Energy independence is a concept that many Australians have added to their New Year’s resolutions in 2025. Living off-grid, or as close to it as possible, is cementing itself as an Aussie dream, and something now achievable with battery technology. Stephen and Madeline Holliday have achieved this across the ditch in Whangamata, New Zealand with a FranklinWH battery system. Let’s examine how the couple achieved energy independence and waved goodbye to electricity bills.

Going off-grid with FranklinWH batteries

Stephen and Madeline had dreamt of living off-grid for many years and the thought of using a generator to do so was unappealing. Their cozy home in the Waikato region was perfect for powering with solar during the day, but maintaining their lifestyle throughout the evening, morning, and night took some exploring of technology. The couple landed on New Zealand’s very first FranklinWH off-grid battery system.

The FranklinWH aPower Battery can store a whopping 13.6 kWh of usable electricity. Stephen and Madeline have found that, even while running a tumble dryer, they’ve only ever used a maximum of 25% of the battery, which is quickly replenished with solar the next day.

The FranklinWH aPower Battery

The FranklinWH aPower Battery is a cutting-edge home energy storage solution designed to store energy from solar, grid, generators, and electric vehicles. It features a capacity of 13.6 kWh per unit, scalable up to 15 units per aGate, providing a total capacity of 204 kWh. With 5 kW continuous power and 10 kW peak power, it ensures a reliable energy supply. Built with Lithium Iron Phosphate (LFP) chemistry, it guarantees enhanced safety and thermal stability. The battery is IP67 weatherproof, operates quietly at less than 30 dBA, and comes with a 12-year warranty, making it a robust and dependable choice for home energy backup.

• 13.6 kWh per unit, scalable up to 15 units per aGate
• Total capacity of 204 kWh
• 5 kW continuous power and 10 kW peak power
• Lithium Iron Phosphate (LFP) chemistry for enhanced safety
• IP67 weatherproof rating
• Operates quietly at less than 30 dBA
• Comes with a 12-year warranty

How you can reduce or eliminate your electricity bills with FranklinWH

Australian homes now have the power of the Franklin Home Power (FHP) system to intelligently power and control their homes and energy usage. Featuring the aGate controller, aPower batteries, and the FranklinWH app, the FHP system is a powerful way to kiss goodbye to energy grid reliance.

One of the more common questions we receive at Energy Matters is ‘Can a battery really power your whole home throughout the night?’. The answer to this comes down to how you use electricity at nighttime, but the FHP system offers many households a realistic opportunity to rely solely on a battery to keep the household running at night.

The FranklinWH aGate is the key to intelligently managing and controlling the way your solar, batteries, and other sources of power, including bidirectional EV charging, work with your home and lifestyle.

Make the FHP system your key to energy independence in 2025! Click the button below and request FREE quotes.

The post FranklinWH Battery Powering Off-Grid Home in Whangamata, New Zealand appeared first on Energy Matters.

New Years 2025 will ring in many exciting updates and changes for Australians across all walks of life. One change is neither exciting nor something the solar industry has been looking forward to. As it has done each year since its inception, Small-scale Technology Certificates (STCs) will be reduced again. Let’s explore what this means for Australian homes and businesses.

What are Small-scale Technology Certificates?

STCs are incentives under Australia’s Small-scale Renewable Energy Scheme (SRES), designed to encourage the adoption of renewable energy systems. When eligible systems are installed, such as solar panels, solar hot water, or small-scale wind and hydro systems, they generate STCs.

Key features of STCs:

1. Value representation: Each STC represents the environmental benefit of one megawatt-hour (MWh) of renewable electricity generated or displaced over a system’s expected lifetime (up to 15 years).

2. Tradable certificates: STCs can be sold or traded, providing financial returns to system owners. They effectively lower the upfront cost of renewable systems.

3. Market Value: The value of STCs fluctuates, depending on supply, demand, and market conditions.

4. Eligibility Criteria: To generate STCs, the installation must meet specific criteria, including compliance with Clean Energy Council standards and approval by the Clean Energy Regulator.

If you install a solar PV system, the system’s capacity and location determine the number of STCs it generates. A larger system or one in a high-sunlight area generates more STCs. This mechanism reduces the upfront costs of renewable systems, promoting Australia’s transition to clean energy.

Why are STCs reducing in 2025?

STCs will be reduced in 2025 because the SRES operates on a declining scale as part of Australia’s broader renewable energy policy. This reduction is tied to the legislated phase-out of the scheme by 2030.

