GoodWe is a globally recognised leader in solar inverters and battery storage, delivering high-performance energy solutions for Australian homes and businesses. Ranked among the world’s top inverter brands by Wood Mackenzie and BloombergNEF, GoodWe has surpassed 100 GW of installed capacity across more than 100 countries, cementing its position as a dominant force in smart energy. Its latest innovation, the GoodWe ESA all-in-one home energy storage system, combines a powerful hybrid inverter with scalable battery storage to deliver whole-home backup, lower energy bills, and greater energy independence. From solar inverters and battery storage to EV chargers and BIPV solutions, GoodWe’s integrated ecosystem is engineered for reliability, performance, and Australia’s transition to net zero.
GoodWe has also stepped up in the building-integrated photovoltaics (BIPV) space, launching sleek, scalable carport solutions for both residential and commercial settings. The Vela carport suits homes looking to combine EV charging with energy generation, while the commercial-grade Strix Series offers a modular light steel structure for businesses and councils. Fitted with bifacial Polaris panels, these solar carports turn empty parking spaces into a clean energy asset, backed by wind-load resilience, rapid installation, and tidy cable management.
GoodWe’s commitment to providing integrated energy solutions is evident in its product offerings.
The company empowers customers to create efficient and sustainable energy systems by combining solar inverters, batteries, and EV chargers.
GoodWe’s incredible technology has been featured on Global Energy Revolution, Energy Matters, Open Homes Australia and Renovate or Rebuild.
Check out some of the segments below.
3-10kW/5-48kWh | Single Phase
5-30kW/5-108kWh | Three Phase
The GoodWe ESA All-in-One System represents GoodWe’s next-generation residential and small commercial energy storage solutions, now available in both single-phase and three-phase configurations. Designed as a fully integrated system, the ESA combines the inverter, battery, battery management system, and intelligent energy management into one pre-wired, modular unit, delivering a cleaner, faster, and more flexible installation compared to traditional split systems.
Homeowners and businesses benefit from the ESA’s scalability, allowing systems to start small and expand over time, while the all-in-one design keeps cabling neat and commissioning simple. With built-in whole-home backup capability, fast switchover, and support for mixed battery modules, the ESA is engineered for blackout resilience, long-term performance, and future energy independence.
5-10kW │ Single Phase │ Hybrid Inverter
The GoodWe EHB 5–10 kW Single-Phase Hybrid Inverter is a next-generation energy storage inverter designed for larger residential solar and battery systems. Built to support high-performance solar arrays and high-voltage batteries, the EHB delivers greater flexibility, faster installation, and strong backup capability. Its plug-and-play design and integrated smart features make it an ideal solution for both new installations and retrofit projects, especially for homeowners planning to add or expand battery storage over time.
Unlike fully integrated systems like the ESA, the EHB offers a more flexible, inverter-led approach, allowing homeowners to pair it with a wide range of compatible high-voltage batteries. With support for large solar arrays, multiple MPPTs, and UPS-level backup switching, the EHB is built to maximise solar generation, improve self-consumption, and provide reliable power when the grid goes down.
15-29.9 kW | Three phase | Up to 3 MPPTs | Hybrid Inverter (HV)
The GoodWe ET 15kW-29.9kW Series inverter is well-suited for residential, small to medium commercial, and industrial applications. Serving as the heart of an energy storage solution, the ET inverter significantly cuts down on energy expenses by efficiently storing solar power for flexible utilisation and boosting self-consumption. It optimally manages power demand and grid power importation through peak shaving, effectively minimising extra grid demand for cost-effective property usage. When combined with the GoodWe Home F Series battery, it provides a comprehensive solution for Three-phase systems, offering a convenient one-stop shop. This series is available in models ranging from 15kW to 29.9kW, catering to various power needs.
9.6-28.8kWh | High Voltage Battery
The GoodWe Lynx F G2 Series high-voltage battery offers an optimal modular energy storage solution, especially when paired with the compatible GoodWe EH and ET series inverters. With a capacity range spanning from 9.6kWh to 28.8kWh and the flexibility to expand by parallel connecting up to 8 towers, the Lynx F G2 Series caters to energy storage needs across a wide spectrum, ranging from residential homes to commercial properties.
Facilitating easy installation and maintenance, the system features stackable self-detecting modules. The utilisation of reliable lithium iron phosphate (LFP) battery cell technology ensures maximum safety and an extended life cycle for the battery.
GoodWe HCA Series EV Charger
AC Charger | Single Phase – 7 kW | Three Phase – 11/22 kW
The growing popularity of electric vehicles has created a demand for efficient and convenient charging solutions. GoodWe’s EV chargers are designed to seamlessly integrate with solar power systems, enabling EV owners to charge their vehicles with clean, renewable energy.
GoodWe’s solar carports are changing how Australians think about parking. Whether you’re a homeowner, business, or public facility, their Vela, Strix, and Atlas Series offer a smart, stylish way to generate solar power, no roof required.
With rooftop space often limited or unsuitable, these modular carports provide a practical and powerful solution. Built with integrated waterproof Polaris BIPV panels, each carport shields vehicles from the elements while generating clean energy for your home, battery, or EV. The Vela Series is ideal for households, with single and double-bay systems that install in just 3 hours and support motion-sensing lights, CCTV, and EV charging.
The Strix and Atlas Series step up for commercial and public-scale deployments, offering container-ready, bolt-only frames that are fast to install, structurally certified for wind zones A, B, and C, and scalable to suit large fleets or multi-bay sites. No on-site welding, no headaches.
With EV ownership on the rise, these carports double as clean energy charging hubs. They’re fully compatible with major inverters, EV chargers, and GoodWe’s own battery range, helping you drive and live on solar. And thanks to their BIPV status, they may qualify for small-scale technology certificates (STCs) and state-based battery rebates when installed as part of an energy upgrade.
