Latest, safe technology to replace and succeed conventional lead-acid batteries. The FLYBAT LFP12-24 LiFePO4 battery is based on proven, lightweight LiFePO4 cells. Safety is a top priority; the integrated battery management system (BMS) protects the battery against overcharging and deep discharge. A balancing system ensures that each cell is monitored and charged evenly. The safety circuit has been designed to prevent any damage to man or machine. The FLYBAT LFP12-24 is explosion proof in case of impact, overcharge or short circuit. There is no risk of ignition whatsoever.

 

 

- Long life (more than 2000 cycles at 100% DOD / 3000 at 80% DOD/ 9000 cycles at 50% DOD).

- can be discharged at 100% Energy efficiency 99

- Ultra safe LiFePO4 technology (safest lithium technology on the market)

- Integrated battery management system (BMS)

- Data communication via Bluetooth and CanBus possible

- own FLYBAT APP - download in Playstore and IOS Store possible

- working temperature range from -20°C to + 60°C

- flexible application range as supply battery

- 12V systems can be switched in serial and parallel connection with 4 batteries each 

- 24/36/48V systems: parallel connection up to 4 batteries possible

- very low self-discharge <3% per month

- about 50% lighter and smaller compared to lead acid batteries with the same usable energy

- automatic shutdown at too high and too low temperatures

- vibration resistant and mechanically stable due to ABS housing

 

 

 

System: LiFePO4

voltage: 12,8V

Capacity: 24Ah

Energy content: 307 Wh

Recommended charging current: 10A

Maximum charging current: 20A

End of charge voltage: 14.4V 

Maximum discharge current (continuous): 24A

Maximum discharge current (peak): 48A

Overcharge cut-off voltage: 15.6V

Overcharge cut-off current: 70A

Final discharge voltage (recommended): 11,0V

Deep discharge cut-off voltage: 8V

Reconnect voltage: 10V

Short circuit proof

Dimensions LxWxH: 181 x 77 x 170 mm

Weight: 2,55 Kg 

Internal resistance: <20 mOhm

Connections: M5 screw connection

Communication: CAN-BUS / Bluetooth

 

The FLYBAT app can be used to monitor the technical characteristics of the FLYBAT LiFePO4 battery. Coupled to a smartphone via Bluetooth, the following information is available:

 

- Battery capacity

- battery voltage

- Battery power (amps)

- State of charge (SOC)

- Battery state of health (SOH)

- Individual cell voltage

- Temperature

 

The FLYBAT app is available for free in the app stores.