Reasons for the reduction:

1. Step-down approach: The number of STCs created by a system is based on its deeming period, which represents the years of energy generation it is expected to provide. Each year, the deeming period decreases by one year until the scheme ends in 2030.
   • For example, a solar PV system installed in 2024 generates STCs for 7 years (2024–2030), but in 2025, it will only generate STCs for 6 years.
2. Policy design: The reduction incentivises early adoption of renewable systems. As more Australians transition to renewable energy, the scheme gradually phases out its support.
3. Market maturity: Solar PV and other renewable technologies are becoming more affordable due to technological advancements and increased uptake. The SRES reduction reflects the decreasing need for government-backed incentives.
4. Government transition goals: The Australian Government is shifting its focus to broader renewable energy initiatives, such as large-scale renewable projects and grid integration.

What will the reduction of STCs mean for the price of solar and other renewable technology?

The reduction of Small-scale Technology Certificates (STCs) in 2025 will likely lead to higher upfront costs for solar and other renewable technologies, as STCs directly reduce the initial purchase price of these systems. Here’s how it impacts pricing and adoption:

1. Increased upfront costs

• Fewer STCs mean less financial incentive, resulting in a smaller discount on the purchase price of eligible systems.
• For example, if the number of STCs drops by 15%, the overall price of a typical 6.6 kW solar system could increase by $500 to $1,000, depending on the location and STC market value.

2. Potential slowdown in adoption

• Higher prices may deter some consumers from installing renewable systems, especially in lower-income households.
• Businesses with tight budgets may also delay or downsize installations.

3. Greater reliance on other incentives

• Consumers will need to explore state-specific rebates and federal tax benefits to offset the reduced STC value. For example, rebates in Victoria or the City of Adelaide may help soften the blow.

4. Pressure on system providers

• Solar retailers and installers may face challenges in convincing consumers to invest at higher prices. This could lead to increased competition and innovation to offer better value.

5. Market adjustment

• Over time, advancements in renewable technology and economies of scale may reduce manufacturing costs, helping offset the price hike.
• Installers might offer financing or leasing options to make solar systems more accessible.

The long-term outlook for the Australian solar industry

Despite the STC reduction, renewable energy remains a cost-effective investment due to long-term savings on energy bills. Additionally, rising electricity prices and a growing focus on sustainability continue to drive demand for solar and other renewable systems.

The SRES has also achieved its goal of driving research and development, as well as innovation, in the industry. This has resulted in drastically cheaper and more efficient products available for Australian homes and businesses. Even with the reduction of STCs, solar will still be more affordable now than 10 years ago. 

Can I purchase a system now, install it in 2025, and get the STC amount for 2024?

STCs are generated at the point of installation, which means that purchasing a system now will not lock in the STC value. With 2025 fast approaching, it may not be possible to install solar before January 1st. However, we encourage you to request FREE quotes ASAP if you want solar installed now.

Click the button below to request FREE quotes for solar, batteries, and more. Energy Matters works with a network of installers across Australia who will provide you with tailored, no-obligation quotes.

The post Small-scale Technology Certificates (STCs) Reducing January 2025 appeared first on Energy Matters.

Australian homes are blessed with sunshine that spans many hours over the course of the day. The moving sun is fantastic for solar but challenges the notion that solar panels should only be installed facing north. Peak over your neighbour’s fence and you’ll probably see that they have their solar panels installed on their north-facing roof. But is this the most efficient way to power your home? Will your north-facing panels provide enough electricity to power your home when you arrive home from work? Will they power up your Nutribullet, toaster, kettle, and TV during breakfast? Making use of all the orientations your roof has to offer might be the better option. Let’s take a look at what a split array could mean for your home and electricity bills.

What is a split solar array?

A traditional solar installation generally maximises the north-facing roof. This is due to the way the sun travels across the sky in the southern hemisphere. This was the perfect solar array installation practice when feed-in tariffs were high and the aim of the game was to send as much to the grid as possible. Now that feed-in tariffs are negligible, households should be aiming to use as much of the solar power generated as they can. Installing on only the north-facing roof could see a loss of 10-20% of morning and afternoon production when the sun is in the east and west. This is where splitting the array comes into play.

A split array is just as it sounds. Solar panels are installed on the north, west, and/or east faces of your roof. This is only achieved where your roof and chosen inverter allow it. Your installation will require the following:

• Ample roof space on varying orientations
• No or minimal roof obstructions, including shade from the surrounding area
• A string inverter with multiple MPPTs or microinverters. Power optimisers for string inverters with not enough MPPTs for the number of orientations required.

Let’s look at the types of inverters and what this all means.

