Transitioning to solar energy is a smart decision for first-time homeowners in Australia. With increasing energy costs and a growing focus on sustainability, harnessing solar power can provide significant financial savings and environmental benefits. This beginner solar guide will help you understand the essentials of solar power, from installation to long-term advantages, empowering you to make the most informed choice. 

Let Energy Matters guide you through this journey to clean, cost-effective energy solutions for your home. Energy Matters is one of Australia’s most trusted solar quotes due to our high customer satisfaction and industry recommendations. Our team of solar experts can help you get up to 3 FREE solar quotes from pre-qualified and vetted solar firms in your area.

Why first-time homeowners should consider solar energy

If you’re a solar first-time homeowner, understanding the benefits of solar energy can help you build a sustainable and affordable household. Solar power systems are a long-term investment that provides free electricity, reduces your dependence on the grid, and increases the value of your property. For many Australians, switching to solar has become a priority due to rising power bills and environmental concerns.

In addition to savings, government incentives and rebates can reduce the initial cost of your solar system. By installing solar panels early in your homeownership journey, you can lock in lower energy costs for decades.

Solar basics for new buyers

Before investing in solar energy, new buyers must understand the basics of solar energy. Here’s a breakdown of the key components:

1. Solar panels

Solar panels capture sunlight and convert it into electricity. The two most common types are Monocrystalline and Polycrystalline:

2. Solar inverters

Solar inverters convert the DC (direct current) electricity generated by solar panels into AC (alternating current) electricity, which powers your home. When selecting an inverter, consider efficiency, size, and warranty.

3. Solar batteries

Solar battery storage systems store excess energy generated by your system when the sun isn’t shining. While not essential, they are becoming increasingly popular for energy independence and backup power.

Use Energy Matters’ easy-to-use solar power and battery storage calculator to determine the size of your solar system with storage! Our solar calculator will generate performance information and potential savings. 

We can send this information to 3 of our pre-vetted and trusted local installers in your area to receive obligation-free solar quotes.

4. Net metering systems

A net metering system helps monitor the energy your panels generate and how much you consume. Smart meters allow you to track this in real time, helping you optimise your energy use.

5. Grid-tied vs Off-grid systems

The choice between off-grid and grid-tied solar systems is crucial. You can select the solar system type that best fits your needs and lifestyle by being aware of the variations between these types.

• Grid-tied systems: These systems are connected to the energy grid, allowing you to sell excess energy back to your electricity provider.
• Off-grid systems: Ideal for remote areas, these systems operate independently, requiring batteries for energy storage.

Understanding these solar basics for new buyers will give you the confidence to evaluate options and choose the right system for your new home. Check our page for our recommended solar products.

Embrace the energy efficiency revolution by upgrading your solar systems and adding a battery or solar inverters with Energy Matters. Energy Matters helps Australian home and business owners receive personalised solar quotes through our large network of high-quality solar installers.

With our 3 free solar quotes, you can compare plans from pre-qualified and vetted installers in your area and find the perfect solution for your home and business.

Benefits of solar energy for first-time homeowners

Investing in solar offers numerous benefits for solar first-time homeowners:

1. Reduced energy bills: Solar power can slash your electricity costs by up to 70%.
2. Environmental impact: Solar energy is clean and renewable, helping reduce carbon emissions.
3. Increased property value: Homes with solar systems are more attractive to buyers.
4. Energy independence: Solar batteries allow you to store power and reduce reliance on the grid.
5. Government incentives: Financial incentives make solar systems more affordable.

Choosing the right solar system for your needs

Selecting the right solar system for a solar first-time homeowner can seem overwhelming, but breaking it down into steps can simplify the process.

1. Assess your energy needs

Start by evaluating your household’s electricity consumption. Check your energy bills to determine your average kilowatt-hours (kWh) usage. This will help you decide the size of your solar system. Check our page to learn more about How to Calculate Your Solar Power Effectively: A Step-by-Step Guide.

2. Roof suitability

Ensure your roof is suitable for solar panels:

• Orientation: North-facing roofs receive the most sunlight in Australia.
• Shading: Avoid areas with significant shading from trees, buildings, or chimneys.
• Condition: Older roofs may require repairs before installation.

3. Consider future energy needs

Plan for future growth, such as adding electric vehicles and appliances or expanding your family. Installing a slightly larger system now can save costs later.

Powering up your EV with solar

If you plan to purchase an EV, integrating an EV charger into your solar system is a great way to “fuel” your car with clean, renewable energy.

4. Research solar providers

Work with reputable solar providers to compare quotes and product warranties. Look for Clean Energy Council (CEC) accredited installers to ensure quality and reliability.

Solar installation process: What solar first-time buyers need to know

Step 1: Assess your solar needs

• Roof orientation and shading: The orientation of your roof and any potential shading from trees or buildings will impact the system’s performance.  
• Energy consumption: Analyze your monthly energy bills to determine your energy needs and the size of the solar system required.  

Step 2: Choose a reliable solar installer

• Research and recommendations: Seek recommendations from friends, family, or online reviews.
• Qualifications and experience: Ensure the installer is certified and has a proven track record.
• Warranty and maintenance: Inquire about the warranty coverage for the system and any maintenance agreements.

Step 3: Obtain necessary approvals

• Building permits: You may need to obtain permits from your local council.
• Grid connection: Coordinate with your electricity provider to connect your solar system to the grid.  

