LiFePO4 Battery FLL 12V 168Ah Bluetooth
The LiFePO4 Battery FLL 12V 168Ah Bluetooth {EX2200-A007} is a high-capacity energy storage unit with favorable weight for its size, featuring a built-in BMS, Bluetooth monitoring, IP65 protection, and a durable ABS housing. Based on the manufacturer’s data, it is designed for approx. 2150Wh energy storage, long cycle life, and versatile 12V applications.
- Built-in BMS: protection and basic monitoring for the battery
- Bluetooth: important battery data can also be monitored from a phone
- Stored energy: approx. 2150Wh
- Protection: IP65 resistance against dust and water jets
- Size / weight: 332 × 176 × 220 mm, approx. 14 kg
- Accessory: according to the manufacturer’s data, this version does not include a charger in the package
Recommended use: camper van • boat • off-grid system • solar energy storage • mobile 12V power supply • security systems
Which EnergonX PowerBox product is it compatible with: NOMAD, KARAVAN, EXPLORER
Condition for connecting the accessory: 12V EnergonX PowerBox configuration
- Product code:
- {EX2200-A007}
- Width:
- 332 cm
- Length:
- 176 cm
- Height:
- 220 cm
High capacity, Bluetooth monitoring, IP65 protection
The LiFePO4 Battery FLL 12V 168Ah Bluetooth is designed for applications where a larger energy reserve, a stable 12V system base, as well as Bluetooth monitoring and increased environmental resistance are important.
Based on the manufacturer’s data, the battery is capable of approx. 2150Wh energy storage, more than 6000 cycles of service life, IP65 protection, and monitoring via Bluetooth connection. The built-in BMS and ABS housing can provide a more stable and safer system base for mobile or semi-mobile 12V applications.
What is it for?
For camper vans, boats, solar energy storage, off-grid systems, security systems, and general 12V mobile power applications.
Why is it advantageous?
It provides high capacity in a relatively compact size and favorable weight, while LiFePO4 technology can offer a safer system base with long service life.
Bluetooth monitoring
According to the manufacturer’s specification, this version includes Bluetooth, so the main battery data can also be monitored through a phone connection.
| Aspect | What does this version provide? |
|---|---|
| Battery chemistry | LiFePO4 |
| Nominal voltage | 12.8V |
| Capacity | 168Ah |
| Stored energy | approx. 2150Wh |
| BMS | Built-in BMS |
| Bluetooth | Yes |
| Protection | IP65 |
| Operating temperature | -20 °C – 60 °C |
| Charging temperature | 0 °C – 45 °C |
| Max. charging current | 0.5C (approx. 84A) |
| Continuous discharge current | 0.5C (approx. 84A) |
| Size | 332 × 176 × 220 mm |
| Weight | 14 kg |
| Housing material | ABS |
| Connection | M8 |
| Certificates | CE, RoHS, MSDS, UN38.3 |
| Expandability | According to the manufacturer’s description, series and parallel connection is supported up to 4 units |
| Accessory | According to the manufacturer’s data, the 168Ah Bluetooth version comes without a charger |
| Compatibility | NOMAD, KARAVAN, EXPLORER |
| Condition for connecting the accessory | 12V EnergonX PowerBox configuration |
Built-in protection and monitoring
- According to the manufacturer’s data, the battery comes with a built-in BMS.
- The BMS supports the battery’s basic protection and more stable operation.
- The Bluetooth connection can be useful for monitoring status, voltage, or other important data.
- This can be especially useful in systems where the battery is not always installed in an easily accessible location.
Construction and environmental resistance
- IP65 protection provides resistance against dust and water jets, but it is not designed for immersion.
- The ABS housing can provide a more durable and impact-resistant system base in mobile use.
- The 332 × 176 × 220 mm size and 14 kg weight remain manageable for this capacity level.
- This can also be advantageous in vehicle-mounted, marine, or external battery box systems.
Service life and use
- According to the manufacturer’s description, cycle life may exceed 6000 cycles.
- Actual service life is always also affected by usage method, charging, temperature, and system load.
- Using a LiFePO4-compatible charger is recommended.
- The manufacturer also mentions series and parallel expansion, but this is not recommended without proper system design.