String inverters and power optimisers

Your regular, run-of-the-mill solar inverter is a ‘string’ inverter. This means that your panels are connected to each other across one ‘string’ and then connected to your inverter to convert the DC electricity generated into usable AC electricity. Every string inverter comes with a minimum of two MPPTs (Maximum Power Point Tracking). If your inverter has two, then it can have two arrays installed on your roof. For example, this might mean you have 10 solar panels facing north and 8 facing west. 

Power optimisers can take the inverter’s MPPTs and expand on them. Using our previous example, if I wanted to install additional panels on the east of my roof, I could add to one of the strings and then add power optimisers to all of the panels on that string. The reason why this is needed is that your string will only produce as much power as the weakest panel. So if your panels facing north on the string are pumping out 400W each, but the panels facing east are producing only 350W, all of the panels will be limited to 350W. Power optimisers are devices attached to each solar panel that adjust the panel’s output to ensure it operates at its maximum efficiency, even when other panels in the system are underperforming. They work with inverters to maximise the energy harvested from each individual panel, improving overall system performance.

In essence, power optimisers allow you to add additional orientations without negatively impacting the performance of your solar system. Check out our recommended products page for more information about string inverters.

Microinverters in a split solar array

Where string inverters limit the number of orientations of panels on your roof, microinverters allow for infinite possibilities! Microinverters, like those available through Enphase, are installed on each individual solar panel and convert the DC electricity to usable AC electricity. The performance of an individual solar panel has no bearing on another, meaning that you can install panels on every usable square inch of roof space. 

Is it more efficient to split your array?

The simple answer is that it depends. 

Here are some questions to ponder:

• How do you use your electricity during the day?
• Do you work from home? 
• Is most of your energy usage in the morning and afternoon?
• What is your feed-in tariff rate?
• Do you plan to add battery storage?
• Do you own an electric vehicle?

Generally speaking, the most efficient solar array is one which faces north. An east-west solar array will produce 10-20% less over the day than an all-north-facing array.

However…

If your family uses the energy produced during the morning and afternoon sunlight hours, you may just be better off if your feed-in tariff is low. Some energy retailers offer higher feed-in tariffs during afternoon hours. West-facing panels would benefit the most from this. 

If you work from home, and shift some of your high-energy-using tasks to the day, such as using your dishwasher and washing machine, then north-facing panels would be your best bet. 

Remember: If your home allows it, a great way to make your solar system an all-rounder would be to install it on the north, east, AND west faces of your roof.

What type of solar array installation should I get if I have battery storage?

With home battery storage becoming commonplace in Australian households, the pendulum might just be swinging back to north-facing solar arrays. Just as in the days of old when high feed-in tariffs justified sending all your energy to the grid, the same could now be said for sending most of your electricity to your battery. This would be best achieved with all or most of your panels facing north. It’s not feasible for many families to use their electricity during solar production hours. With busy lifestyles taking people out of their homes for work and play, it makes sense to capture all of your solar energy for use when you are home. 

With the advent of Virtual Power Plants, such as Origin Loop VPP, and home EV charging, the way we use electricity is changing. Battery storage will play a key role in the Australian way of life as our lifestyles evolve to energy independence. 

The bottom line: Should I split my array or just install them all facing north?

While a nice and simple answer is probably what you’re looking for, the correct answer is that you need to speak with a solar installer. Your installer will factor in all of your current and future needs. If you don’t plan to add battery storage, you don’t have an EV, you work away from home, and your primary electricity usage is in the morning and afternoon, then a split east-west array will likely be suggested. If the opposite is true, then all north-facing panels will be recommended.

However, your home might not be able to avoid a split array. Your north-facing roof may be unusable for many reasons, leaving the only option of your east and/or west roof. The best solar system is the one that suits your home and your needs, and this is where your solar installer will shine. 

While we can’t give you a definitive answer, we can do the next best thing! Complete our quick form and you’ll be contacted by up to 3 local solar installers. This service is completely free of charge and there’s no obligation to go ahead with any of the quotes. So, what are you waiting for? Begin your solar journey today and click the button below.

The post Are Split Solar Arrays More Efficient Than Single-Orientation Solar Panels? appeared first on Energy Matters.

Sigenergy has excitedly announced that its 3-phase SigenStor range is now Clean Energy Council (CEC) listed. This certification guarantees that the range meets Australia’s highest standards for renewable energy installations. The listing includes models ranging from 5kW to 29.9kW, all capable of being installed with up to 48kWh of battery storage per inverter. This flexibility allows the SigenStor range to cater to a wide array of energy storage needs, making it a powerful solution for both residential and commercial use.

