As residential solar adoption continues to grow across Australia, homeowners are increasingly investing in reliable Home Solar Battery Backup Solutions to reduce grid dependence, manage peak electricity costs, and ensure power availability during outages.
This project demonstrates a high-capacity lithium battery energy storage system installed in Australia by a GSL ENERGY authorized local partner. The system delivers large-scale residential energy storage with full compliance, seamless inverter integration, and reliable outdoor performance.
Project Location: Australia
Installed by: GSL ENERGY Authorized Australian Partner
Application: Residential Home Solar Battery Backup
Installation Type: Outdoor Installation
Battery Configuration: 4 × 14.34kWh Lithium Battery Systems
Total Storage Capacity: 57.36kWh Battery
Inverter Compatibility: Solis Hybrid Inverter
Australia is one of the world’s most advanced residential solar markets. Homeowners increasingly demand compliant, high-capacity lithium battery systems that meet local certification standards while providing reliable backup power.
For this project, the homeowner required a large-capacity, outdoor-rated lithium battery solution that could integrate smoothly with an existing Solis hybrid inverter. Installation was completed by a GSL ENERGY authorized partner, ensuring full alignment with local electrical codes, CEC requirements, and installation best practices.
The system uses four high-capacity lithium battery units, each rated at 14.34kWh, forming a modular energy storage solution with a total capacity of 57.36kWh.
High-capacity LiFePO₄ (LFP) lithium battery technology
Modular architecture for parallel operation and future expansion
Full communication compatibility with Solis hybrid inverters
Stable BMS–inverter interaction for optimized charge and discharge performance
Operating as an integrated home solar battery backup system, the solution improves solar self-consumption, enhances energy efficiency, and provides reliable power during grid outages.
The system was installed outdoors using a weatherproof, outdoor-rated battery enclosure specifically designed for Australian environmental conditions.
Waterproof and dust-resistant cabinet structure
High thermal stability in hot climate conditions
Reduced indoor space requirements for residential homes
Flexible placement options for installers
The outdoor lithium battery system has demonstrated stable operation and long-term reliability under real-world environmental conditions.
To ensure safe operation and smooth grid connection, the system meets key Australian regulatory requirements.
CEC Listed for Australian residential solar and storage projects
Compatible with CEC-listed Solis hybrid inverters
IEC and CE compliant lithium battery system
UN38.3 and MSDS certified for transportation safety
CEC listing, combined with professional local installation, helps reduce project approval timelines and improves long-term system bankability.
Through collaboration with the GSL ENERGY authorized installer, the project successfully delivered a high-capacity residential energy storage solution.
Fully compliant Home Solar Battery Backup Solution
57.36kWh high-capacity energy storage system
Seamless integration with Solis hybrid inverter
Reliable backup power during grid outages
Long service life with LiFePO₄ battery chemistry
Reduced grid dependency and improved energy autonomy
The system now operates as a future-ready residential energy storage asset, supporting daily energy management and backup power needs.
GSL ENERGY is a global manufacturer of High-Capacity Lithium Batteries and energy storage systems for residential, commercial, and industrial applications.
With factory-direct supply, CEC-listed battery solutions, and proven compatibility with leading inverter brands such as Solis, GSL ENERGY provides certified, scalable, and reliable energy storage solutions worldwide.
Through a global partner network—including authorized installers in Australia—GSL ENERGY ensures local compliance, technical compatibility, and professional system deployment.