Step 4: Solar system installation

• Roof mounting: The solar installer will securely mount the solar panels to your roof.  
• Wiring and connections: The panels will be connected to the inverter, which will, in turn, connect to your home’s electrical system.
• System testing: The installer will thoroughly test the system to ensure optimal performance.

Step 5: Monitor and maintain your solar system

• Regular monitoring: Use a solar monitoring system to track your system’s performance and energy production.  
• Professional maintenance: Schedule regular solar panel maintenance checks to identify and address issues.

Tips for maintaining your solar system

A solar system requires minimal maintenance, but following these tips will ensure long-term efficiency:

• Clean panels regularly: Dust, dirt, and bird droppings can reduce efficiency. Clean solar panels twice a year or hire professionals.
• Monitor system performance: Use apps or smart meters to track energy generation.
• Schedule inspections: Inspect your system annually to identify and fix any issues.

Understanding solar costs and incentives

For first-time homeowners, understanding the cost of solar is critical. Here’s what you need to know:

Upfront costs

The cost of a solar system depends on its size, components, and installation. A standard 6.6kW system in Australia costs between $4,500 and $6,500.

Government rebates and incentives

The Australian government offers rebates and incentives to reduce the cost of solar installations. Programs like the Small-scale Renewable Energy Scheme (SRES) provide Small-scale Technology Certificates (STCs), which can significantly reduce upfront expenses. Additionally, some states offer rebates and zero-interest loans for solar systems.

Return on Investment (ROI)

A well-sized solar system can pay for itself in 3-5 years. As a solar first-time homeowner, you can enjoy substantial savings on electricity bills while benefiting from feed-in tariffs, which allow you to sell excess power back to the grid.

Take the first step toward solar power

Embracing solar energy as a first-time homeowner is a wise decision that offers numerous advantages. By understanding the basics of solar technology, carefully selecting a reputable installer, and following the installation process, you can harness the sun’s power to reduce your energy costs, contribute to a sustainable future, and enhance the value of your home.

Take the first step towards a brighter future with solar energy. Energy Matters is here to guide you every step of the way. Contact us today to start your journey with a customised solar solution tailored to your needs. Switch to solar – the future of clean, cost-effective energy for Australian homeowners.

The post Solar for First-Time Homeowners: A Beginner’s Guide appeared first on Energy Matters.

Australia, a sun-drenched continent, offers ideal conditions for harnessing solar energy.

However, the country’s vast geographical expanse and diverse climate mean solar performance can vary significantly throughout the year. 

As a homeowner, your role in understanding these seasonal patterns is crucial. It empowers you to optimise your solar system’s efficiency and maximise energy production.

Read more about:

• Finding the Perfect Fit: Solar System Sizing for a Single-Person Home
• Finding the Solar Sweet Spot: Choosing the Right Solar System Sizing for a Working Couple with an EV
• Finding the Right Fit: Solar System Sizing for an Aussie Family of 3 with an EV
• Powering Up Your Aussie Family of 5: A Guide to Solar System Sizing
• Choosing the Right Solar System Sizing for Retired Coupled Australians with EVs

Understanding seasonal solar performance

Australia experiences distinct seasons, each with its solar characteristics.

These variations impact seasonal energy production and your reliance on grid electricity. 

Summer: Summer is the peak period for solar energy generation. Your panels will produce maximum power with longer days and higher solar irradiance. However, increased energy consumption due to air conditioning can offset some of these gains. Read more about Summer is Coming! Will My Solar Panels Perform Better in the Heat?

Autumn: Solar production declines as days shorten and solar intensity decreases. While still efficient, you might notice a drop in energy generation compared to summer.

Spring: As days lengthen and solar intensity increases, solar energy production gradually improves. This period marks a transition between the low production of winter and the peak generation of summer.

Winter: Solar panels generate less electricity as the days shorten, and the sun’s intensity decreases. This means your solar power output will typically be lower during these colder months compared to summer.

While reduced daylight hours suggest lower overall energy consumption, this isn’t always true. Increased heating demands during winter, often met through gas or electricity, can offset any potential savings from lower solar production. However, it’s important to note that this varies depending on individual household energy usage patterns.

Tips for optimising your solar system year-round

Beyond seasonal considerations, there are general practices to enhance solar energy utilisation:

Choose high-quality solar panels

Invest in solar panels with high-efficiency ratings to maximise energy production throughout the year.

High-quality solar panel systems suggested by Energy Matters can be found on our recommended products page.

System orientation and tilt

Your solar panels’ optimal orientation and tilt angle depend on location. For most of Australia, a north-facing tilt matching your latitude is ideal. 

However, microclimates and shading factors should be considered when making decisions.

Regular panel cleaning

Dust, dirt, and debris can significantly reduce efficiency. Clean your panels regularly, especially during dry periods. A gentle water rinse is usually sufficient. 

Read more about solar panels’ cleaning and maintenance:

• Cleaning Solar Panels: Why, When, and How You Should Do It
• How Much Does Solar Panel Cleaning Cost? Factors to Consider
• Are Dirty Solar Panels Less Efficient And Do They Need Maintenance?
• The Ultimate Guide and Benefits of Hiring a Professional Solar Panel Cleaner
• The importance of cleaning your solar panels
• Solar Panels Maintenance

Consider a solar monitoring system

Invest in a solar monitoring system to track your system’s performance throughout the year. This data can help you identify potential issues and optimise energy consumption.