A standout feature of the SigenStor range is its scalability. For projects with larger energy demands, multiple systems can be connected in parallel, achieving multi-megawatt-hour (MWh) storage capacities. Whether it’s for a commercial facility or a larger industrial application, Sigenergy’s solutions are designed to deliver. Sigenergy has ample stock on hand and expects more to arrive soon with its distributors, ensuring timely supply for all orders.

NSW Battery Rebate eligibility and recent installations

In addition to the 3-phase range, Sigenergy’s single-phase solutions are also eligible for the upcoming NSW battery rebate, providing a great opportunity for customers to save while switching to clean energy. The rebate offers significant financial incentives for those investing in battery storage, making Sigenergy’s solutions even more attractive.

Sigenergy recently demonstrated the potential of its energy storage systems with a 3MWh installation at a winery in Spain. This large-scale project highlights the adaptability and strength of Sigenergy’s Battery Energy Storage System (BESS), proving how businesses can benefit from reliable energy storage.

Hybrid inverters coming soon: More options for energy storage

For those looking to install energy controllers without batteries, Sigenergy is preparing to release a hybrid version of its SigenStor range. Expected to be CEC listed by November, the hybrid version will offer customers the flexibility to install the system now and add batteries later. This is ideal for those who want to start with a smaller setup and expand their energy storage as needed.

Sigenergy has also had its single-phase 3, 5, and 6kW hybrid inverters CEC listed. These inverters can be installed without batteries, providing customers with the option to upgrade later. When a client decides to add batteries, they only need to purchase a license to unlock the inverter’s energy storage functionality. This future-proof approach offers versatility to both installers and end-users.

Launch of Sigenergy’s Commercial and Industrial (C&I) range at All Energy Australia 2024

Sigenergy will be unveiling its new Commercial and Industrial (C&I) range at the upcoming All Energy Expo in Melbourne this month. This new range is set to redefine the C&I BESS landscape with innovative and scalable solutions tailored to larger energy demands.

The C&I range includes 50, 99.9, and 110kW string and hybrid inverters, supporting both DC and AC coupling. With 11kWh battery modules that are stackable up to 231kWh per inverter, the system is designed for easy and fast installation without the need for complex cabling. These systems are engineered for flexibility, with the capability to deliver up to 12MW AC output and 24MWh energy storage capacity. Additionally, the 110kW inverter is 36% smaller and 19% lighter than competitor products, offering a space-saving advantage.

Cost-efficient energy management and cutting-edge communications

Sigenergy’s new C&I range features a built-in Energy Management System (EMS), which eliminates the need for external data loggers, offering significant cost savings. The system also includes fully networked communications, operating with 100Mbps fast ethernet, a major improvement over the 9.6kbps RS485 solutions typically used by other systems.

Looking to go solar with Sigenergy? Get FREE quotes for a system with Sigenergy products. Click the link below and get started today!

The post Sigenergy’s 3-Phase SigenStor Range is Now CEC Listed appeared first on Energy Matters.

Switching to solar is more than just an environmental choice—it’s a smart financial move for Australians. With rising energy prices and increasing demand for reliable power, SunPower Maxeon offers a complete solar solution that helps you save money while reducing your carbon footprint. Jess Eva and Roshan visited a home with the SunPower Maxeon system installed in the latest season of Renovate or Rebuild. Here, they explored the savings enjoyed by the customer and the technology thanks to KDEC Electrical & Solar.

SunPower Reserve: The all-in-one hybrid inverter and battery

A standout feature of the SunPower Maxeon system is the SunPower Reserve, an all-in-one hybrid inverter and battery. It offers 5 kW of power and 10 kWh of battery storage, allowing you to store excess solar energy generated during the day. This stored energy can be used during peak times or at night, reducing your dependence on the grid and significantly lowering your energy bills.

The Reserve battery is also expandable up to 60 kWh, offering flexibility for homes with higher energy needs. Whether you’re looking to cover basic daily consumption or provide backup power during extended outages, this expandable option ensures you’re future-proofed.

In a time of grid disruptions and outages, the Reserve also keeps your home powered during blackouts. Designed specifically for Australian conditions, it meets the energy demands of modern homes while ensuring reliability and performance.

SunPower Reserve Specifications:

• Capacity: 10.1 kWh (expandable up to 60.5 kWh)
• Usable energy: 9.6 kWh
• Inverter output: 5 kW continuous
• Peak power output: 7 kW (for surges)
• Operating temperature range: -20°C to 50°C
• Battery chemistry: LFP (LiFePO4)
• Warranty: 10 years

SunPower Maxeon panels: Power with a 40-year warranty

SunPower Maxeon solar panels are some of the most durable on the market. These panels come with an impressive 40-year warranty, giving you confidence in their long-term performance. Built to withstand Australia’s harsh climate, they deliver maximum power output even in high temperatures or cloudy conditions.

