Maximize your solar system’s potential with our reliable, high-efficiency inverters. Sourced from industry-leading brands, our inverters deliver consistent performance, reduced energy costs, and long-term durability perfect for a smarter, greener future.
High-quality inverters ensure that the maximum amount of solar energy is converted into usable electricity, enhancing the overall efficiency of the system.
Trusted brands are known for their durability and reliability.
Leading brands incorporate the latest technological advancements, such as real time monitoring, smart grid capabilities and enhanced safety features.
Top brands offer extensive warranties and supportive customer service.
By selecting reputable brands, Magma Electrical ensures high customer satisfaction.
Have questions or need assistance? We're here to help! Contact Magma Electrical for expert advice and personalised service.
Sungrow Power Supply Co., Ltd. is a global leader in solar inverter solutions, offering a wide range of products designed to maximize energy efficiency and reliability. Their inverters, available in capacities from 2 kW to 8.8 MW, boast an impressive efficiency of over 99%, making them ideal for both residential and commercial applications. Sungrow’s innovative technology ensures optimal performance and durability, even in challenging environments. With a strong commitment to sustainability, Sungrow provides advanced energy storage solutions and intelligent monitoring systems, empowering users to harness the full potential of solar energy. Trusted worldwide, Sungrow continues to set the standard for quality and innovation in the renewable energy industry.
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SolarEdge Technologies is renowned for its innovative solar inverter solutions, designed to maximize energy efficiency and reliability. Their inverters, such as the SolarEdge Home Hub and Home Wave models, utilise advanced power conversion technology to optimise solar energy production, storage, and consumption. With an impressive efficiency rate of over 97%, these inverters ensure superior performance and significant energy savings. SolarEdge inverters are also compatible with battery storage and electric vehicle charging, making them a versatile choice for modern energy needs. Trusted globally, SolarEdge continues to lead the way in renewable energy solutions, providing smart, sustainable, and cost-effective options for both residential and commercial applications.
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Enphase Energy is a pioneer in solar technology, offering state-of-the-art microinverters that convert DC power from each solar panel into AC power efficiently and independently. The Enphase IQ Series Microinverters, including the latest IQ8 models, are designed to maximise energy production, even in low-light conditions, thanks to their advanced Burst Mode technology. These microinverters are known for their high reliability, safety, and ease of installation, making them a preferred choice for both residential and commercial solar systems. With a robust 25-year warranty and compatibility with a wide range of solar modules, Enphase microinverters provide a flexible and scalable solution for sustainable energy needs.
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Fronius is a leading provider of high-performance solar inverters, known for their efficiency, reliability and innovative design. Their product range includes the Fronius Primo, Symo and the versatile GEN24 Plus hybrid inverters, designed to maximize energy production and provide flexible backup power options. With advanced features like active cooling technology and intelligent energy management, Fronius inverters ensure optimal performance and longevity. Ideal for both residential and commercial applications, these inverters help users achieve energy independence and significant cost savings, making Fronius a trusted choice for solar energy solutions.
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Sungrow Power Supply Co., Ltd. is a global leader in solar inverter solutions, offering a wide range of products designed to maximize energy efficiency and reliability. Their inverters, available in capacities from 2 kW to 8.8 MW, boast an impressive efficiency of over 99%, making them ideal for both residential and commercial applications. Sungrow’s innovative technology ensures optimal performance and durability, even in challenging environments. With a strong commitment to sustainability, Sungrow provides advanced energy storage solutions and intelligent monitoring systems, empowering users to harness the full potential of solar energy. Trusted worldwide, Sungrow continues to set the standard for quality and innovation in the renewable energy industry.
SolarEdge Technologies is renowned for its innovative solar inverter solutions, designed to maximize energy efficiency and reliability. Their inverters, such as the SolarEdge Home Hub and Home Wave models, utilise advanced power conversion technology to optimise solar energy production, storage, and consumption. With an impressive efficiency rate of over 97%, these inverters ensure superior performance and significant energy savings. SolarEdge inverters are also compatible with battery storage and electric vehicle charging, making them a versatile choice for modern energy needs. Trusted globally, SolarEdge continues to lead the way in renewable energy solutions, providing smart, sustainable, and cost-effective options for both residential and commercial applications.
