Powerwall to ensure they are operating normally. You can also check the Tesla app for any alerts or updates.

Consult the App (if needed)

Check for Issues: If the Powerwall doesn’t function as expected after the reset, consult the Tesla app for troubleshooting information or error messages.

By following these steps, you should be able to successfully reset your Tesla Powerwall.

What To Do If You Forget Your Login Details For The Tesla App

If you’ve forgotten your login details for the Tesla app, don’t worry! Here’s how to reset your password:

Open the Tesla App: Launch the app on your smartphone.
Select “Forgot Password?“: Click the “Forgot Password?” link on the login screen.
Enter Your Email: Provide the email address linked to your Tesla account.
Check Your Email: Look for an email from Tesla with instructions to reset your password.
Follow the Instructions: Click the link in the email and follow the prompts to set a new password.

Why Has My Battery Been Installed But Not Turned On?

In Victoria, once your solar battery system has been installed, a thorough inspection process takes place to ensure the system is installed safely and meets regulations. This is done to maintain high standards in the industry and also helps provide peace of mind to homeowners like yourself.

In the weeks after your battery is installed, an independent inspector will visit your property to conduct this inspection.

They will turn your battery on once they are satisfied that your system meets these regulations.

Please note, this process is specific to Victorian customers.

The Tesla Powerwall 3 offers a seamless way to manage your home’s energy, but understanding its features is key to maximising its potential. If you have any questions, please contact our Product Support team at (03) 7037 0191.

December 10, 2024/by Solar Battery Group

Tesla Powerwall 3: Transforming Home Energy Storage Solutions

News, Solar Batteries

As renewable energy continues redefining how we power our homes, the Tesla Powerwall 3 is a game-changer in home energy storage. Building on its predecessors’ success, the Tesla Powerwall 3 has cutting-edge features to maximise energy independence and sustainability.

Whether you’re already harnessing solar power or exploring options to reduce your reliance on the grid, keep reading to learn what makes the Tesla Powerwall 3 stand out.

Why Choose the Tesla Powerwall 3?

The Tesla Powerwall 3 caters to growing energy needs with enhanced storage capacity, seamless integration, and improved efficiency while supporting the shift towards a greener future. Here’s how it stands out:

Higher Storage Capacity:

The Tesla Powerwall 3 offers a larger energy storage capacity than previous models, allowing households to store more solar energy for nighttime use or during power outages.

Compact, Sleek Design:

Despite its increased capabilities, the Tesla Powerwall 3 is designed to be more compact and stylish, making it an easy fit for any home.

Efficiency and Durability:

Its advanced technology ensures minimal energy loss during storage and retrieval, delivering reliable performance even in harsh conditions.

Whether you’re a small household or have a growing energy demand, the Tesla Powerwall 3 is designed to scale.

Key Features of the Tesla Powerwall 3

Enhanced Energy Independence

The Powerwall 3 allows homeowners to optimise their use of solar energy, significantly reducing dependence on the traditional power grid. This is particularly important as electricity rates continue to rise and grid reliability fluctuates.

Scalability for Future Needs

Whether you’re a small household or have a growing energy demand, the Tesla Powerwall 3 is designed to scale. You can connect multiple units to create a customised energy storage system that evolves with your needs.

Seamless Integration

The Tesla Powerwall 3 is compatible with various solar systems and effortlessly integrates into Tesla’s ecosystem, including its solar panels and EV charging solutions. The intuitive Tesla app provides real-time monitoring and control over energy usage.

Backup Power in Emergencies

Unpredictable weather and grid outages are becoming more frequent. The Powerwall 3 ensures an uninterrupted power supply during blackouts, keeping your home running when it matters most.

The Environmental Impact of Tesla Powerwall 3

Investing in the Tesla Powerwall 3 is more than just a financial decision—it’s a step toward sustainability. Homeowners can significantly reduce their carbon footprint by maximising renewable energy use and reducing reliance on fossil fuels. With its extended lifespan and recyclable materials, the Powerwall 3 contributes to Tesla’s mission of creating sustainable energy solutions for the planet.

Is the Tesla Powerwall 3 Right for Your Home?