Energy efficiency

While not directly related to solar panels, improving your home’s energy efficiency complements your solar system. 

By reducing energy consumption with Energy Matters, you can maximise the benefits of your solar power.

Solar hot water | Heat pump hot water system

Solar hot water panels can significantly reduce your reliance on grid electricity for water heating.

However, you can install a heat pump hot water system as an alternative to a conventional solar hot water system consisting of solar panels, a collector tank mounted on a roof spring, and solar hot water. Well planned and built, a heat pump system can yield a very rapid return on investment.

Take advantage of government incentives

Stay informed about government incentives and rebates available for solar energy systems. These programs can offset the initial investment and increase your savings.

Finding the right solar incentives

The specific home solar incentives you qualify for will depend on your location, system size, and property type. To find the most up-to-date information and applicable rebates, check our pages.

• Home Solar Rebates, Incentives & Subsidies In Australia
• Solar Battery System Rebates, Subsidies, & Incentives
• Off Grid Solar Power Rebates For Remote Installations

Solar battery storage

Solar battery storage can be a valuable investment for homeowners seeking greater energy independence. Storing excess solar energy during peak consumption periods or grid outages can significantly increase self-consumption.  

Energy Matters’ recommended quality solar battery power systems such as those listed on our recommended products page.

Use Energy Matters’ easy-to-use solar power and battery storage calculator to determine the size of your solar system with storage! Our solar calculator will generate performance information and potential savings. We can send this information to 3 of our pre-vetted and trusted local installers in your area to receive obligation-free solar quotes.

Specific tips for different seasons

To maximise your solar system’s output across different seasons, consider the following strategies:

Summer

• Prioritise energy-intensive tasks during daylight hours to maximise self-consumption.
• Consider installing shading devices to protect your home and reduce cooling loads.
• Check for hotspots on your panels, as overheating can reduce efficiency.  

Autumn

• Continue to monitor your system’s performance and address any maintenance issues promptly.
• Prepare your system for winter by ensuring proper insulation and ventilation.

Winter

• Optimise your home’s insulation to reduce heating demands.
• Consider using smart thermostats to manage energy consumption efficiently.
• Take advantage of government incentives and rebates to upgrade your solar system.

Spring

• Conduct a thorough system inspection to identify any damage caused by winter weather.
• Clean your panels to remove accumulated dirt and debris.  
• Prepare for increased energy consumption as temperatures rise.

Embracing sustainable living

By understanding the nuances of seasonal solar performance and implementing these tips, Australian homeowners can significantly enhance their solar energy harvest. 

Remember, maximising your solar system’s output is not just about financial savings; it’s also a commitment to a sustainable future. By embracing solar power and adopting energy-efficient practices, you contribute to a cleaner and greener Australia.

Going solar

Are you looking to save money on your electricity bills and reduce your carbon footprint? Solar energy is the perfect solution! Energy Matters is Australia’s best solar power provider via its extensive partnership network of leading installers.

Energy Matters helps Australian home and business owners receive personalised solar quotes through our large network of high-quality solar installers. We only work with reputable solar firms with a proven track record of delivering high-quality solar systems.

The post Seasonal Solar Energy Tips for Australian Homeowners appeared first on Energy Matters.

Preparing your home for solar is important to ensure the installation goes off without a hitch. While most solar installations are straightforward, there are many instances where pre-planning is important and modifications to the home are required. In this article, we’ll look at some of the key considerations to ensure your home’s readiness for solar. Solar installation prep is usually easier than you think but some additional costs may be involved.

Assessing your home for solar suitability

The first and most crucial step to preparing your home for solar is assessing whether your home is suitable. There are a few instances where solar may not be possible:

• Apartment dwellings or high-rise buildings
• Heritage-listed homes, or other restrictions from the local government
• No access to the sun – too much shade from nearby structures
• The structural integrity of the dwelling prohibits solar installation

While these instances are rare, you may find that solar simply is not feasible for your circumstances. 

For suitable homes, you may find that modifications, repairs, or upgrades may be required to go ahead with the solar installation. The following are some possible modifications, including how likely they are to be required:

• Electrical rewiring of the home (unlikely)
• A switchboard upgrade (possible)
• Improving the structural integrity of your roof (unlikely)
• Repairing or replacing the roofing material (possible)
• Pruning or removing trees that would cast shade over the panels (likely)
• Trenching for electrical conduit (unlikely)
• Upgrading the grid connection. This will be done in concert with your DNSP (unlikely)
• Moving obstructions on the roof – pool heating, HVAC systems, Antennas, etc (possible – unlikely)
• Running conduit for future battery/EV charger installation (possible)

Detailed modifications for home readiness for solar

Let’s look at these possible modifications in detail and what you might expect to pay.

Electrical rewiring of your home

Unlikely

Rewiring a home for solar power may be necessary to ensure safety, compatibility, and efficiency. Older homes often have outdated electrical systems that might not handle the additional load from solar panels or meet current safety standards. Installing proper grounding and ensuring dedicated circuits for solar components like inverters are essential steps. These modifications help integrate the solar system effectively and comply with local building codes and electrical standards, optimising the flow of electricity and protecting the system from electrical surges.

Additionally, rewiring can be crucial when integrating battery storage systems, which store excess energy for use during low solar production or power outages. Proper wiring ensures that energy is efficiently utilised or stored, enhancing the overall performance of the solar power system. Consulting with a licensed electrician and a solar professional helps determine specific rewiring needs, ensuring the home’s electrical infrastructure is ready for the new technology.

