Power your energy independence with the AERL LiFe²-5120S, a next-generation lithium battery storage system engineered to thrive in the harshest Australian conditions. Featuring cutting-edge Active Battery Management and world-class LiFePO₄ prismatic cells, this robust and scalable solution is ideal for residential, commercial, and off-grid energy systems.
Why Choose AERL LiFe²?
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Reliable Power, Anytime
Benefit from automatic fallback to self-management mode if communication with your inverter is lost—ensuring uninterrupted operation even in unexpected scenarios. -
Scalable & Flexible
Expand your system effortlessly—connect up to 64 battery modules in parallel for large-scale applications. Choose from 6-module or 10-module pre-wired plug-and-play cabinets, saving valuable time on installation. -
Performance You Can Count On
With 100% depth of discharge, a nominal capacity of 5.12kWh, and up to 10.24kW peak discharge power, the LiFe²-5120S delivers robust performance for demanding energy loads. -
Plug & Play Convenience
Enjoy simple installation with pre-wired quick connectors and hot-swappable modules—no downtime or complicated wiring. -
Remote Monitoring with AERL Cloud
Track performance, diagnostics, and system health from anywhere with cloud-based monitoring tools designed for peace of mind. -
Engineered for Extremes
With an operating range from -20°C to 50°C (discharge) and up to 95% non-condensing humidity, LiFe²-5120S is built for reliability in harsh climates.
| AERL LiFe2-5120S / Selectronic Recommended Minimum Battery Modules | |||||||||
| Manufacturer | Model | Single Phase | Three Phase | ||||||
| Selectronic | SPMC480 | 2 | 6 | ||||||
| SPMC481 | 2 | 6 | |||||||
| SPMC482 | 3 | 9 | |||||||
AERL
Australian Energy Research Laboratories (AERL) was originally founded by Stuart Watkinson (BE Elec. Eng., Grad. M.I.E.A) in 1985, after the development of the “Power Optimiser”, a revolutionary solution to a complex problem.
Unlike many inventors, Stuart possessed not only a great idea, but also the entrepreneurial skill to turn it in to a commercially viable product. The “Power Optimiser” would eventually come to be known as the AERL MAXIMISER™, the world’s first truly Universal Maximum Power Point Tracker (MPPT).
After the completion of his thesis, titled “The Generation of Electricity from Solar Energy”, Stuart devised an electronic unit that would efficiently extract the maximum electrical power from a small photo-voltaic array, and deliver it to a DC electric motor to assist in propelling a 4-rider solar tandem pushbike.
The pushbike, “Solar Tandem”, was a unique vehicle designed to combine human effort – in the form of pedal power – with electrical energy from solar cells to create an energy-efficient method to transport 4 riders at unusually high speeds. The experiment intended to prove that a hybrid system of human and photovoltaic [PV] energy can eliminate the need for conventional batteries, while minimising the size of the PV array required for a given application.
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