The Tesla Powerwall 3 is ideal for homeowners who:

Have solar panels or plan to install them soon.
Want to reduce their electricity bills and reliance on the grid.
Need a reliable backup power source for emergencies.
Are committed to sustainable and environmentally friendly energy practices.

Monitor & Understand The Tesla Powerwall 3

Maximise the Benefits with Professional Installation

Professional installation is key to fully leveraging the capabilities of the Tesla Powerwall 3. Our team at Solar Battery Group specialises in designing and installing energy storage solutions that fit your unique needs.

The Tesla Powerwall 3 is more than a home energy solution—it’s an opportunity to take control of your energy future. With its advanced features, sleek design, and commitment to sustainability, the Tesla Powerwall 3 is setting new standards in energy storage.

Ready to make the switch? Contact Solar Battery Group or request a call back today to learn how the Tesla Powerwall 3 can transform your home energy system and unlock unparalleled benefits.

December 6, 2024/by Solar Battery Group

From Sun to Storage With a Solar Battery

News, Solar Batteries

Harnessing the power of the sun has never been more accessible or more impactful than it is right now.

Solar energy isn’t just about panels on rooftops anymore—it’s about transforming sunshine into reliable, cost-effective energy you can use anytime, day or night. This is where solar batteries come in, taking solar power to the next level by storing excess energy when needed.

If you’ve ever wondered how solar batteries work, how they save you money on your electricity bills, and how they can transform your home, let’s chat about it.

What Is a Solar Battery?

A solar battery is an energy and, therefore, money-saving addition to any solar PV system. When your solar panels produce more electricity than your household needs during the day, that extra energy is typically sent back to the grid. While this can earn you small financial credits, it doesn’t always maximise the value of your solar investment. Instead, a solar battery stores this surplus energy so you can use it later, such as during the evening or in a power outage. It’s an incredibly smart investment and can solve all your energy needs, allowing you to make the most out of every ray of sunshine that hits your panels.

This independence shields you from rising electricity prices and gives you more control over your household energy use.

Why Should You Add a Solar Battery?

Adding a solar battery to your home’s solar system has several transformative benefits. First, it provides energy independence. With a solar battery, you’re not solely relying on the grid for power. Instead, you can use the energy you generate and store, reducing—or even eliminating—your dependence on traditional energy providers. This independence shields you from rising electricity prices and gives you more control over your household energy use.

Solar batteries also protect against blackouts. Extreme weather events like summer storms or heat waves can lead to power outages, leaving homes without electricity when needed most. With a solar battery, your home can stay powered, keeping essential appliances like refrigerators, medical devices, and Wi-Fi running smoothly. This reliability offers peace of mind and a sense of security that’s hard to put a price on.

Another major benefit is the ability to maximise your solar investment. Without a battery, your solar panels’ excess energy during the day is sent back to the grid, often for minimal financial return. By storing that energy in a battery, you can use it during peak electricity demand times, when grid power is more expensive. This significantly improves the return on investment for your solar system and ensures you’re making the most of your clean energy.

Solar Batteries and Environmental Impact

Beyond financial and practical benefits, solar batteries make a meaningful impact on the environment. By reducing your reliance on grid electricity—which is often generated from fossil fuels—you’re actively cutting your home’s carbon footprint. This means that every kilowatt-hour of solar power you store and use contributes to a cleaner, greener future. For those committed to sustainability, a solar battery is essential for embracing renewable energy and reducing your impact on the planet.

With energy prices continuing to rise, there’s never been a better time to invest in solar storage.

Choosing the Right Solar Battery

Not all solar batteries are created equal, so selecting the right one for your home is important. Key factors to consider include:

Storage Capacity:

This determines how much energy the battery can hold. Batteries with greater capacity may benefit larger households or those with higher energy needs.

Power Output:

The rate at which the battery delivers stored energy is crucial for meeting peak energy demands.

Lifespan:

The durability and performance of the battery over time are important for long-term cost-effectiveness.

Compatibility:

Ensure the battery integrates seamlessly with your existing solar panels and inverter.

Working with an experienced installer ensures you find the perfect solution tailored to your energy needs and lifestyle.