Possible additional cost: $3,000 – $9,000

Upgrading your switchboard

Possible

Upgrading the switchboard, or electrical panel, is often necessary when installing solar panels in Australian homes to ensure safety, compliance, and system efficiency. Many older homes have switchboards that cannot handle the additional electrical load generated by a solar power system. Some switchboards simply do not have room for the additional poles (slots for circuit breakers). Modern solar installations require a switchboard that can manage bidirectional power flow, meaning it must handle electricity both from the solar panels and to the grid. Upgrading the switchboard ensures it can safely distribute this increased electrical load, preventing potential overloads or electrical faults.

Additionally, Australian electrical standards and regulations may mandate certain upgrades to the switchboard to accommodate solar systems. These regulations ensure that all components of the solar installation, including inverters and safety switches, are properly integrated into the home’s electrical infrastructure. An upgraded switchboard often includes necessary safety features, such as circuit breakers and RCDs (Residual Current Devices), to protect against electrical hazards. Ensuring the switchboard meets these standards is crucial for both passing inspections and guaranteeing the long-term safety and functionality of the solar power system.

Possible additional cost: $1,000+

Modifying the structural integrity of your roof

Unlikely

Structural modifications to your roof may be required when installing solar panels to ensure the roof can safely support the added weight and withstand environmental stresses. Solar panels and their mounting hardware add significant weight to the roof, which can be problematic for older or weaker structures. Reinforcing the roof’s framework ensures it can bear this additional load without risking damage or collapse. This may involve adding extra support beams, strengthening existing structures, or repairing any damage to the roof to provide a solid foundation for the solar installation. In rare cases, the entire roof may need replacing.

Furthermore, the roof’s design and condition can impact the efficiency and safety of the solar panels. If the roof is uneven, damaged, or made of materials that are difficult to work with, modifications may be necessary to create a suitable surface for mounting the panels. Ensuring the roof is in good condition and appropriately angled to receive maximum sunlight is crucial for optimising the solar system’s performance. Addressing these structural issues beforehand not only enhances the system’s efficiency but also extends the lifespan of both the roof and the solar panels.

Possible additional cost: $1,000 – $20,000 (depending on whether minor changes or a complete replacement is required)

Repairing or replacing the roofing material

Possible

Some roofing materials are more suitable for solar than others. Metal roofs, for example, are the easiest to affix to the mounting system for your panels. Tiled roofs, depending on what they’re made of, are generally easy to work with. You will need at least 20 spare tiles for the installation. There are instances where your roof will either need to be repaired or completely replaced before the solar installation can go ahead.

A roof made from asbestos is not suitable for solar. This will require the entire roofing material to be replaced for the installation to go ahead. The cost of this will vary greatly depending on the removal process and the material replacing the asbestos. Roofs with damage will need to be repaired before adding solar. This is to ensure that your roof is watertight and that it is compliant for warranty and insurance purposes. Repairs could be minor or extensive and will determine the overall cost.

Possible additional cost: Repairs: $200 – $5,000, Replacement: $7,500 – $85,000.

Pruning or removing trees that would cast shade over the panels

Likely

Many established homes will experience shade from nearby trees. In most instances, a simple and regular prune will ensure that your panels are free from shade. For large, established trees, extensive pruning or complete removal may need to be considered. Any shade cast on your solar panels will drastically reduce the overall performance of the system. The removal of trees may not be possible where the tree is located in your neighbour’s yard or on council property. If shading from trees on some of your panels will be an issue, and tree pruning or removal is not possible, you may wish to consider adding microinverters or power optimisers to the affected panels. 

Possible additional cost: $300 – $20,000 for tree removal

Trenching for electrical conduit

Unlikely

Trenching may be required when electrical cabling needs to run underground. This would usually occur when the solar system, or part of it, is to be placed on a detached structure, such as a shed or garage. Trenching may also be required to upgrade existing underground cabling. This is more likely to be required on rural properties.

Possible additional cost: $70 to $150 per metre

Upgrading the grid connection

Unlikely

Upgrading the grid connection for solar power may be necessary to handle the increased electrical load and ensure safe and efficient energy transfer. A typical grid connection might not be designed to accommodate the additional power generated by a solar system, especially if it involves feeding excess energy back into the grid. Upgrading the grid connection ensures that the system can manage the bidirectional flow of electricity, preventing potential overloads and ensuring compliance with local utility requirements.

Additionally, older grid connections might lack the necessary infrastructure to support modern solar technology, such as advanced metering systems or appropriate safety mechanisms. Enhancing the grid connection can involve installing new meters, upgrading circuit breakers, and ensuring the electrical panel can handle the increased capacity. These upgrades are crucial for optimising the performance of the solar system, improving energy efficiency, and ensuring the safety and reliability of the entire electrical system.

This task would usually be undertaken by your solar installer and with approval and guidance by your DNSP. 

Possible additional cost: Basic upgrades: $500 – $3,000, Extensive upgrades: $3,000 – $10,000+

Moving obstructions on the roof

Possible – Unlikely

Your solar panels will require a large, unobstructed portion of your roof. In some instances, existing structures, such as your HVAC system, exhaust vents, pool heating, solar hot water, and antennas, will need to be worked around or moved. The most common structure that is likely to be moved will be an antenna or satellite dish. These can often be moved at minimal expense and will usually be carried out by your solar installer. For larger structures, a cost-benefit analysis will take place. Moving these structures will likely involve other trades. Some structures simply cannot be moved, such as skylights, and will be worked around where practical.