The efficiency of the Maxeon panels means fewer panels are needed to produce the same amount of energy as competitors. This translates to better use of roof space and a sleek, streamlined design.

SunPower Maxeon solar panel specifications:

• Max power output: up to 510W
• Efficiency: Up to 24.2%
• Degradation rate: 0.25% per year (year 25 – 92%, year 40 – 88.3%)
• Technology: Interdigitated Back Contact (IBC) cell technology
• Warranty: 40 years (performance, product, and service)

Why a full SunPower Maxeon system is the best choice

A full SunPower Maxeon system—featuring Maxeon panels and the SunPower Reserve (hybrid inverter and battery)—offers a powerful solution for Australian households. You get a high-performance solar setup that provides energy security, reduces bills, and requires minimal maintenance. The Reserve’s ability to store energy ensures you can control when and how to use your solar power, maximising every dollar saved.

With the expandable battery capacity, the system can grow with your energy needs, whether for a larger home or additional future appliances. This adaptability makes SunPower Maxeon a smart long-term investment.

Conclusion: Future-proof your home

Investing in a SunPower Maxeon system gives you more than just solar panels—it gives you a future-proof home. You’ll generate, store, and manage clean energy efficiently, saving money and reducing your carbon footprint.

Now is the perfect time to switch to solar, and with SunPower Maxeon, you can ensure a smart, lasting investment. Get FREE quotes for a system with SunPower products. Click the button below and begin your solar journey today!

The post Solar and Battery Storage: Why SunPower Maxeon is the Perfect Solution for Australians appeared first on Energy Matters.

The average Australian home now installs a 10kW solar system. Battery storage is slowly being adopted across the nation, which made the recent visit to a Gisborne home all the more exciting! Episode 5 of the latest season of Renovate or Rebuild transported Roshan and Andy to this exceptional home in style. Aboard the BMW i7 from Melbourne BMW, Rosh and Andy discussed electrification. They then visited the home of Chantel and her whopping 35kW of solar and 44kWh of battery storage. Sprawled across a wall in her garage were three, yes THREE Fronius inverters, including the all-new Gen24 Plus. Powering the home throughout the day and night are BYD batteries and charging the EV is the Fronius Wattpilot. We revisit this epic episode and take a closer look at the Gen24 Plus inverter plus the Fronius Wattpilot EV charger.

What is the Fronius Gen24 Plus inverter?

The Fronius GEN24 Plus is a versatile and advanced hybrid inverter designed to meet the needs of modern residential solar systems. On Chantel’s home, installed by Bluegum Electrical Solutions, the Gen24 Plus works with Fronius Symo inverters to manage the solar generated and the battery storage. It offers homeowners the ability to manage their solar energy efficiently, combining both energy production and storage in one device. This inverter is known for its adaptability, ensuring homes remain powered even during grid failures, while optimising energy use throughout the day.

Gen24 Plus features

• Hybrid design: The GEN24 Plus integrates solar power generation with battery storage, offering flexibility in how energy is used. It can store excess solar energy for later use, helping to lower electricity bills and increase self-consumption, which is crucial for those aiming for energy independence.
• Backup power: One of the standout features of the GEN24 Plus is its flexible backup power options. Homeowners can choose between the basic PV Point (for essential power backup) or the Full Backup system, which can power the entire household during a blackout. This capability ensures peace of mind during unexpected power outages.
• Smart energy management: The inverter is equipped with smart energy management functions that allow users to maximise their solar energy use. By monitoring energy consumption and production, the GEN24 Plus helps optimise when energy is used, stored, or fed back into the grid. This not only increases energy efficiency but also reduces reliance on the grid.
• Applications: The Fronius GEN24 Plus is ideal for residential homes with rooftop solar systems, especially those looking to incorporate battery storage for enhanced energy use and backup protection. It’s also suitable for homes in areas prone to power outages, offering a reliable backup solution.
• Unique features: What sets the GEN24 Plus apart from other inverters is its integrated Multi Flow Technology, allowing it to manage multiple energy flows simultaneously, such as solar power, battery power, and grid power. It also boasts high efficiency, ensuring minimal energy loss during conversion. Additionally, it features an easy-to-use app for monitoring energy production and consumption, providing real-time insights into household energy usage.

The Fronius GEN24 Plus combines innovative technology with practical applications, making it a leading choice for homeowners seeking both solar energy efficiency and reliable backup power.