Contact a solar battery expert

Real-Life Benefits of Solar Batteries

The real-world advantages of solar batteries can’t be overstated. Take Sarah and Tom, for example. They installed a solar battery in their family home after years of frustration with rising electricity bills. Before the upgrade, their summer energy costs would skyrocket as their air conditioning ran around the clock. Now, they store surplus energy during the day and use it to power their evenings, significantly reducing their bills. On top of that, they no longer worry about blackouts during summer storms. Their solar battery has been a game-changer for them, bringing financial savings and peace of mind.

Is It Time to Make the Switch?

If you’ve already invested in solar panels, adding a solar battery is the next step to truly harness the power of the sun. For those new to solar, installing panels and a battery together ensures a seamless system that works for you around the clock.

With energy prices continuing to rise, there’s never been a better time to invest in solar storage.

At Solar Battery Group, we’re passionate about helping home and business owners embrace renewable energy. From selecting the right battery to professional installation and accessing a solar battery incentive where eligible, we’re here to guide you every step of the way. Let us help you move from sun to storage and into a future of energy independence and savings.

Ready to transform your home’s energy future? Request a call-back today and find out how a solar battery can unlock the full potential of your solar system. Make the most of every ray of sunshine and take control of your energy with Solar Battery Group.

November 27, 2024/by Solar Battery Group

Understanding The Eveready Energy Vault Solar Battery

News, Solar Batteries

The Eveready Energy Vault Solar Battery is a popular choice for homeowners and businesses seeking to store and manage solar power effectively. With cutting-edge technology, it is a powerful yet affordable solution to all of your energy needs.

What Is the Eveready Energy Vault Solar Battery?

The Eveready Energy Vault Solar Battery is a high-performance energy storage solution that complements solar power systems. It works by storing the excess energy your solar panels generate during the day, allowing you to use it later when the sun isn’t shining—such as at night or during cloudy weather. This reduces your reliance on the electricity grid and helps you achieve greater energy independence.

The Energy Vault is built to withstand the demands of modern households and businesses, offering a blend of durability, efficiency, and affordability. It’s also equipped with intelligent energy management features, making monitoring and optimising your energy usage easier than ever.

Before you can efficiently monitor and manage your energy, you’ll need to familiarise yourself with some key terms.

Key Terms To Help You Understand Your Solar Battery

Solar (PV):

This is a measurement of the energy produced by your rooftop solar system. You use this energy to power your home and charge your batteries. This will vary depending on the time of year and the weather conditions.

Export:

In the same way you buy energy from the grid, you can also sell energy to the grid, for which your energy retailer will pay you a small credit. Once your battery is fully charged, any energy you don’t use in the home will be exported back to the grid.

SOC (Battery State of Charge):

This shows how much charge is currently stored in your battery, expressed as a percentage. For example, 100% means your battery is fully charged, while 30% is almost empty. There is a small amount of power reserved (usually around 15%) to maintain long-term battery health.

Load:

This is the amount of energy you consume in the home at any given time. This energy can be provided by your solar panels, your battery, the grid, or a combination of these. Load will vary throughout the day, for example, when you run your kettle or use your air conditioner.

Once your battery is empty, any energy that you consume will be purchased from the grid at the rate set by your energy retailer.

Import:

This shows the amount of energy you purchased from the grid and will usually follow a similar pattern to your load value. Once your battery is empty, any energy that you consume will be purchased from the grid at the rate set by your energy retailer. This may vary depending on the time of day if you are on a Time of Use tariff. If you are unsure about your energy tariff or your current energy plan, please refer to your electricity bill.

Battery Charge/Discharge:

The charge/discharge data provides insights into how your battery operates throughout the day. It shows the rate at which the battery stores energy when there’s excess solar power available. Similarly, it displays how the battery discharges its stored energy to support your home’s usage during times of demand. This feature helps you understand and optimise your energy consumption effectively.

Self-Consumption:

Self-consumption refers to how much of your home’s energy needs are met by your solar system, including your solar panels and battery discharge. The app calculates an overall percentage of how effectively your system covers your energy usage. This percentage is a valuable indicator of your daily progress toward becoming self-sustainable with your energy needs.

How Do I Monitor The Eveready Energy Vault Solar Battery Performance?

By actively monitoring your Eveready Energy Vault solar battery, you can monitor its health, ensuring a longer lifespan and helping you get the most out of your investment.

