GoodWe Battery

Exploring and utilizing smart technologies and advanced expertise, Goodwe is relentless about offering users residential & small C&I storage solutions to protect users from rising electricity costs.

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Why Choose GoodWe Battery in AU

GoodWe batteries are a strong choice for Australian households because they offer a modular and robust design that copes well with the country’s harsh environmental conditions. Models like the Lynx Home series are built with high protection ratings (IP65), allowing them to perform reliably even in Australia’s extreme heat and outdoor installations. Their stackable, modular nature also means you can start with a smaller storage capacity and easily expand it later, giving you the flexibility to adapt as your energy needs grow or as you add electric vehicles to your home.

In addition to their physical durability, GoodWe utilises Lithium Iron Phosphate (LFP) chemistry, which is widely recognised as the safest and longest-lasting battery technology currently available. This safety is backed by a strong local presence; unlike some competitors that operate solely from overseas, GoodWe maintains a dedicated office and support team within Australia. This ensures that warranty claims and technical support are handled in your time zone, providing peace of mind that your investment is secure and locally supported.

Key Features of GoodWe Battery

Safety First (LFP Technology): All GoodWe batteries use Lithium Iron Phosphate (LiFePO4) battery cell technology. This is widely considered the safest and most durable lithium chemistry available, offering high thermal stability and a longer lifespan.
Modular & Stackable Design: GoodWe’s "Plug & Play" design allows you to start with a smaller capacity and expand later. The modules simply stack or connect together without complex wiring, making installation faster and neater.
Seamless Compatibility: Designed specifically for GoodWe’s award-winning battery (such as the Lynx Home U, Lynx F, and BAT-S series) with the best hybrid inverter, ensuring faster reaction times and unified monitoring via the SEMS Portal app.
Reliable Backup Power: When paired with the correct inverter, GoodWe batteries can provide UPS-level backup power, keeping your essential appliances running during grid blackouts.

goodwe battery packages available in australia

At Eco Aspire Energy, we specialize in solar energy solutions, empowering you to optimize energy usage and minimize your carbon footprint with tailored services.

16.64kWh

Battery + 10kW Inverter

24.96kWh

Battery + 10kW Inverter

33.28kWh

Battery + 10kW Inverter

GoodWe Battery Models Available in Australia

In Australia, GoodWe offers four main battery series: the ESA Series (all-in-one energy storage system), Lynx Home U Series (low-voltage battery), Lynx Home F Series (high-voltage battery), and Lynx F G2 Series (advanced high-voltage system) to suit different home energy storage needs.

GoodWe ESA Series 5-30kW/5-108kWh | Three Phase | All-in-One (HV)

The GoodWe ESA Series 5–30kW / 5–108kWh from GoodWe is an all-in-one solar energy storage system that combines the inverter, battery, and smart energy management in one unit. It has a simple pre-wired and modular design, which makes installation faster and easier. The system supports different battery sizes (5, 6*, 8, and 9* kWh), and you can connect up to 12 modules to reach a total capacity of 108 kWh. This makes it suitable for both homes and small businesses. It also uses smart AI technology to manage energy use and help reduce electricity costs by using power at the best times. Overall, the ESA Series is a flexible, efficient, and future-ready solar battery solution for Australian users.

6kWh and 9kWh modules coming soon

Technical Specifications:

Power range: 5–30 kW
Energy storage capacity: 5–108 kWh
System type: Three-phase All-in-One ESS (High Voltage)
Design: Modular and pre-wired system for easy installation
Noise level: As low as 30dB (quiet operation)
Protection rating: IP66 (high dust and water resistance)

👉 See Datasheet

GoodWe Lynx Home U G3 Series

The Lynx Home U G3 Series represents the latest evolution in residential energy storage, offering a highly efficient 48V solution that integrates a Battery Management System (BMS) directly into every module. This smart “standalone” design eliminates the need for a separate power control unit, allowing for a compact and lightweight system that is easier to install and faster to commission. With its ability to handle rapid charging and discharging, the U G3 is perfectly suited for modern Australian homes seeking to maximise self-consumption and secure reliable backup power without sacrificing space.

Key Features:

Massive Scalability: Connect up to 30 units in parallel for a total capacity of 150 kWh, making it suitable for everything from small homes to light commercial applications.
High Power Performance: Supports a maximum charging current of 90A and a discharging current of 100A, allowing for rapid energy delivery during peak demand.
All-Weather Reliability: Features a built-in heating film that ensures optimal performance even in low-temperature environments, alongside an IP65 rating for indoor or outdoor installation.
Simplified Design: The integrated BMS in each module removes the need for extra external boxes, streamlining the “Plug & Play” installation process.
LFP Safety: Utilises Lithium Iron Phosphate technology for superior thermal stability and long-term safety.

Technical Specifications of GoodWe Lynx Home U G3 Series

Parameter	Specification
Model	LXU 5.0-30
Usable Energy (kWh)	5
Nominal Voltage (V)	51.2
Nominal Charging / Discharging Current (A)	60 / 100
Installation Location	Wall Mounted / Grounded
Enclosure Type	IP65

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GoodWe Lynx Home F G2 Series

The Lynx Home F G2 Series provides a flexible and powerful storage option for Australian properties seeking high efficiency and rapid energy delivery. Its high-voltage architecture improves round-trip efficiency while reducing current draw, making it a robust choice for medium to high-demand households. The system features reliable Lithium Iron Phosphate (LFP) technology, which ensures high thermal stability and a long life cycle, even in the demanding Australian climate. With its smart monitoring capabilities and “Plug & Play” wiring, the Lynx Home F G2 offers a sophisticated yet user-friendly path to energy independence.

Key Features:

Modular Scalability: Offers a capacity range from 6.4 kWh to 28.8 kWh per tower, with the ability to connect up to 8 towers in parallel for a total of 230.4 kWh.
Safety and Longevity: Utilises stable LFP battery cell technology that is known for its inherent safety and high cycle stability.
Smart Control: Supports remote diagnosis and firmware updates via the inverter, as well as an auto-reboot function after an undervoltage fault.
Simplified Installation: Features stackable auto-recognition modules and pre-wired communication cables to skip complex internal wiring.
Versatile Placement: Rated IP55 for dust and water protection, making it suitable for both indoor and outdoor grounded installations.
Seamless Integration: Fully compatible with GoodWe EH (Single Phase) and ET (Three Phase) hybrid inverters for unified system management

Technical Specifications of GoodWe Lynx Home F G2 Series

Feature	Specification
Battery Chemistry	Lithium Iron Phosphate (LFP)
Usable Energy Range	6.4 kWh – 28.8 kWh (per tower)
Module Capacity	3.2 kWh per module (LX F3.2-20)
Nominal Voltage	128V to 576V (depending on configuration)
Nominal Dis-/Charge Current	35A
Operating Temperature	Charge: 0°C to +50°C; Discharge: -20°C to +50°C
Communication	CAN
Ingress Protection	IP55 (Indoor/Outdoor)
Mounting Method	Grounded
Warranty	10 Years

Monitor Your Energy Anywhere

With the GoodWe SEMS Portal app, you have full visibility of your energy usage in the palm of your hand.

Real-time Tracking: See exactly how much solar you are generating, using, and storing.
Remote Diagnosis: The system allows for remote health checks and firmware upgrades, reducing the need for site visits.
Auto-Reboot: The batteries feature an intelligent auto-reboot function that restarts the system automatically after undervoltage, ensuring continuous operation.