Liontron LiFePO4 LX Arctic Smart Bluetooth BMS Lithium Battery 12.8 V

Repairable— thanks to itsmodular design

• The battery can be easily opened by removing just four screws.
• No glued casing. No soldered cells.
• Simple, cost-effective service and repair.
• Individual components can be replaced.
• The product remains usable well beyond the 5-year warranty period.

The battery can be opened quickly and easily for servicing by removing four screws. This enables cost-effective repairs as well as the straightforward replacement of individual components.

Gone are the days when a battery inevitably had to be completely replaced even if only a single cell or a small electronic component failed. The housing is not glued together, and the individual components are not soldered or encapsulated. Cost-effective repairs and long-term availability of replacement parts thus enable sustainable use of the product well beyond the warranty period.
The round cells are screwed together, allowing them to be replaced individually as needed without special tools. Functional components can be reused during repairs, saving the consumer money.

Full-Fledged Lead-Acid Battery Replacement with Maximum Service Life
This LiFePO4 battery is a full-fledged lead-acid battery replacement with all the advantages of lithium iron phosphate technology. The battery was specifically designed to fully meet the high demands placed on storage batteries today.

It offers the highest level of safety and a long service life, even with regular deep discharges. The technology enables an extremely long cycle life, making these batteries the ideal traction battery.
It also offers significant weight reduction, enormous energy reserves, and stable voltage even under extreme loads.
The battery is suitable for replacing lead-acid batteries such as AGM or gel on a one-to-one basis without having to change the charging or discharging configuration. The battery is suitable only for 12V installations. Parallel connection to increase capacity is possible (series connection to, for example, 24V is not possible).

More Energy Per Kilogram
The battery weighs only 15.5 kg and is particularly easy to transport. Thanks to its fully usable capacity, it effectively replaces lead-acid batteries with a capacity of up to 200Ah in practical use, despite its extremely lightweight design.

Safest lithium technology
Absolutely intrinsically safe
The battery is based on lithium iron phosphate (LiFePO₄) technology. It enables an extremely long cycle life and offers significant weight reduction, enormous energy reserves, and stable voltage even under extreme loads.

The integrated battery management system (BMS) constantly monitors the status of each individual cell and protects them against overcharging, overvoltage, and overheating, among other things. This prevents premature battery failure caused by environmental factors or improper use before it occurs.

High-Performance Traction/Storage Battery
specifically designed for mobile or stationary use with the highest demands

Safest lithium technology (LiFePO4)
Lithium iron phosphate. No gas evolution, no risk of explosion or fire. Completely maintenance-free.

Lightweight
Weight savings of up to 16.5 kg compared to 100Ah AGM lead-acid batteries weighing 32.0 kg

Integrated Battery Management System (BMS)
with adaptive cell balancing. Protection against short circuits, overcharging, and deep discharge.

High cycle life
Maximum cycle life of over 3,000 cycles, even with regular deep discharges.

Directly interchangeable with lead-acid batteries
AGM/GEL without changing the charge/discharge profile.
A 100 Ah lithium LiFePO4 battery functionally replaces approximately a 200 Ah lead-acid battery due to its maximum usable capacity.

High discharge current
Suitable for powering loads with high inrush currents.

Low self-discharge
Only about 3% per month (10% per year) during storage or when not in use

Bluetooth Monitoring: Always Keep an Eye on Battery Status
With the integrated Bluetooth 4.0 monitoring, you can always keep track of all important battery data on your smartphone or tablet. The new LIONTRON Multi app allows you to monitor four batteries simultaneously (a battery bank with up to four batteries connected in parallel). The app then displays the current state of charge, remaining capacity, and total charge/discharge power for all batteries combined. Tapping the battery icon displays additional information about each individual battery.

To connect the battery to a smartphone or tablet, the device must support Bluetooth version 4.0.

Batteries for the Most Demanding Applications
LIONTRON LiFePO4 batteries are a full-fledged replacement for lead-acid batteries, offering all the advantages of lithium iron phosphate technology.
They offer maximum safety and a long service life, even with regular deep discharges. This technology enables an extremely high cycle life, making these batteries the ideal traction battery.
The battery is suitable for replacing lead-acid batteries such as AGM or gel on a one-to-one basis without requiring any changes to the charging or discharging configuration. Thanks to its fully usable capacity, it effectively replaces lead-acid batteries with double the capacity in practice, despite its extremely lightweight design.

LIONTRON Arctic: Operable down to -30 °C —Makes the Ice Melt
The new LIONTRON LX Arctic is the first LiFePO4 battery that can be used without any problems even at arctic temperatures as low as -30 °C. Other lithium batteries usually cease to function entirely as early as 0 °C.

• Operational down to -30 °C—LIONTRON Arctic batteries can be used even in extreme outdoor temperatures.
• For mobile use—Ideal for caravans, motorhomes, and campers. Allows the battery to be installed even in the unheated section of the vehicle.
• Easy to retrofit – The Arctic Upgrade can be installed without any problems. LIONTRON LX Series batteries that have already been purchased can also be retrofitted.

The system consists of two heating elements controlled fully automatically by the Battery Management System (BMS), which use the charging current to keep the cell temperature above freezing, enabling the battery to be used even under extreme conditions.