Now you know all the key terms, you can view and interpret the data in the Eveready Energy Vault app.

Figure 1—Home page: This page shows a real-time power diagram. The image depicts the direction of energy being used to power the home, charge the battery, or import from the grid.

Figure 2—Statistics: This depicts a statistical diagram in adjustable intervals. You can view the graph as either a day of the month, month of the year, or year since installation. Using this graph can help you gain a greater overview of the total energy data in a specified period of time, which can be useful when you want a comprehensive overview of your historical energy data.

All of your solar battery data can be displayed on the home page as a real-time diagram, or you can view historical information through the Statistical Diagram. This can help you understand your battery’s performance over time and your expected savings.

This information is captured through metering equipment we have installed at the back of your switchboard. We do our best to ensure that the data provided is as accurate as possible; however, depending on the layout of your property, this may not always be feasible. If you have concerns about your data, please contact our Product Support team at (03) 7037 0191 to discuss.

Eveready Energy Vault Solar Battery FAQs

What Do The Lights Mean On My Battery?

There are three lights located directly to the left of the percentage on the display screen of the battery. These lights in sequence will indicate different signs of operation of your battery. Please see below for the various working statuses to look out for:

Green Lights Bottom to Top: This will indicate that the battery is discharging its stored power. At this point, refer to the percentage displayed to the right of these lights to measure the current State of Charge available in the battery

Green Lights Top to Bottom: This will indicate that the battery is charging up. At this point refer to the percentage displayed to the right of these lights to measure the current State of Charge available in the battery.

Red flashing LED every 1 second: This will indicate system standby mode

Solid Red LED always on: There is a fault present with your battery. We encourage you to reboot using the guide found under ‘I think my battery has a fault. What do I do?’ Should the fault persist, you may get in contact with our Product Support team on (03) 7037 0191 so we can help.

Alternating Green and Red flashing of the LEDs: Firmware is being upgraded.

How Do I Reset My Eveready Battery?

If you have any reason to believe that your system is faulty, it never hurts to restart your battery. This can be completed using the steps listed below in that specific order.

Step 1: Turn off Battery

If blackout protection has been installed as an addition to the system. Start by heading to the switchboard and locating the switch labelled as UPS circuit, this may be an orange switch, start by turning this switch off
Press and hold the battery power button on the primary/secondary unit, until the power button loses its blue illumination. The power button is located on the right-hand side of the unit, directly below the Clear box labelled as ‘Battery Switch’ and is Silver (when on, the button will be illuminated blue).

Turn OFF battery side circuit breaker located in the clear plastic casing (This box will include 1 black screw which should be unscrewed (do not need to come all the way out) and a white plastic horseshoe shaped tab which will open if pressure is applied downwards). This will be labelled as ‘Battery Switch’. This switch should now be facing down.
Turn OFF Energy Storage AC isolator- located within 1 metre of the battery of the wall. This will be of an off-white colour
Turn OFF Main Switch Energy Storage – located in your main switchboard. This switch will be either orange or grey.

Whether reducing energy costs or enhancing your sustainability efforts, this battery system is designed to meet your needs.

Step 2: Turn on Battery

Turn ON Main Switch Energy Storage – located in your main switchboard. This switch will be either orange or grey.
Turn ON Energy Storage AC isolator- located within 1 metre of the battery of the wall. This will be of an off-white colour
Turn ON battery side circuit breaker located in the clear plastic casing (This box will include 1 black screw which should be unscrewed (does not need to come all the way out) and a white plastic horseshoe shaped tab which will open if pressure is applied downwards). This will be labelled as ‘Battery Switch’. This switch should now be facing upwards
Turn ON each battery unit by pressing and holding the silver Battery button located on the right-hand side of the unit. (until blue illumination reappears) **(If multiple battery units installed, please turn them ON is descending order within 10 seconds of each other) **

By understanding the key terms, monitoring features, and troubleshooting processes outlined here, you can maximise the performance and lifespan of your Eveready Energy Vault Solar Battery. Whether reducing energy costs or enhancing your sustainability efforts, this battery system is designed to meet your needs.