Enphase Energy is a pioneer in solar technology, offering state-of-the-art microinverters that convert DC power from each solar panel into AC power efficiently and independently. The Enphase IQ Series Microinverters, including the latest IQ8 models, are designed to maximise energy production, even in low-light conditions, thanks to their advanced Burst Mode technology. These microinverters are known for their high reliability, safety, and ease of installation, making them a preferred choice for both residential and commercial solar systems. With a robust 25-year warranty and compatibility with a wide range of solar modules, Enphase microinverters provide a flexible and scalable solution for sustainable energy needs.
Fronius is a leading provider of high-performance solar inverters, known for their efficiency, reliability and innovative design. Their product range includes the Fronius Primo, Symo and the versatile GEN24 Plus hybrid inverters, designed to maximize energy production and provide flexible backup power options. With advanced features like active cooling technology and intelligent energy management, Fronius inverters ensure optimal performance and longevity. Ideal for both residential and commercial applications, these inverters help users achieve energy independence and significant cost savings, making Fronius a trusted choice for solar energy solutions.
Description: String inverters are the most common type of inverter. They connect multiple solar panels (in a "string") to a single inverter.
Pros:
Cost-Effective: Generally less expensive than other types.
Simplicity: Fewer components and simpler installation.
Efficiency: Works well for systems with minimal shading and uniform panel performance.
Cons:
Shading Issues: If one panel in the string is shaded or malfunctioning, it can affect the performance of the entire string.
Limited Flexibility: Less effective if panels are oriented in different directions or if you have complex roof layouts.
Best For: Systems with few shading issues and panels mounted in a single orientation.
Description: Microinverters are installed on each individual solar panel, converting DC to AC at the panel level.
Pros:
Individual Panel Optimisation: Each panel operates independently, so shading or issues with one panel do not affect the others.
Flexibility: Allows for different panel orientations and roof layouts.
Enhanced Monitoring: Provides detailed performance data for each panel.
Cons:
Higher Cost: Generally more expensive due to the need for multiple inverters.
Complex Installation: More components to install and maintain.
Best For: Systems with shading issues, multiple roof orientations, or complex installations. Also beneficial if you want detailed performance monitoring.
Description: Power optimisers are used in conjunction with a central string inverter. They are installed on each panel to optimize the DC power before sending it to the string inverter.
Pros:
Panel-Level Optimisation: Similar to microinverters, they improve performance if some panels are shaded or mismatched.
Cost-Effective: Generally cheaper than microinverters for large systems.
Centralised Monitoring: Allows for monitoring at the panel level with a single central inverter.
Cons:
Additional Components: Adds cost and complexity due to the need for both optimisers and a central inverter.
Installation Complexity: Requires installation of optimisers on each panel.
Best For: Systems with shading issues, mixed roof orientations, or where you want to balance optimisation with cost.
Shading and Roof Layout: If your panels experience shading or are installed on different roof angles, microinverters or power optimizers may be more effective.
Budget: String inverters are typically less expensive, but microinverters and power optimisers offer better performance in complex setups.
System Size: For large systems, the cost difference between microinverters and string inverters can be significant. Power optimisers can offer a middle ground.
Monitoring Needs: If detailed panel-level monitoring is important to you, microinverters or power optimisers with monitoring capabilities are preferable.
Future Plans: Consider if you might add more panels or battery storage in the future. Some inverter types offer easier scalability.
Local Climate: In areas with extreme weather or temperature variations, consider the durability and efficiency of the inverter.
In summary, the best type of inverter for your solar system depends on your specific needs, including budget, shading conditions, and system design. Consulting with a solar professional can help you choose the most suitable inverter type for your situation
In Australia, the practice of oversizing the solar PV system relative to the inverter capacity is commonly recommended for several reasons. Here’s why it makes sense to install more solar panel capacity on your roof than the inverter can handle:
Why: Solar panels often produce more electricity during peak sunlight hours than the inverter can process. By oversizing the PV system, you ensure that the system generates more electricity overall, even though the inverter will only convert a portion of it at any given time.
Benefit: This allows you to capture and use more of the potential solar energy available, especially during peak sunlight periods.
Why: Inverter clipping occurs when the solar panel output exceeds the inverter’s capacity. For example, if you have a 10 kW inverter but your panels can produce up to 13.2 kW, any production above 10 kW is clipped or curtailed by the inverter.
