24V LiFePO4 battery for high-capacity deep-cycle power systems

Built for 24V deep-cycle applications and replacement of similarly sized lead-acid batteries, this LiFePO4 battery delivers high usable capacity with reduced weight and extended cycle life. Integrated BMS protection manages overcharge, over-discharge, temperature and short-circuit conditions, while Bluetooth connectivity enables battery monitoring through the INVICTA app. Fast recharge capability, a flat discharge curve and low self-discharge support applications requiring long runtimes and regular deep cycling.

Key Features

• LiFePO4 chemistry: Uses Lithium Iron Phosphate chemistry for stable operation, high energy density and deep-cycle applications.
• Long cycle life: Rated for more than 2,000 cycles at 100% depth of discharge (DoD), with the manufacturer stating up to eight times the cycle life of SLA batteries.
• Integrated BMS protection: Protects against overcharge, over-discharge, temperature and short-circuit conditions.
• Greater usable capacity: Offers approximately 60% greater capacity utilisation than SLA, providing longer runtime compared with an equivalent lead-acid battery.
• Reduced application weight: High energy density provides less than half the weight of equivalent SLA batteries, helping reduce overall system weight.
• Fast recharge capability: Supports faster charging to reduce turnaround time between operating cycles.
• Flat discharge curve: Maintains more consistent voltage through the discharge cycle for efficient use of available battery capacity.
• Low self-discharge: Allows the battery to remain unused for longer periods with reduced capacity loss.
• Bluetooth monitoring: Built-in Bluetooth connectivity enables battery information to be monitored through the INVICTA mobile app.
• Parallel configuration: Supports up to four batteries in parallel for applications requiring increased system capacity.
• Cell-level certification: Cells are UL1642 certified according to the supplied specification sheet.
• IEC certification: Certified to IEC 62619 for industrial secondary lithium cells and batteries.

Bluetooth monitoring, parallel expansion and high usable capacity support 24V systems requiring extended runtime, reduced weight and regular deep-cycle operation.