If you have further questions or need assistance, visit our website’s ‘Support’ page or contact our Product Support team at (03) 7037 0191. Take charge of your energy future with the Eveready Energy Vault Solar Battery today!

November 19, 2024/by Solar Battery Group

Why Solar Power Is The Future For Australian Homes & Businesses

News, Solar Batteries

In this modern age, more Australian homes and businesses are actively seeking sustainable solutions to create a more eco-friendly environment. This extends to energy.

With Australia’s abundant sunshine, solar power can transform rooftops into power stations that deliver clean, renewable energy to households and commercial spaces alike.

Transitioning to a sustainable energy source like solar power offers Australian homes and businesses a wide range of impactful benefits. Before we explore them, let’s further discuss:

Solar power helps reduce carbon footprints, protect against rising energy costs, increase energy independence, and enhance property value.

Why Install Solar Power?

Installing a solar PV system and pairing it with solar battery storage offers undeniable benefits beyond simply reducing reliance on the grid.

Solar power helps reduce carbon footprints, protect against rising energy costs, increase energy independence, and enhance property value. As a renewable resource, solar presents a future-proof solution that meets today’s demands without compromising tomorrow’s resources.

The Benefits of Solar Power

Reduce Electricity Costs

One of the primary drivers behind the shift to solar power is the potential for long-term financial savings. Electricity costs in Australia have been rising and are expected to increase further as we move into 2025.

By investing in solar panels and storage batteries, homes and businesses can stabilize and even eliminate monthly energy bills. Solar power systems allow Australians to harness free, abundant energy from the sun, while solar batteries store excess power for use during nighttime or cloudy days, maximising cost efficiency.

Energy Independence

During blackouts or grid failures, homes and businesses with solar and battery systems can continue to power essential devices and systems. This reliability is especially valuable in areas prone to extreme weather events, where electricity disruptions are more frequent.

Climate Friendly

Adopting solar power is a powerful way to combat climate change. Solar energy produces no greenhouse gases, making it one of the cleanest energy sources available. By reducing reliance on coal-fired power, Australians can directly reduce their carbon footprint and contribute to a more sustainable planet.

Increased Property Value

Installing solar panels can increase property value. Homebuyers are increasingly drawn to eco-friendly, energy-efficient homes with lower operating costs, making solar-powered homes more attractive on the market. This investment not only reduces energy bills but also adds long-term value, benefitting property owners when it’s time to sell.

While solar power may seem like a significant investment, the Australian Government provides various options to help homeowners and businesses make it more accessible.

Australians, in particular, are in a prime position to harness the abundant sunshine they’re blessed with.

Government Incentives and Financial Support

The Australian government supports renewable energy initiatives and offers several incentives to help households and businesses transition to solar power. Programs like The NSW Battery Incentive provide more accessible options for solar power and battery storage, reducing initial costs and helping Australians maximize their solar investment.

How To Access The NSW Battery Incentive

News, Solar Batteries

The NSW Government is launching the NSW solar battery rebate on November 1st, 2024, as part of the Peak Demand Reduction Scheme (PDRS).

The PDRS program will allow homes and businesses with existing solar PV systems to maximise energy efficiency and reduce electricity costs by installing battery storage and connecting to a Virtual Power Plant (VPP).

This guide offers a step-by-step guide on how to access the NSW battery incentive, equipment requirements, and how the PDRS supports the program.

But first:

What Is Included In The NSW Battery Incentive?

Eligible NSW homes and businesses may save up to $2,400 off the upfront installation costs of a battery (solar battery size dependent). You can also claim an additional $250-$400 for connecting the solar battery to a VPP.

This incentive aims to create a more reliable and stable electricity grid while reducing fossil fuel use during peak periods. It will also contribute to reducing emissions and achieving the state’s goal of creating a net zero percent emission by 2050.

Eligibility Requirements For The NSW Battery Incentive

To be eligible for the NSW Battery Incentive, these are the requirements:

You must already have a solar PV system installed
The battery choice must be within a capacity of 2 kWh – 28 kWh
Your battery installer needs to be an approved supplier under the Accredited Certificate Provider (ACP)

Luckily for NSW residents and businesses, the incentive’s requirements are quite broad. However, it is worth noting that these incentives will only be available for batteries installed from November 1st, 2024.