Possible additional costs: HVAC system: $1,000 – $5,000, Exhaust pipes: $200 – $1,000, Pool heating systems: $1,000 – $3,000, Solar hot water system: $2,000 – $5,000, Antennas/satellites: $100 – $500

Running conduit for future battery/EV charger installation 

Possible

When you work with a solar retailer to get a quote, they will ask you questions about your future energy needs. Adding a battery storage system and/or EV charger might not be feasible or necessary now, but you might wish to add one in the future. Adding the conduit for future installation now, when your solar system is being installed, is usually far more cost-effective than adding it later. This will result in reduced labour requirements in the future and, in most cases, a simple plug-and-play for the battery/EV charger. Energy Matters highly recommends planning ahead and adding the conduit when your solar is installed. Retrofitting can present issues in the future – so please plan ahead!

Possible additional costs: Battery or EV charger conduit only: $500 – $1,500, Conduit for both: $1,000 – $3,000

Conclusion

Most homes will experience straightforward solar installations and should not require any modifications beyond the addition of the panels and inverter. Preparing your home for solar involves assessing your property and making any necessary changes to ensure home readiness for solar. Should any modifications be required, the installer will run through everything with you and it will all be optional. Keep in mind that choosing not to modify your home may result in a solar system not suited to your needs, thus reducing the return on investment.

If you’re ready to add solar to your home, let Energy Maters give you a helping hand! We provide a FREE service whereby we connect you with up to 3 local installers who will provide you with no-obligation solar quotes. Energy Matters is one of Australia’s most trusted for solar quotes due to our high customer satisfaction and industry recommendations. To get started, click the button below!

The post Common Home Modifications Needed for Solar Panels appeared first on Energy Matters.

• Safety and expertise: Licensed installers have the training and experience to ensure your solar system is installed safely and efficiently.
• System design optimisation: A qualified installer will assess your energy needs and roof space to design a system that maximises your solar energy generation.
• Warranty compliance: Professional installation ensures your warranties remain valid, protecting your investment.
• Streamlined grid connection: Licensed installers handle all the paperwork and communication with your electricity provider for a smooth grid connection.
• Peace of mind: Knowing your system is installed to the highest standards and complies with regulations provides peace of mind.

The post DIY Solar Panel Installation: Pros and Cons appeared first on Energy Matters.

One of the top questions solar installers are asked is how long solar panels and batteries are expected to last. The lifespan of solar panels and batteries is an important topic as the answer will ultimately impact the investment by home and business owners. Unlike other household or business items that are purchased to serve a specific function, solar and batteries are ultimately installed to save their owners money. What is the longevity of solar panels? What solar battery lifespan can you actually expect? Let’s take a look.

Difference between solar and battery lifespan and warranty

When looking at the lifecycle of solar and batteries, we must understand the difference in terms. ‘Lifespan’ and ‘warranty’ are two very different terms with different meanings and outcomes. 

Solar and battery lifespan

The lifespan is the length of time from the date the solar panels, inverter, or battery is installed until the day the component ceases to work after normal use. When we use the term ‘work’, we mean when the component stops generating or storing electricity at an efficient or economical level. The end of life will usually be due to:

• The aging of the product
• Corrosion from the elements
• Mechanical failure from normal wear and use
• Cycle life, charge retention, and capacity degradation for batteries

Each component will have a natural lifespan but external influences and level of ongoing maintenance will heavily influence the timeframe. The following are key things you should look out for to determine if your solar component has reached the end of its lifecycle:

Battery and solar warranties

Every solar component comes with warranties – whether they be performance or product. The warranty will outline the timeframe and the expectations. For example, the general performance warranty timeframe for solar panels in Australia is 25 years and 10 years for product warranty. For inverters and solar batteries, you can expect warranties of around 10 years. The warranty guarantees minimum standards by which your solar panel, inverter, or battery should be operating after a determined timeframe. If it does not perform as guaranteed, you should expect a repair or replacement of the product. 

As with all warranties, there are certain limitations and user expectations. 

How long can you expect solar panels, inverters, and batteries to last?

Each solar component has its own lifespan. 

Using these averages, you can expect that a standard solar installation, with a string inverter, would give you around 15 years of solar production before the inverter would need replacing. The solar panels would not need replacing for another 10+ years. Lithium-ion batteries are the number one choice for households, so you can expect that you’ll need to replace them within 10 to 15 years.

Keep in mind that these are averages. Some solar panels will produce reasonable electricity for 40+ years.

Factors that will influence the lifespan of your solar and battery system

There are a few factors that will immediately impact the longevity of your solar and battery system:

• System quality: The manufacturer and model of the components you choose will often have the greatest bearing on how long you can expect them to last. ‘Cheap’ components from low-quality manufacturers will usually not last as long as their high-quality counterparts.
• Maintenance: Many people believe that solar and battery systems are set-and-forget products. Your solar panels are exposed to the elements and should be regularly inspected and maintained by professionals. We recommend a good cleaning at least once a year. Your solar inverter and battery should be checked regularly for signs of physical damage and the area around it cleared of debris such as spider webs and leaves.
• Installation location: The location of your home/business, plus the installation of your inverter and battery, all play a vital role in how long they will last. Generally, a solar system installed near the ocean will have a shorter life expectancy than one inland. An inverter and battery installed indoors will generally last longer than those installed outdoors. This is due to protection from the elements and reduced capacity for physical damage.
• Remote monitoring: A solar system that is monitored regularly is more likely to have faults found and rectified promptly, resulting in an increased lifespan. A fault that remains unchecked or repaired can lead to total system failure. Monitoring and understanding the performance of your system is an important step in protecting your investment.

