Anker SOLIX Battery Storage
Smart Solar Battery Storage for Australian Homes & Businesses
Anker battery storage in Australia offers a smart, reliable way for homeowners to store solar energy, reduce electricity bills, and stay powered during outages. Through its Anker SOLIX range, Anker brings advanced lithium battery technology, modular scalability, and intelligent energy management designed to suit Australian homes and conditions. Whether used to maximise solar self-consumption, provide blackout backup, or support energy independence, Anker battery storage systems are built with safety, durability, and long-term performance in mind, making them an increasingly popular choice in the Australian solar battery market.
Anker SOLIX Battery Has 3 Main Battery Storage Models for Australia
Anker SOLIX AC-coupled Solution X1-P6K
Anker SOLIX Hybrid Single-Phase X1-H6K
Anker SOLIX Hybrid Three-Phase X1-H12K
Anker SOLIX 20kWh + 5kW Hybrid Inverter
Starting From $9,999*
Anker SOLIX Battery Storage Packages
30kWh
Battery + 5kWh Hybrid Inverter
- Ideal for small to medium homes & spaces
- Save up to 70% on your electricity bills
- Government rebates & incentives available
35kWh
Battery + 10kWh Hybrid Inverter
- Perfect for medium to large homes
- Maximize solar use with up to 90% independence.
- Provides reliable backup power during outages
40kWh
Battery + 12kWh Hybrid Inverter
- Best suited for large homes or high-energy users
- Provides reliable backup power during outages
- Future-proof solution with long-term savings.
Anker Battery Series
Designed for homes, businesses, and large‑scale solar farms
Anker SOLIX AC-coupled Solution X1-P6K
Anker SOLIX Hybrid Single-Phase X1-H6K
Anker SOLIX Hybrid Three-Phase X1-H12K
Anker SOLIX AC-coupled Solution X1-P6K
The Anker SOLIX AC-Coupled Solution X1-P6K is a smart, flexible home battery system designed to help Australian households store excess solar energy and reduce reliance on the grid. Built for easy retrofitting to existing solar systems, the X1-P6K uses AC coupling to seamlessly integrate with most inverters, making it ideal for both upgrades and new installations. With reliable backup capability, intelligent energy management, and Anker’s trusted safety technology, this solution delivers greater energy independence, lower electricity bills, and consistent performance for modern homes.
Anker SOLIX Hybrid Single-Phase X1-H6K
The Anker SOLIX Hybrid Single-Phase X1-H6K is an all-in-one solar inverter and battery storage solution that combines efficient solar power conversion with intelligent energy management for modern homes. Designed for single-phase residential systems, the X1-H6K offers seamless integration of solar generation, storage, and grid interaction—helping homeowners maximize self-consumption, reduce electricity costs, and maintain reliable backup power. With built-in hybrid functionality, user-friendly controls, and robust safety features, it’s an ideal choice for those looking to optimize their solar investment with streamlined performance and enhanced energy independence.
Anker SOLIX Hybrid Three-Phase X1-H12K
The Anker SOLIX Hybrid Three-Phase X1-H12K is a high-capacity solar inverter and battery storage solution engineered for three-phase residential and light commercial systems. Combining efficient solar power conversion with intelligent energy management, the X1-H12K enables seamless coordination between solar generation, energy storage, and the grid to maximize self-consumption, reduce electricity costs, and provide dependable backup power. With robust performance, advanced safety features, and user-friendly monitoring, this hybrid solution delivers powerful, streamlined energy independence for larger homes and three-phase installations.
Specifications of Anker SOLIX Battery
The most advanced home battery system with integrated solar inverter technology
30 kWh
Usable Energy Capacity
7.5 kW
Peak Power Output
90.2%
Round-Trip Efficiency
10 Years
Comprehensive Warranty
Core technical features of Anker SOLIX Battery:
The Anker SOLIX X1 series is an ultra-slim, modular energy storage solution engineered for the Australian climate, featuring safe lithium iron phosphate (LFP) chemistry and high environmental resistance.