Benefit: While some energy is lost due to clipping, having more panel capacity ensures that you maximise your energy production during optimal conditions, and you can still make significant use of the excess capacity.
Why: Solar panels often perform at their peak during sunny periods when the sun’s angle and intensity are optimal. By oversizing, you can ensure that the inverter is working near its maximum capacity more frequently.
Benefit: This helps in optimising the overall system performance and making the most out of the available sunlight.
Why: Oversizing can provide some flexibility for future needs, such as adding more panels or incorporating battery storage.
Benefit: If you later decide to add batteries or expand the system, having an oversized array can complement these upgrades and make the system more adaptable.
Why: In Australia, there are often limits on the size of solar systems that can be connected to the grid without requiring additional approvals or infrastructure upgrades.
Benefit: By oversizing the panels relative to the inverter, you can often avoid the need for a more expensive and complex system upgrade while still getting the maximum benefit from your solar investment.
Why: The cost of solar panels has decreased relative to inverters. As a result, increasing the number of panels can be more cost-effective than upgrading to a more expensive, higher-capacity inverter.
Benefit: This approach helps in achieving a better return on investment for your solar system.
In summary, oversizing the PV system relative to the inverter capacity is a strategy to maximise energy production and system efficiency, take advantage of cost differences between panels and inverters, and accommodate potential future upgrades. The goal is to ensure that you capture as much solar energy as possible while working within the practical constraints of inverter capacity and system costs.
The expected lifespan of a solar inverter typically ranges from 5 to 15 years, depending on the type of inverter, the quality of the product, and the operating conditions. Here’s a breakdown of the factors influencing inverter lifespan:
String Inverters: Usually have a lifespan of 10 to 15 years. These are the most common and often come with warranties in this range.
Microinverters: Generally last 10 to 15 years. Microinverters are installed on each panel, which can distribute the wear and tear more evenly and can be more durable.
Hybrid Inverters: These can also last 10 to 15 years. Since they often handle both solar energy conversion and battery management, they are built to be robust and durable.
High-Quality Inverters: Premium brands and models tend to have longer lifespans, often with warranties extending up to 12 to 25 years.
Standard or Budget Models: These might have shorter lifespans and warranties, typically around 5 to 7 years.
Climate and Environment: Inverters exposed to extreme temperatures, high humidity, or harsh environmental conditions may experience reduced lifespans. Proper installation and environmental protection can help mitigate these effects.
Ventilation: Adequate ventilation is crucial for cooling. Inverters installed in poorly ventilated areas or subjected to excessive heat can have shorter lifespans.
Regular Maintenance: Regular inspections and maintenance can help extend the lifespan of an inverter. Ensuring that the system is properly maintained and addressing any issues promptly can prevent premature failure.
Dust and Debris: Keeping the inverter clean and free from dust and debris can also help maintain its efficiency and longevity.
Upgrades and Improvements: As technology evolves, newer inverters might offer enhanced durability and longer lifespans. Keeping abreast of technological advancements can be beneficial if considering future upgrades.
Manufacturer’s Warranty: Most inverters come with a manufacturer’s warranty that provides coverage for defects and performance issues. Typical warranties range from 5 to 12 years. It’s important to understand the terms of the warranty, including what it covers and any conditions for service or replacement.
In summary, while the expected lifespan of a solar inverter can vary, most inverters are designed to last between 5 and 15 years. Investing in a high-quality inverter, ensuring proper installation, and performing regular maintenance can help maximize its lifespan and ensure reliable performance throughout its operational life.
Monitoring and support for solar inverters are crucial for maintaining the efficiency and performance of your solar power system. Here’s a detailed look at what you can expect:
Features:
Performance Tracking: Monitors the real-time performance of the solar system, including energy production, consumption, and efficiency.
Fault Detection: Identifies issues such as malfunctions or drops in performance.
Alerts and Notifications: Provides alerts for system performance issues or maintenance needs.
Benefits:
Allows for immediate action if something goes wrong.
Helps optimize system performance and energy production.
Features:
Web Dashboards: Access detailed performance data and system metrics through online platforms provided by the inverter manufacturer.