What to do if you believe your solar panels or battery have reached the end of their life

If your solar panels, inverter, or battery is old and no longer performing as expected, we suggest you follow a couple of steps:

1. Contact the original installer or a licenced electrician to inspect the system
2. Engage a solar installer to replace the component/system

Your system might simply need some minor attention to add a few years to its life. However, a component that has truly reached the end of its life should be replaced promptly. Not only will you be losing money but a component that no longer performs as it should could pose risks to your home or business. Replacing the component will usually result in a new component with better technology and higher efficiency. 

If your solar panels, inverter, or battery needs replacing, Energy Matters is here to help! We’ll connect you with local installers who will provide you with FREE, no-obligation quotes. Click the button below and reap the benefits of a newer solar system!

The post Understanding the Lifespan of Solar Panels and Batteries appeared first on Energy Matters.

If you’ve lived in Australia long enough, you might recall TV ads for incredibly cheap solar panels. These ads have likely found their way into your social feeds and you’ve probably wondered if it’s all just a scam. With some solar installers spruiking solar systems for pennies, and others advertising in the thousands – how do you know what you should expect to pay? Let’s take a look at why solar prices are so varied and what you should expect to pay for a decent system.

Is solar a scam?

Let’s address this one straight out of the gate! The answer is NO – solar is not a scam! Solar is an economically savvy way to save on your electricity bill while reducing your home or business’s carbon footprint. However, what can be a scam are the systems some installers will sell you. 

Many of the ads you may have seen on TV were from solar installers who, essentially, scammed their customers. No solar retailer can consistently sell solar for next to nothing and maintain a profitable business. The modus operandi of many solar scammers is to install the cheapest components possible, hire or contract subpar installers, and then close up the business before anyone can make a warranty claim. The aim of the game is to make as much money as possible before anyone catches wind of the dodgy practices. These installers took advantage of generous rebates and of customers who were looking to make bank on high feed-in tariffs.

Thankfully, regulatory bodies and laws have mostly put this practice to bed. Solar scammers plagued the industry for over a decade – though there are still many dodgy installers out there.

So, no – solar is not a scam, but there are scammers out there that you need to beware of.

What should I expect to pay for a solar system?

It is important to first understand what you are paying for when you enlist a professional to install solar on your home:

• Solar components: Solar panels, the inverter, cabling, racking, and other necessary components, all make up the bulk of the overall cost. The cost of these will depend on the brand/model you choose as well as the purchasing power of the retailer. A larger retailer is more likely to have a warehouse to store bulk purchases of solar panels, thus reducing the cost price.
• Installation: Your solar system will be installed by a small team of licenced professionals. Many installations are straightforward, but just as many require additional work or changes to the home. The material your roof is made from might add complexity to the installation. A switchboard upgrade could add $1,000 to $3,000 to the installation price. Trenching for cabling could add thousands again. The more technical your installation, the more you can expect to pay.
• Installers: The number and type of installers will often influence the price. Solar retailers with in-house installers on the book will often be cheaper than those that contract externally. Complex installations might require additional installers; adding to the overall cost.
• Salespeople: The people employed or contracted to design your system will be factored into your installation price. Salespeople are trained to understand the needs of your home and use specialised tools to design your system. Salespeople are often referred to as solar specialists.
• Federal and state rebates and incentives: Your solar system should be eligible for Small-scale Technology Certificates (STCs), which will reduce the upfront cost of your system. The total reduction you can expect will vary on where you live and the size of your system. Some states have additional incentives, which might further reduce the upfront cost.
• Overheads: As with all brick-and-mortar businesses, some overheads will be factored into the cost of your system. 

With these factors in mind, let’s have a look at what you can expect to pay, on average, in your state.

State breakdown of average solar installation costs

The following are the average retail costs for residential customers across Australia as of July 2024. The price includes the STC upfront discount as well as GST. It does not include state rebates and incentives. The prices listed are for a standard system installation. Premium solar panels and inverters may attract a 20-30% increase.

How much should I expect to pay for solar battery storage?

Prices vary greatly for solar batteries. The brand, model, and size are all factors and will greatly shape the final cost of the system. When you have your battery installed will also heavily influence the cost of the system. A battery installed at the same time as your solar system will significantly reduce the overall cost. Conversely, a retrofitted battery might add a thousand or more to the installation cost. Typically, you can expect to pay between $1,000 and $1,300 per kWh of battery storage in Australia.

Let’s look at what you might expect to pay for a battery in Australia. The following prices include STCs deductions and GST but do not include any state incentives. Prices are for a fully installed unit.

How do I know what is a good price for solar?

There’s a simple rule of thumb when choosing to go solar: choose the right solar retailer. The most important aspect of any solar installation is the business you choose to install with. A good solar installer will not only have experience and expertise but also an exemplary reputation.