Add in a 15-year structural warranty, corrosion-resistant materials, and low-maintenance operation, and you’ve got a future-proof investment for homes, schools, councils, and commercial sites alike.
GoodWe’s Vela Series is a sleek and simple solar carport for Australian homes, offering both shelter and solar savings in one. This modular carport features integrated Polaris BIPV panels, a waterproof all-aluminium frame, and a minimalist design that suits any driveway or freestanding space. It’s perfect for EV charging, powering your home, and adding curb appeal. With tool-free assembly and optional smart upgrades like CCTV and motion lighting, the Vela makes solar stylish and stress-free.
Specs:
The Strix Series is GoodWe’s flexible solar solution for commercial and council spaces. Built from light steel and shipped in container-ready kits, it’s ideal for car parks, depots, and public precincts. The bolt-only design skips on-site welding, while overlapping Polaris panels create a clean, watertight finish. Fast to quote, fast to install, and built to scale, Strix turns underused parking into a high-yield solar asset.
Specs:
Engineered for larger loads and high-exposure sites, the Atlas Series is GoodWe’s most robust solar carport. Using a heavy-duty steel frame and expansive structural spans, it’s built for industrial zones, shopping centres, and fleet depots. The Polaris BIPV panels maintain clean energy generation and weather resilience, while the modular system simplifies installation for multi-bay projects. When strength and scale matter, Atlas delivers.
Specs:
GoodWe hit the road in 2023 to deliver a specialised kid’s educational program to schools in Victoria. The culmination of the program was a competition which students entered their sustainable ideas to. The winners were revealed at the Melbourne Home Show to much fan fair!
As the controversy over “dirty nickel” continues to stir up the Renewable Energy industry, consumers’ trust in “green products” is more precious than ever. As a global leading provider of clean energy solutions, GoodWe always believes that true green energy not only needs to “produce clean”, but also needs to be “clean throughout the process”. Regarding the application of nickel resources in new energy products and ethical issues in the supply chain, we are willing to share the current situation, actions, and commitments with the public with an open attitude.
In GoodWe’s product system, nickel is a key material for some core components – coating (to enhance corrosion resistance), alloy (to enhance structural strength), and stainless steel (to ensure durability). This is a common demand for global Renewable Energy equipment manufacturing and a necessary choice to ensure product performance.
It should be clear that our product manufacturing process itself does not involve the mining or smelting of “dirty nickel”; our responsibility is to ensure that the purchased nickel resources meet environmental and ethical standards throughout their entire life cycle.
From the perspective of technology selection, GoodWe always follows the principle of “performance adaptation + environmental friendliness” in the application of nickel. Due to the high purity requirements of nickel for parts such as coatings, alloys, and stainless steel (which need to ensure corrosion resistance and structural stability), we prioritize Class I nickel extracted from sulfide ore, which not only meets performance requirements but also avoids the environmental costs caused by complex purification processes. In contrast, Class II nickel (“dirty nickel”) is not suitable for such basic material links in terms of economy and process complexity. Therefore, GoodWe has reduced its dependence on “dirty nickel” from the technical source.
It is worth emphasizing that in the core energy storage field, our entire range of household, commercial, and large-scale energy storage systems use lithium iron phosphate (LFP) battery technology – this type of battery does not contain nickel, fundamentally avoiding the need for high-polluting nickel ore, further strengthening the “whole-link green” attribute of the product.
In short, GoodWe’s choice of nickel is not only a necessary adaptation of performance, but also a proactive practice of environmental responsibility.
The core of the controversy over “dirty nickel” in the industry lies in environmental damage and hidden labor rights issues in some nickel mines, especially in nickel-producing areas. GoodWe’s attitude towards this is clear and firm: rejecting “vague green” and only accepting “traceable responsibility”.
Therefore, we will officially launch the GPM (Green Product Management System) in August 2025, embedding the EMRT 2.0 standardized reporting template (a global standard tool launched by the Responsible Minerals Initiative). The upgrade and expansion of this system is a key measure for us to proactively respond to industry challenges.
As stated in the “EMRT 2.0 Completion Guide”: “The significance of traceability is not only to identify risks, but also to promote the evolution of the entire supply chain towards a more responsible direction.” For GoodWe, the launch of EMRT 2.0 is not only a response to public concerns, but also an action to prove that the progress of Renewable Energy requires every link to take responsibility.
GoodWe is well aware that if the nickel resources behind batteries and inverters are accompanied by ecological damage and labor harm, it goes against the original intention of “green energy”. Therefore, we not only focus on the “clean output” of products, but also promote the “clean input” of the supply chain. This proactive launch of nickel resource traceability is not only a response to public concerns, but also an action to prove that Renewable Energy’s progress requires every link to take responsibility. We look forward to providing the industry with a “green nickel” procurement reference through the EMRT 2.0 system, so that consumers can see the “zero carbon” value when choosing, and be more content with the “zero dispute” supply chain. We plan to release the “GoodWe EMRT 2.0 Expanded Mineral Report” in May 2026, summarizing the traceability results with transparent data and fulfilling the “green promise”. The federal battery tax refund is coming, and consumer trust is even more precious. GoodWe always believes that brand influence comes from the persistence of “doing the right thing”: not avoiding the application of nickel, not avoiding industry challenges, and using transparent supply chain and traceable responsibility to justify “green nickel” – this is not only a commitment to consumers, but also the original intention of “making energy cleaner and more reliable”. In the future, we are willing to work with the industry, media, and consumers to supervise and make every nickel applied to products a reliable footnote to “green energy”.
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