Mobile Apps: Many inverter manufacturers offer apps for smartphones and tablets that provide easy access to system data and alerts.
Benefits:
Convenient access to system performance from anywhere.
Allows for easy tracking and management of your solar system.
Features:
Historical Data: Provides reports on historical performance, energy savings, and trends.
Comparative Analysis: Compares actual performance to expected performance based on weather conditions and system design.
Benefits:
Helps you understand long-term performance and savings.
Can be useful for evaluating the return on investment and system efficiency.
Features:
Home Energy Management Systems (HEMS): Some inverters can integrate with smart home systems to manage energy use more effectively.
Automated Controls: Allows for automated adjustments based on energy consumption patterns.
Benefits:
Enhances overall energy management and efficiency.
Provides greater control over how and when energy is used or stored.
Features:
Technical Assistance: Access to customer service representatives for troubleshooting and technical support.
Installation Support: Guidance and help during the installation process.
Benefits:
Provides help with resolving issues and ensuring proper system operation.
Assists with any installation or setup questions.
Features:
Warranty Coverage: Most inverters come with a manufacturer’s warranty covering defects and performance issues.
Service and Repairs: Options for servicing or repairing the inverter if it fails or encounters problems.
Benefits:
Provides peace of mind with coverage for potential issues.
Ensures that repairs or replacements are handled by professionals. 5.
Features:
Software Updates: Periodic updates to the inverter’s firmware to improve performance, add features, or fix bugs.
Remote Updates: Some systems allow for remote firmware updates, minimising downtime.
Benefits:
Keeps the inverter up-to-date with the latest technology and improvements.
Helps maintain optimal performance and compatibility.
Features:
User Manuals: Detailed guides on how to operate and troubleshoot the inverter.
Online Resources: Access to online resources, tutorials, and FAQs provided by the manufacturer.
Benefits:
Provides users with the information needed to understand and manage their system effectively.
Offers self-help options for common questions and issues.
Monitoring and support for solar inverters typically include real-time performance tracking, online portals and apps, historical data reports, and integration with smart home systems. Support services often involve customer assistance, warranty coverage, firmware updates, and access to training and resources. These features and services help ensure that your solar power system operates efficiently, remains in good condition, and delivers the expected performance and savings.
Choosing between a hybrid solar inverter and a standard (grid-tie) inverter depends on your specific needs, goals, and circumstances. Here’s a comparison of why you might opt for a hybrid solar inverter:
Hybrid Inverter: Designed to work seamlessly with battery storage systems. Hybrid inverters can manage the charging and discharging of batteries, allowing you to store excess solar energy for use during non-sunny periods or outages.
Standard Inverter: Typically does not include battery integration features. Standard inverters are primarily designed to convert solar energy into AC power for immediate use or export to the grid.
Benefit: If you want to include battery storage in your solar system to increase energy independence or provide backup power, a hybrid inverter is essential.
Hybrid Inverter: Allows you to use stored energy during the night or cloudy periods, enhancing your energy self-sufficiency. You can also use stored energy during peak demand times when electricity prices are higher.
Standard Inverter: Relies solely on solar energy production during daylight hours. Energy is either used immediately or fed back into the grid.
Benefit: For those looking to minimise reliance on the grid and make use of solar power around the clock, a hybrid inverter provides the flexibility to manage and utilise stored energy.
Hybrid Inverter: Often includes a backup power function that allows you to use stored energy during power outages or grid failures, providing a continuous power supply even when the grid is down.
Standard Inverter: Does not provide backup power during outages since it’s designed to operate in tandem with the grid.
Benefit: If having a reliable power supply during outages is important, a hybrid inverter with backup power capability is a significant advantage.
Hybrid Inverter: Typically comes with advanced monitoring and control features, including the ability to manage energy consumption, optimize battery usage, and integrate with smart home systems.
Standard Inverter: May have basic monitoring features but lacks the advanced functionalities related to battery management and energy optimisation.
Benefit: For users interested in advanced control and monitoring of their energy usage, a hybrid inverter offers more sophisticated tools and options.
Hybrid Inverter: Provides flexibility for future upgrades, such as adding battery storage or incorporating more advanced energy management solutions.
Standard Inverter: Focuses solely on solar energy conversion and may not be as adaptable to future changes or expansions in your energy system.