Working with a quality installer means the battery selected will meet the specific performance standards

How To Access The NSW Battery Incentive

Verify Your Eligibility

To be eligible, you must be a home or business owner in NSW with an existing rooftop solar PV system that complies with relevant standards and regulations.

Choose an Accredited Installer

As we mentioned above, to be eligible, you must confirm that your installer is partnered with an accredited certificate provider. Solar Battery Group is partnered with an ACP, meaning we are able to start providing customers with the incentive from November 1st. You can contact the team at Solar Battery Group for a no-obligation chat. Or request a callback at a time that suits you here.

Battery Selection

Working with a quality installer means the battery selected will meet the specific performance standards, such as warranty and capacity requirements, and ensure that it’s compatible with your existing inverter. Solar Battery Group can help guide this process and meet all compliance requirements.

Start saving with a solar battery

Complete Required Documentation

As with any incentive program, there will be required paperwork to complete to allow you to make the claim. In this case, you must sign a nomination form allowing the ACP to claim the incentive on your behalf. After completing this step, finalising your installation contract and submitting the paperwork will secure your incentive. With Solar Battery Group, you can rest assured that we’ll handle all the paperwork for you, allowing us to apply the incentive directly at the point of sale.

And lastly,

Schedule Installation

Once documentation is complete, we will arrange a date for installation. Your installer will manage the necessary connections with your network provider and electricity retailer to activate your battery system.

Battery Equipment Requirements

Approved Equipment List

Batteries must appear on the NSW-approved product list that will be released closer to the incentive start date.

Storage Capacity

Batteries must have a usable storage capacity between 2 kWh and 28 kWh, as verified on the approved list.

Connectivity and Control

The equipment should be internet-connectable and controllable, allowing you to manage and program the system.

10-Year Warranty

The solar battery must carry a 10-year warranty, guaranteeing at least 70% usable capacity retention after this period. Warranty specifics should include conditions for “normal use,” such as:

Temperature Range: Operation within -10°C to 50°C.
Warranted Throughput: A minimum of 3.65 MWh per kWh of usable battery capacity over its lifespan.

Understanding the Peak Demand Reduction Scheme (PDRS)

The NSW battery incentive operates under the Peak Demand Reduction Scheme (PDRS), which is designed to reduce strain on the electricity grid by promoting energy storage systems. Here’s what you need to know about how the PDRS works:

Peak Reduction Certificates (PRC)

Installing an eligible battery allows the installer to claim Peak Reduction Certificates. These certificates play a critical role in balancing energy demand and reducing peak loads on the grid.

Role of Accredited Certificate Providers (ACP)

Accredited Certificate Providers (ACPs) work alongside installers to manage the certificates required for the incentive. They ensure compliance with scheme requirements and handle the documentation for auditing purposes.

Scheme vs. Rebate

Unlike traditional rebates, the PDRS incentive is applied at the point of sale. This means that your installer will provide the discount upfront, in partnership with an ACP, by claiming the Peak Reduction Certificates.

Duration of the Scheme

The PDRS is scheduled to run until 2030. It encourages the long-term adoption of energy storage systems and contributes to sustainable energy goals across NSW.

With straightforward eligibility requirements, this initiative makes adopting battery storage more accessible than ever.

Benefits Of Claiming The NSW Battery Incentive

Maximise Solar Power

Installing a battery allows households and businesses to store surplus solar energy generated during the day for use at night, reducing their dependence on grid electricity.

Increase Grid Stability

The widespread use of batteries will enhance grid stability and reliability by supplying backup power and easing pressure during peak demand periods.

Reduce Electricity Bills

Using stored solar energy, homes and businesses will experience lower electricity costs, especially during peak demand times.

The NSW Battery Incentive, coming this November, is an incredible opportunity for households and businesses to maximise their solar energy use, reduce electricity bills, and contribute to a more sustainable future.

With straightforward eligibility requirements, this initiative makes adopting battery storage more accessible than ever.

Now is the time to take action. Contact Solar Battery Group and speak with an accredited installer to explore your options.

November 1, 2024/by Solar Battery Group

47% Spike in Electricity Costs Coming: What You Can Do Now

News, Solar Batteries

PSA: Electricity prices are predicted to increase by up to 47% between now and 2025!