- Modular Scalability: The system uses 5kWh LFP battery modules that can be stacked up to 30kWh per power module. Up to six systems can be paralleled to reach a maximum capacity of 180kWh.
- Ultra-Slim Form Factor: At just 15cm deep, it is one of the thinnest home batteries available, designed to fit into narrow outdoor spaces common in Australian homes.
- Rapid Backup Switchover: The system features a switchover time of under 10ms, providing near-instantaneous power during a grid outage.
- Environmental Resilience: * Weatherproofing: Rated IP66 for dust and water resistance.
- Corrosion Protection: Features a C5-M anti-corrosion coating, making it suitable for coastal installations.
- Temperature Range: Operates effectively from -20°C to +55°C using internal thermal boost technology.
- Energy Optimization: Each battery module operates independently for charging and discharging, which prevents the “weakest link” effect where one underperforming module limits the entire stack.
- Safe Chemistry: Utilizes LiFePO₄ (LFP) technology, which offers higher thermal stability and safety compared to traditional NMC batteries.
Technical Overview – Anker SOLIX Battery
The table below summarises the technical overview of the Anker SOLIX Battery storage system offered in Australia.
Feature | AC-Coupled (X1-P6K) | Hybrid Single-Phase (H6K) | Hybrid Three-Phase (H12K) |
System Compatibility | Retrofit (Existing Solar) | New/Replacement (1-Phase) | New/Replacement (3-Phase) |
Status | Standard AU Range | Standard AU Range | Standard AU Range |
Total Capacity | 5 – 30 kWh (per stack) | 5 – 30 kWh (per stack) | 5 – 30 kWh (per stack) |
Usable Capacity | 100% Depth of Discharge | 100% Depth of Discharge | 100% Depth of Discharge |
Cell Technology | Li-Ion LFP | Li-Ion LFP | Li-Ion LFP |
Max Charge/Discharge | 6.6 kW (w/ multiple modules) | 6 kW | 12 kW |
Peak Power (10s) | 12 kVA (Backup mode) | 10 kVA (Backup mode) | 20 kVA (Backup mode) |
Power Module Weight | 20 kg | 19 kg | 30 kg |
Battery Module Weight | 51 kg (per 5kWh module) | 51 kg (per 5kWh module) | 51 kg (per 5kWh module) |
Dimensions (W/H/D) | 670 x 335 x 150 mm (Power) | 670 x 335 x 150 mm (Power) | 670 x 450 x 150 mm (Power) |
Battery Dim. (W/H/D) | 670 x 360 x 150 mm | 670 x 360 x 150 mm | 670 x 360 x 150 mm |
Cycle Life / Warranty | 10-Year (70% capacity) | 10-Year (70% capacity) | 10-Year (70% capacity) |
Advanced Features of Anker SOLIX Battery
Engineered for maximum performance and seamless integration
Ultra-Slim & Scalable design
The Anker SOLIX Battery offers a range of advanced, officially verified features designed to maximise efficiency, safety, and flexibility for Australian homes. Key highlights include:
- Modular & Scalable Design – Stackable 5 kWh LFP modules expandable from 5 kWh to 30 kWh.
- Ultra-Slim 150 mm Profile – Space-saving design suitable for wall-mounted installations.
- AC-Coupled & Hybrid Options – Available in AC-coupled, single-phase hybrid, and three-phase hybrid configurations for retrofits and new systems.
- High-Safety LFP Technology – LiFePO₄ cells provide excellent thermal stability, safety, and long service life.
- 100% Depth of Discharge – Allows full use of stored energy for maximum efficiency.
- Backup Power Support – Supplies power during grid outages with fast switchover for essential loads.
- Smart Energy Management & Monitoring – Intelligent control with remote monitoring via app.
- Built for Australian Conditions – Outdoor-rated design with strong weather and corrosion resistance.
- 10-Year Product Warranty – Long-term reliability and peace of mind.