Benefit: Investing in a hybrid inverter can be a forward-thinking choice if you anticipate future needs or upgrades to your energy system.
Hybrid Inverter: Can optimize the use of solar energy by directing it to where it is most needed—whether for immediate consumption, battery storage, or grid export.
Standard Inverter: Primarily focuses on converting solar power to AC for immediate use or grid export without the capability to manage energy storage.
Benefit: For users who want to maximise the efficiency of their solar energy usage and make strategic decisions about energy storage and consumption, a hybrid inverter offers enhanced functionality.
In summary, a hybrid solar inverter is beneficial if you plan to incorporate battery storage, want backup power capability, and desire advanced control over your energy usage. It provides greater flexibility and future-proofing compared to a standard inverter, which is designed primarily for direct solar-to-grid energy conversion. If your priorities include energy independence, backup power, and optimized energy management, a hybrid inverter is likely the better choice.
From modular battery storage to advanced inverters and EV charging, Magma Electrical installs a range of Sigenergy technologies built for performance, scalability, and future-focused businesses.
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Fantastic experience from start to finish installing Solar with Magma Electric. Casey was a delight to deal with getting quotes and updates, and them team around Matt was perfect getting everything installed.Another "top" installer had refused to install on our roof because it was terracotta tiles, but Magma Electrical was up to the challenge.
Thanks guys for doing an amazing job!
Fantastic large (19kw) solar implementation from Magma, they have been extremely professional to work with from quotation to installation. They implemented the solar array and a Sigenergy battery. Highly recommended !
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Magma provided excellent service all around! The office team were extremely helpful and responsive during the entire process, and the technicians were skilled, efficient, and tidy during installation. We are very happy we chose Magma to install our solar and water heat pump.
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Magma electrical installed our 10.56kW solar system this week and we are thrilled with the result . Their communication, willingness to answer many questions, knowledge of all the available options, professionalism and overall workmanship was outstanding !
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Matthew at Magma was fantastic from the start in delivering all the information on the solar system we were looking for, plus the new hot water heat pump they also installed. He came round on a Sunday to finalise everything and went above and beyond to resolve any questions we had. On installation day the team turned up in the pouring rain but got to work with no fuss and it all went smoothly, very quick and efficient.
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Just had the best experience having solar installed on our new home. The whole team are so organized and professional and really know their stuff. It gave me alot of confidence to know that they aren't just solar installers but qualified electricians too who dont use contractors but everything is inhouse. Would have no hesitation in recomonding Magma Electrical for your solar and/or electrical needs.
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I'd like to thank Matthew and his amazing team at Magma Electrical for doing a top job on our recent solar installation. Matthew is a true professional, a excellent communicator, he and his team were prompt on time, hard working and exceeded my expectations on both the process and installation. Magma took care of all the solar rebate paperwork and delivered an amazing set of highly reputable industry big name products, at an unbelievable price. I highly recommend Magma Electrical and will continue to support them with my future domestic electrical needs.
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Exceptional service . Magma installed a solar system very promptly. Communication was excellent and they made the process very easy. Even completing my paper work! I particularly appreciated how well everything was explained and I felt confident that Matt and the team could deliver a great set up. I would really recommend using a local company to set up your solar and can't recommend the team at Magma highly enough.
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Fantastic company to deal with.We had a 10.56kw Solar System installed.From initial quote to install the experience with Matthew and his team was great. Great communication throughout the process and install was very professional.Thanks team, highly recommended
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I chose Magma Electrical after receiving 3 quotes to update panels on my 2 BR unit. The quote from Magma best met my needs at a good price. I had a home visit from Casey to understand what I needed, that was very helpful. On the date of installation, the guys arrived on time and explained what they were doing. They were terrific to deal with. They also carefully removed my old system as I have a relative who can re-use it on his farm sheds. The follow up from Magma has been great.
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From remote agricultural land to commercial rooftops and community microgrids, Sigenergy’s smart systems are engineered to meet the unique demands of real-world environments. Installed by Magma Electrical, each solution is scalable, resilient, and built to deliver long-term value — wherever it’s needed most.
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Magma Electrical delivers innovative, reliable electrical and solar solutions tailored to your needs. We focus on quality, safety, and sustainability to power your home or business efficiently and confidently.