BYD battery integration

The Fronius GEN24 Plus inverter integrates seamlessly with the BYD Battery-Box Premium HV and HVM, creating a powerful and efficient energy storage solution for residential solar systems. This combination allows for easy integration of solar power generation with high-voltage battery storage, providing homeowners with enhanced energy independence and flexibility. The BYD Battery-Box, known for its modular design, can be expanded to meet growing energy demands, making it a scalable solution. The GEN24 Plus inverter’s Multi Flow Technology enables simultaneous management of solar energy, battery storage, and grid power, ensuring optimal energy flow within the home. Together, these systems provide a reliable solution for maximising self-consumption, reducing energy costs, and ensuring backup power during outages, making it a future-proof choice for solar energy users.

Adding the Fronius Wattpilot for a complete home ecosystem

The Fronius Wattpilot is an intelligent electric vehicle (EV) charger that integrates seamlessly into the Fronius solar energy ecosystem, offering efficient and sustainable charging solutions for EV owners. Designed to work in harmony with Fronius inverters and energy management systems, the Wattpilot enables smart, solar-optimised charging by prioritising the use of excess solar energy to charge EVs. This helps homeowners maximise their solar energy self-consumption and reduce reliance on the grid. The Wattpilot can be easily controlled via the Fronius Solar.web app, allowing users to monitor and manage charging schedules, costs, and energy usage in real time. By being part of the Fronius ecosystem, the Wattpilot offers a comprehensive energy solution that combines solar generation, storage, and EV charging, contributing to greater energy efficiency and sustainability for households with solar systems.

Taking a look under the hood

Let’s look at some of the key features of each of the Fronius products featured:

Fronius GEN24 Plus Inverter  

• Power output: Available in 3 kW to 10 kW models  
• Efficiency: Up to 98.1%  
• Backup power: Flexible backup (PV Point or Full Backup)  
• Compatibility: Supports high-voltage battery storage (e.g., BYD Battery-Box)
• Warranty: 5 years standard, extendable to 10 years  

BYD Battery-Box Premium HV/HVM 

• Capacity:
  • HV (High Voltage): 5.1 kWh to 10.2 kWh per module  
  • HVM (High Voltage Modular): 8.3 kWh to 22.1 kWh  
• Scalability: Expandable by adding more modules (up to 3 in parallel) 
• Compatibility: Works with Fronius GEN24 Plus inverters  
• Depth of Discharge: 95%  
• Warranty: 10 years  

Fronius Wattpilot EV Charger 

• Charging modes: Eco and Next Trip modes (optimised solar charging)  
• Power output:  
  • Wattpilot Home: Up to 11 kW  
  • Wattpilot Go (portable version): Up to 22 kW  
• Control: Managed via Fronius Solar.web app  
• Compatibility: Integrates with Fronius solar inverters for solar-based charging 
• Warranty: 2 years  

Electrify your home with Fronius

Roshan and Andy discussed the shifting way Aussie homeowners are approaching the powering of their homes. Maximising your roof with solar is the very first step to moving away from grid reliance and gas. The reality of solar is that most people are not home to use it during the day. Feed-in tariffs are reducing every year; minimising the ability to offset and save. Complete self-sufficiency simply isn’t possible without battery storage, and this is where examples like Chantel’s home are important.

While most homes likely will not need 35kW of solar or 44kWh of battery storage, Chantel’s home is a great example of what is possible with Fronius solutions. Chantel and her family enjoy being grid-independent. This means that they almost always solely rely on their solar generation to power their home AND their EV. They have no gas connection, which means they don’t pay the pesky daily supply charge. Their investment allows them to be self-sufficient most of the year – eliminating almost all electricity bills. 

As Australia steams towards a clean energy future, your home can play a vital role in sustainability. As Chantel and Sebastien, from Fronius Australia, explained in the video, you can start small with Fronius and add to it as your needs and budget allow. The scalability of the Fronius ecosystem means that your investment is protected.

Click the button below to start your electrification journey with Fronius. Get FREE quotes from trusted installers who will walk you through the needs of your home and design a system to take you into the future.

The post Electrify Your Home with Fronius Inverters and Battery Storage appeared first on Energy Matters.

GoodWe offers a wide range of products tailored for the Australian market. These include the Lynx Home Series battery, EV chargers, and inverters – including hybrid inverters for home energy storage. Each product is designed to provide a seamless and efficient energy solution for your home. We saw GoodWe’s products in action in the latest season of Renovate or Rebuild – let’s revisit the innovative solutions.

Lynx Home F Series battery: Reliable power storage

The Lynx Home F Series battery is a reliable power storage option. It ensures your home has power during outages. This battery is designed to work seamlessly with other GoodWe products and provides peace of mind and energy independence.