A $5,000 solar system installed with a good installer will almost always be better in the long run than a $3,000 system with a not-so-good installer. A reputable installer will exhibit the following:

• Installation warranties you can rely on
• Quality workmanship from quality installers
• Work with reputable brands and models of solar panels, inverters, mounting systems, and batteries
• Design a system that will work for you now and into the future
• Provide honest insights – you may be talked out of adding battery storage if it won’t be beneficial for you!

You want to make sure that your installer will be around should anything go wrong with your system. Sacrificing this for a cheaper system might sound appealing in the short term but will usually come back to bite you in the long run.

Energy Matters wants to make sure that you can install solar with peace of mind! Get FREE quotes for solar, batteries, and much more from trusted and local installers. These no-obligation quotes will be personalised for your needs. Click the button below and get your free quotes today!

The post What Does it Really Cost to Install Solar and Batteries in Australia? appeared first on Energy Matters.

Why choose Energy Matters?

• We’ve been in the solar industry since 2005 and have helped over 40,000 Australian households journey to energy independence.
• We’ve pre-qualified and vetted our solar installers, who are accredited for their track record of delivering Australia’s best business and household solar systems.
• We’ll match you with installers who are local to you so you can get a quote that’s tailored to your needs.

Get up to 3 FREE quotes

We’ll connect you with 3 different solar installers so you can compare prices and services.

Work with trusted installers

We only work with solar installers who have been pre-qualified and vetted for their track record of delivering quality solar systems.

Get peace of mind

We’ll support you from the initial consultation to the final installation. Our team will provide you with the information you need to go solar!

The post How to Find the Best Solar Installer in Your Area appeared first on Energy Matters.

The design and planning stage for solar is generally straightforward. Your installer will consider numerous factors, including your roof space, where the conduit needs to be installed, and the state of your switchboard. However, if you’re planning to add an EV charger and/or battery storage in the future, many more factors should be considered. Let’s take a look at the varying requirements for retrofitting a battery and EV charger and what it might mean for you.

Things to consider when retrofitting battery storage and EV chargers

In an ideal world, homes would be pre-fitted for all the necessary elements required for solar, battery storage, and EV charging. The reality is that almost no homes are designed for future major electrical additions. The average Australian home will likely install solar first and then add battery storage and/or EV charging later. This will likely result in numerous challenges and expenses when the time comes to retrofit.

Here are the most important factors to consider when installing solar with the possibility of adding to the system later:

• The size of the solar system
• The type, brand, and model of the inverter being installed
• The wiring of the home (single or three-phase)
• The location of the inverter installation
• The proposed location of the battery and/or the EV charger
• Switchboard capacity and location
• Limitations of cabling size running to your home
• Future conduit requirements
• Aesthetics of the home

These factors and others identified by your solar installer may influence your decision as to whether you want to add battery storage or EV charging in the future.

The reality is that the expense of retrofitting in the future may not be justifiable if your solar installation is not planned correctly. Let’s look at what you can do to reduce future expenses.

Planning for future battery storage and EV charging

Every home is different and will come with its own unique challenges. But here are some simple things to plan for when designing a system for future additions:

Install as much solar as you possibly can

Batteries and EV charging require additional solar generation. For batteries, you will want as much unused solar charging the unit as possible. Your EV charger can then use the stored electricity to charge your EV. A small solar system might need to be upgraded if it does not generate enough electricity to justify a battery and/or EV charging. The last thing you will want is to find that your investment will need upgrading.

Select an inverter for your future needs

If you’re looking to amalgamate all of your monitoring and get the best out of your system, a hybrid inverter might be the way to go. Keep in mind that hybrid inverters generally require specific batteries of the same brand. So you may be locked into one brand, or you might find that you wait too long to add battery storage and your inverter is incompatible with newer models. Batteries can be AC coupled to most inverters.

Upgrading your home to three-phase power

A single-phase home will be limited to single-phase solar, battery storage, and EV charging. Rewiring your home at the outset to accommodate future changes will likely make economic sense. If you’re looking for super-fast EV charging, three phases will be required. You should also take the opportunity to pre-install conduit for battery storage and EV charging. This can save you thousands in the future.

Upgrade your switchboard

Every new energy component will require switchboard space. Old switchboards, or switchboards with not enough space, will need upgrading. Your switchboard upgrade can be designed to accommodate future battery storage and EV charging. Doing this when you get solar can heavily reduce the expense of upgrading later.

Location of battery and EV charger

If you plan to add battery storage or EV charging to your home, the location matters. A detached garage will likely be incompatible with a hybrid inverter installed on the home, due to the distance between the inverter and the battery storage unit. Cable sizing also plays a vital role in the equation. If the size of the cables running between the home and the location of the additions is too small, it will need to be replaced. This will often require trenching. Ideally, an upgrade of the cabling should take place at the time of the solar installation. Spare large conduit will be added and made available for future battery storage and EV charging. Doing this all in one go may save you thousands in the long run. 

At the end of the day, you want to minimise the work and expense required when the day comes to install battery storage and an EV charger. Check out our recommended products here.

Minimising costs when planning a new home build

The absolute best way to reduce the cost of installation is to plan ahead with your new home. Consider the size of the cables running to your home and any detached spaces. Pre-install conduit for future battery storage and EV charging. Consider three-phase power to make the most of available models and technology. Doing this at the start will make for a smoother and cheaper installation in the future. It will also ensure that no, or minimal, conduit is visible from the exterior of your home.