Homeowners across Australia are bracing for increased energy bills as state and federal government assistance is set to expire. With almost a 50% rise on the horizon, homeowners must explore ways to mitigate the impact on their household budget.

One of the most effective solutions is investing in a solar battery system. By generating and storing your energy, you can protect yourself from rising costs while embracing a more sustainable lifestyle.

In this blog, we’ll cover the expected reasons behind the electricity bill increase and provide actionable steps you can take to lower your expenses, including the benefits of solar batteries and other energy-saving tips.

Out-of-pocket electricity costs would have increased by 29 per cent nationally since June 2022 without state and federal government intervention

Why Are Electricity Prices Rising?

There are a number of factors contributing to the anticipated 47% rise in electricity bills. These include:

Increased Demand: As more people use electric devices, including EV chargers and air conditioning systems, the overall demand for electricity continues to climb, putting a strain on the grid.

Energy Supply Shortages: Recent disruptions in energy supply, such as reduced coal production and geopolitical tensions affecting natural gas availability, have led to higher energy production costs, which are passed on to consumers.

State & Federal Government Assistance Expiring: Until early 2025, homeowners won’t bear the full weight of their electricity bills as state and government assistance will still be in effect. An article written by the Financial Review explains, “Out-of-pocket electricity costs would have increased by 29 per cent nationally since June 2022 without state and federal government intervention, according to the Australian Bureau of Statistics. Bills have instead declined by 5.3 per cent on average due to the rebates.”

However, with these rebates set to expire, homeowners will begin to feel the pressure as early as October 2024.

How Solar Batteries Can Shield You From Rising Costs

With rising energy prices, a solar battery can act as a financial lifesaver. Here’s how:

Energy Independence: By installing solar panels and a battery, you can generate your own electricity during the day and store any excess energy for use at night. This drastically reduces your reliance on the grid, allowing you to avoid peak rates.

Reduce or Eliminate Electricity Bills: Solar battery systems can significantly reduce or even eliminate your electricity bills, especially if you generate more energy than you consume.

Maximising Solar Potential: Without a solar battery, any excess energy you produce is sent back to the grid, often at lower buyback rates. A battery allows you to store and use that energy when it’s most beneficial.

Protection from Future Rate Hikes: With electricity prices predicted to continue rising, installing a solar battery now helps you lock in lower energy costs and reduce your vulnerability to future price increases.

Start saving with a solar battery

Other Energy-Saving Tips to Prepare for the Surge

In addition to investing in solar battery storage, here are some other ways you can reduce your energy consumption and keep costs in check:

Upgrade to Energy-Efficient Appliances: Switch to energy-efficient appliances that consume less electricity.

Monitor Your Usage: Use smart meters and apps to track your electricity usage in real-time. This will allow you to identify energy drains and adjust your habits accordingly.

Improve Home Insulation: Proper insulation can reduce heating and cooling energy costs by preventing air leaks and maintaining a stable indoor temperature.

Install Solar Panels: If you don’t already have solar panels, now is the perfect time to consider them. Combining solar panels with a battery can maximise your energy savings and offer the highest return on investment.

Time Your Energy Use: Run major appliances during off-peak hours when electricity rates are lower. Many energy providers offer time-of-use pricing plans to encourage this.

A 47% spike in electricity bills is no minor issue. Still, you can minimise its impact on your household budget by taking proactive steps.

Why You Should Act Now

While the rise in electricity prices may feel like a distant issue, planning ahead can make a world of difference for your finances. By investing in a solar battery system now, you can shield yourself from the upcoming rate hike and set yourself up for long-term energy savings. The sooner you act, the more prepared you’ll be for what’s to come.

Solar Battery Group offers customised solar battery solutions and monitoring plans to fit your home’s unique needs. Our experts can help you design a system that maximises energy efficiency and saves money.

A 47% spike in electricity bills is no minor issue. Still, you can minimise its impact on your household budget by taking proactive steps.

Contact Solar Battery Group or request a call back today to learn how we can help you future-proof your energy costs and embrace a more sustainable, cost-effective lifestyle.

October 11, 2024/by Solar Battery Group