One of the battery’s most impressive and attractive features is its expandability and stackability. Where most batteries require the installation of an additional unit, should you wish to add more storage, the Lynx Home F battery can be easily added to for a fraction of the price. One full tower of 6 battery modules offers 16.4kWh of storage. Each battery module offers approximately 3.3kWh of storage, with a minimum of 2 modules required in a tower (6.6kWh). So if you only need around 9kWh of storage, you can have 3 modules with an option to add more later. For power-hungry homes or businesses, 8 towers can be installed offering a whopping 131kWh of storage! 

Here are four key features of the GoodWe Lynx Home F Series battery:

1. Stackable auto-recognition modules: The battery modules are stackable and self-detecting, making installation simple and efficient.
2. Wide capacity range: Offers a flexible capacity range from 6.6 kWh to 16.4 kWh, suitable for various energy needs.
3. Reliable LFP technology: Utilises lithium iron phosphate (LFP) cells for enhanced safety and long life.
4. Remote monitoring and updates: Supports smart remote monitoring and system updates via a single app, ensuring easy management.

These features make the Lynx Home F Series an excellent choice for comprehensive home energy storage solutions in Australia.

GoodWe HCA Series EV charger: Fast and convenient

The GoodWe EV charger is perfect for Australian households with electric vehicles. It offers fast and convenient charging at home. This charger integrates well with the Lynx Home Series battery. It allows for optimised energy usage and savings.

Homes on single-phase power can enjoy the 7kW charger, which will charge a Tesla Model 3 with a 75kWh battery from 20% to 80% in around 6 hours. With a three-phase 11kW or 22kW charger, the same EV could be charged in 4.5 and 2.3 hours, respectively.

Here are four key features of the GoodWe HCA Series EV charger:

1. IP66 design: The charger is built for indoor and outdoor use, offering protection against dust and water.
2. Intelligent monitoring and scheduling: It supports smart monitoring and scheduling through the SEMS platform for optimal energy management.
3. Compact and lightweight: Designed for easy installation with both wall-mounted and pole-mounted options.
4. Compatibility: Fully compatible with all major EV brands, ensuring flexibility for various vehicles.

These features make the HCA Series a versatile and efficient choice for EV charging.

Hybrid ET Series inverter: Smart energy management

GoodWe’s ET Series hybrid inverter is the heart of your home’s energy system. It manages power flow between the grid, battery, and your home. The inverter is designed for maximum efficiency and reliability. It supports both grid-tied and off-grid setups.

The three-phase 5-10kW inverter offers 2 MPPTs for split-arrays. You can also enjoy the 15-29.9kW inverter with 3 MPPTs. The 5-10kW inverter can be oversized by 110%, allowing for greater power production. Combined with the Home Lynx F battery, the system can achieve up to 98.2% efficiency – which is astounding!

Here are four key features of the GoodWe ET Series three-phase 5-10kW hybrid inverter:

1. UPS-level switching: Provides uninterrupted power to critical loads within 10 milliseconds during outages.
2. High efficiency: Achieves up to 98.2% system efficiency, maximising solar energy utilisation.
3. Wide battery voltage range: Compatible with high voltage batteries ranging from 180V to 600V.
4. 100% unbalanced load support: Ensures stable performance even with uneven load distribution.

These features make it an excellent choice for enhanced energy independence and efficiency in residential and small commercial settings.

A complete home energy solution

GoodWe offers a complete home energy solution. Their products work together to provide a seamless experience. With GoodWe, you get reliability, efficiency, and smart energy management.

If you’re looking to go solar with completely GoodWe, they also offer a range of solar panel products. These include the Sunshine Series solar tile, Galaxy Series ultra-lightweight BIPV panels, and the Polaris Series for carports. 

Why choose GoodWe?

GoodWe is a trusted brand with a strong reputation in Australia. Their products are designed for Australian conditions. Choosing GoodWe means choosing a future-proof and sustainable energy solution. GoodWe is the brand of choice for complete home energy solutions.

Ready to go solar with GoodWe? Whether you’re looking for a complete home energy solution, or to add to an existing system, you can get FREE quotes for GoodWe products for your home or business. Follow the button below and go solar today!

The post Why GoodWe is the Brand of Choice for Complete Home Energy Solutions in Australia 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.

The concept of a smart home has been around for decades. Automation of your home is appealing for many reasons. The ease of use and the freedom it can grant are high on the list but saving money is one of the greatest drivers. Integrating solar with your smart home is a fantastic way to further increase your investment. New smart solar technology grants home and business owners the power to control the electricity generated by your solar system. Solar panels and smart homes are a marriage made in heaven and we’ll explore why.