Professional Installation Process
As certified Anker SOLIX installers, we ensure a seamless installation experience
Site Assessment
We evaluate your home’s energy needs and electrical system to design the optimal Battery storage setup.
System Design
Our engineers create a custom installation plan for your Anker SOLIX Battery and solar integration.
Professional Installation
Certified technicians install your Anker SOLIX Battery system with minimal disruption to your home.
Activation & Monitoring
We activate your system and set up the Anker app for real-time monitoring and control.
Why choose Anker SOLIX Battery storage in Australia?
Choosing Anker SOLIX battery storage in Australia is particularly advantageous for homeowners facing specific environmental and spatial constraints common in the region.
1. Built for the Australian Environment
- Superior Weatherproofing: With an IP66 rating, the unit is more resilient against heavy dust and high-pressure water compared to the standard IP65 rating found on many competitors.
- Extreme Temperature Management: The internal thermal boost technology allows the battery to operate and charge at full capacity in temperatures ranging from -20°C to 55°C, essential for surviving Australian heatwaves.
- Coastal Protection: It features a C5-M anti-corrosion coating, which is the highest industrial standard for protecting electronics in salty, coastal air.
2. Space-Saving “Ultra-Slim” Design
- 15cm Depth: Its remarkably thin profile is specifically designed to fit into narrow side-passages or garages where bulkier batteries, like the SolarEdge (240–250mm deep), might not fit.
- Aesthetic Integration: The sleek, minimalist design is less intrusive on the home’s exterior.
3. High Performance and Efficiency
- Modular Optimization: Unlike traditional systems, where the weakest battery cell limits the entire stack, Anker uses an energy optimizer in each 5kWh module to ensure independent operation and maximum energy yield.
- 100% Depth of Discharge: You can use the full 5kWh of every module without damaging the battery, whereas some other technologies require a reserve to maintain battery health.
- UPS-Grade Backup: A switchover time of under 10ms ensures that sensitive electronics (like computers or medical equipment) stay powered during a blackout without resetting.
4. Safety and Reliability
- LFP Chemistry: It utilizes Lithium Iron Phosphate (LFP), which is significantly safer and more thermally stable than the NMC (Nickel Manganese Cobalt) chemistry used in some other high-end batteries.
- Long-Term Support: It comes with a 10-year warranty and is backed by Anker’s established global reputation for power electronics.
5. Flexible Installation Options
- Retrofit Friendly: The AC-coupled X1-P6K model allows you to add battery storage to your existing solar setup without needing to replace your current solar inverter.
Scalable Growth: You can start with a single 5kWh module and expand your storage capacity as your energy needs or budget grow.
Benefits Of Using Anker SOLIX Battery in Australia
The Anker SOLIX X1 is a high-performance, modular energy storage system designed to withstand the Australian climate.
Core Benefits
- Weatherproof Design: Features an IP66 rating and C5-M anti-corrosion coating, making it ideal for dusty or coastal environments.
- Ultra-Slim Profile: Only 15cm deep, designed to fit into narrow side-passages common in Australian homes.
- Temperature Resilience: Maintains full power output in extreme heat up to 55°C.
- Modular Optimization: Each 5kWh module operates independently, ensuring maximum energy yield and system reliability.
- Fast Backup: Provides a <10ms switchover during blackouts to keep sensitive electronics running.
- High Safety: Uses LFP (Lithium Iron Phosphate) chemistry for superior thermal stability and a lower fire risk.
- VPP & Rebate Ready: CEC-approved and compatible with Virtual Power Plants like Amber Electric to help reduce electricity bills.
Conclusion
The Anker SOLIX X1 battery range offers a smart, flexible, and future-ready energy storage solution for Australian homes. With its modular LFP battery design, ultra-slim profile, and support for AC-coupled, single-phase, and three-phase hybrid systems, it suits both existing solar upgrades and new installations. Backed by intelligent energy management, reliable backup capability, and a 10-year warranty, the Anker SOLIX X1 helps homeowners maximise solar self-consumption, reduce electricity costs, and gain greater energy independence with confidence.