Need help understanding the technology available and planning your solar system? Energy Matters offers a 100% free and no-obligation service to get you started on the right foot. We’ll connect you with local installers who will provide you with quotes for solar, batteries, EV chargers, and much more. They’ll design a system that best suits your current and future needs.

Click the button below and begin your solar journey the right way!

The post Planning to Add an EV Charger and Battery in the Future? What You Need to Consider Now appeared first on Energy Matters.

We’re called the lucky country for many reasons, and the price of solar is one of them! Aussies enjoy some of the cheapest solar installations in the world. With more than 1 in 3 homes reaping the benefits of rooftop solar, it’s not hard to see why solar uptake has been steady for decades. We’ll explore the reasons why solar is so cheap and what you might expect to pay when you choose to go solar.

Factors that influence the price of solar in Australia

There are a number of things that impact the price of solar:

• Rebates and incentives
• Wholesale solar purchases
• Competition in the market
• The Australian dollar
• End of the financial year and end-of-line components

Let’s take a closer look at the main influential factors.

Rebates and incentives

Australians are spoiled with very generous government incentives to go solar. The federal Small-scale Renewable Energy Scheme has been one of the main driving forces behind reduced upfront costs for solar installations on homes and small businesses. Most state governments have reduced or removed their rebates and incentives, with Victoria being the last remaining state to fully back residential solar and batteries with rebates and loans. However, some states are planning to reintroduce incentives to increase solar and battery uptake.

Wholesale solar purchases

Your solar installer purchases solar panels in bulk. Wholesale solar has increased exponentially due to increased manufacturing efficiency and lower production costs across China and Southeast Asia. The reduced cost to manufacture has seen wholesale prices drastically lowered, with the cost of solar panels hitting as low as 20c per watt. An abundance of panels has also seen an oversupply and many large solar installers housing excess stock.

Competition in the market

Scan through the CEC-approved components lists and you’ll find that there’s no shortage of options for Aussies! Competition has driven down the overall cost of solar panels while improving the quality of the panels and inverters manufactured.

The Australian dollar

A weak Aussie dollar will cause the cost of solar energy to increase. This is due to purchasing power and the cost of wholesale. AUD has slowly been strengthening against the USD, which naturally brings down the cost of wholesale solar for Aussie businesses.

End of the financial year and end-of-line components

As the financial year draws to a close, solar retailers will be offloading their excess stock at reduced costs. This is fantastic news for homeowners looking to take advantage of the end-of-financial-year sales. Something else that drives down the cost of some components is when they reach the end of the line for their CEC approval. For example, models certified to IEC 61215:2016 will expire on the 30th of September 2024. Any component with this certificate will not be eligible for STCs after this date. Installers will be very keen to clear any stock that will soon be obsolete, though perfectly safe to install and use.

What can I expect to pay for solar in Australia?

It is important to keep in mind that there are two different prices involved here: what your installer pays and what you will pay. 

While solar is historically at its cheapest, solar retailers will still add their margin, and they are not impervious to the increased cost of living. The figures in the graph below, provided by Solar Choice, display the average price per watt for solar installation – not the cost for the retailer.

As of May 2024, the following is what you can expect to pay for solar in your state and across Australia. The figures factor in state and federal rebates and incentives.

Should I invest in solar now or wait for prices to fall further?

The overall cost to install solar has plateaued since December 2020. Small-scale Technology Certificates (STCs) will be reduced again on January 1, 2025, as they did on January 1, 2024. This will decrease the amount of upfront discount you will receive and increase the overall cost of your solar system. The amount you receive as an upfront discount will reduce each year until it vanishes completely in 2030 – the end of SRES. 

Looking across to the USA, they have experienced drastic increases in the cost to install solar due to the removal of almost all incentives. While we may not end up in the exact same boat, we should expect the overall cost to install solar to be more expensive in the future.

That was a long way of saying that the time to install solar is now! Here are some quick tips to make sure you’re getting the best bang for your buck:

• Get multiple quotes
• Utilise seasonal sales periods (EOFY, Christmas, etc) to shop around for the best deals
• Do your research. Understand how much energy you use, your future needs, the brands and models of solar panels, inverters, batteries, etc available, and what your budget is.

Energy Matters provides a 100% FREE service for quotes for solar, batteries, EV chargers, and more. We work with a nationwide team of solar installers who will provide you with tailored quotes to get you started on your solar journey. Follow the link below and go solar today!

The post Why Is Solar So Cheap in Australia Right Now? appeared first on Energy Matters.

The budget’s most oversized news item was undoubtedly the $300 energy bill relief package for all Australian households. This measure, designed to combat the rising cost of electricity and gas, directly responded to many Australians’ concerns. The government hopes this relief will ease the financial burden on families and stimulate spending in other sectors.

Starting on July 1, 2024, more than 10 million households will receive a $300 rebate, and qualifying small companies will receive $325 annually on their electricity costs.

The 2024-2025 budget strongly emphasises “Future Made in Australia,” a series of initiatives to position the country as a leader in the global transition to a low-carbon economy. Here are some key aspects:

Our Energy Matters CEO, Roshan Ramnarain will feature stunning homes installed with the latest solar technology every Saturday at 5:00 p.m. on Open Homes Australia on the 9Life channel. Be sure to watch this show; you won’t want to miss it!

The post Federal Budget 2024-2025: Battling Cost of Living with Relief and Reform appeared first on Energy Matters.