What is a smart home?

We have smartphones, smart watches, smart cars, and smart TVs. All of these devices enhance the user experience by providing additional abilities that ordinary devices do not feature. Smart homes are much the same; the ability to control lighting, windows, curtains, the thermostat, your hot water system, and a range of other devices and appliances gives the home’s full control to the owner. Many smart homes incorporate routines and automation to enhance the lives of the occupants. Imagine walking into a cooled-down house in summer or a warmed-up one in winter – controlled by your smartphone anywhere in the world. Here are some ways that a smart home can benefit the homeowners:

Energy Management

Smart thermostats automatically adjust heating and cooling based on occupancy and preferences, leading to energy savings and increased comfort. Smart lighting allows you to turn lights on or off and adjust brightness based on occupancy, time of day, or natural light availability, reducing energy consumption.

Security

Smart locks provide keyless entry, remote access control, and alerts for unauthorised access attempts, enhancing home security. Smart cameras offer real-time video monitoring, motion detection alerts, and remote access to surveillance footage, improving overall home safety.

Convenience

Voice assistants allow homeowners to control various smart devices, check the weather, set reminders, and more using simple voice commands. Smart appliances enable remote control and monitoring of household appliances like washing machines, ovens, and refrigerators, streamlining daily chores.

Comfort

Smart blinds automatically open or close based on the time of day or light levels, helping to maintain a comfortable indoor environment. Smart speakers play music, provide news updates, and control other smart devices, enhancing the overall living experience.

Safety

Smart smoke and CO2 detectors provide real-time alerts to homeowners’ smartphones, ensuring quick response to potential hazards. Water leak sensors detect leaks early and send alerts, preventing water damage and costly repairs.

Customisation and control

Custom scenes and schedules create personalised settings and schedules for lighting, climate, and entertainment systems to match daily routines and preferences. Remote access and monitoring control and monitor all connected devices from anywhere using a smartphone app, offering peace of mind and convenience.

Smart homes require connectivity, investment, and minor setups. The investment in the different technologies provides a return through their use and the convenience they provide. Solar panels are much the same – though the return on investment comes from savings on your energy bills. Combining your solar panels with your smart home will boost your savings and maximise the use of solar.

How can I integrate my solar panels into my smart home setup?

Integrating your solar panel system into your smart home can enhance energy efficiency and provide better monitoring and control of your energy usage. Here are steps to achieve this integration:

1. Install a smart inverter

Install or upgrade your existing inverter with a smart inverter. These inverters can communicate with your home network and provide real-time data on energy production and usage. Check out our recommended products page to find an inverter that best matches your needs.

2. Use a smart energy monitor

Install a smart energy monitor, like the Powerpal, that connects to your electrical panel. These devices can track energy generation from your solar panels and overall home energy consumption, providing detailed insights through a mobile app or web interface.

3. Integrate with a smart home hub

Use a smart home hub (e.g., Samsung SmartThings, Wink Hub 2) that supports energy monitoring and can integrate with your solar panel system. This hub can centralise control and automation of your smart home devices, including energy management.

4. Install compatible smart devices

Use smart plugs, smart thermostats, and other energy-consuming devices that can be monitored and controlled via your smart home system. This allows you to optimise energy usage based on solar production.

5. Set up automation and alerts

Create automation routines and alerts using your smart home system. For example, you can schedule high-energy tasks (like running a dishwasher or charging an electric vehicle) during peak solar production times or receive alerts if your solar panels are underperforming.

6. Use energy management apps

Utilise apps provided by your solar panel manufacturer or third-party apps that integrate with your smart home system to monitor and manage your solar energy. These apps can provide data analytics, performance tracking, and optimisation suggestions.

7. Connect battery storage

If you have or plan to install a battery storage system, ensure it is compatible with your smart home system. Smart battery systems can store excess solar energy and use it during non-productive hours or peak electricity rates, enhancing overall energy efficiency.

8. Consult with professionals

Consider consulting with solar energy and smart home professionals to ensure all components are compatible and properly integrated for optimal performance and efficiency.

Integrating your solar panel system into your smart home can help you make the most of your renewable energy, reduce electricity costs, and increase your home’s overall efficiency.

Start saving with solar and your smart home

Maximise your investment by integrating your solar with your smart home. Energy Matters is here to help, no matter what stage you’re at on your solar journey. 

Click the button below and get FREE quotes for solar, batteries, hot water systems, energy efficiency upgrades, and so much more. All the quotes are provided by our network of local installers and are obligation-free. Find out how much you can save with solar!

The post Integrating Solar Panels with Smart Home Technology appeared first on Energy Matters.