Series & Chemistry
Selecting a documented series range and chemistry for the battery system.
- BFJ-HDSH017S100A014–17S · Li-ion (ternary) / LiFePO4
- BFJ-HDSH017S80A014–17S · Li-ion (ternary) / LiFePO4
Explore two mapped smart BMS platforms for cleaning vehicle battery integration. Review control interfaces, monitoring options and battery configuration with our engineering team.
The confirmed mapping contains BFJ-HDSH017S100A01 and BFJ-HDSH017S80A01. Both document 4–17S Li-ion and LiFePO4 configurations and CAN, RS485 and UART options. BFJ-HDSH017S100A01 lists a low-current control switch and auxiliary power output; BFJ-HDSH017S80A01 lists low-power design and heating support.
Common project considerations may include communication with the equipment controller, battery monitoring and any relevant auxiliary or control interfaces. Verify which functions are available on the selected configuration; application mapping alone does not establish suitability for a particular cleaning vehicle.
Selecting a documented series range and chemistry for the battery system.
Reviewing the communication interface between the BMS and host equipment.
Confirming the operating current against the selected configuration.
Discussing whether a documented heating capability is relevant to the project.
Considering documented display and Bluetooth options for system interaction.
Discussing low-power behavior where documented for the selected BMS.
2 series with documented application relationships. Compare the documented control and auxiliary-output features of BFJ-HDSH017S100A01 with the low-power and heating features of BFJ-HDSH017S80A01. Confirm the latter series operating current before selection.

BFJ-HDSH017S100A01

BFJ-HDSH017S80A01
Share your battery chemistry, series configuration, operating current, communication and mechanical requirements. Our engineering team can review the available series and discuss whether custom development is appropriate.
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