Purpose-built for low-to-mid volume industrial OEMs (5–500 packs/year, >2 kWh LiFePO4) blocked by $50,000–$200,000 factory compliance quotes. Combines pre-certified IEC 62619 + UN 38.3 LFP cells, open Article 14 CAN 2.0B / RS485 BMS telemetry, Article 7 JRC Carbon Footprint modeling, and hosted Article 77–78 GS1 Digital Link passports under clean FOB / DAP (Buyer Designated EU Importer-of-Record) commercial separation.
Laser-engraved on anodized aluminum pack nameplate per ISO/IEC 15459 & GS1 Digital Link 1.2. Remains resolvable for the statutory 10-year service lifecycle without exposing Mainland cell/pack sub-supplier commercial contacts.
Interactive engineering check for rechargeable industrial batteries >2 kWh: computes lifecycle stages (Raw Material Acquisition, Cell & Pack Manufacturing, Distribution, End-of-Life Recycling Credit) per kWh of rated energy capacity.
Every Asaptic split-compliance OEM LFP pack ships with unencrypted read access to statutory Article 14 state-of-health and negative-event parameters:
CAN 2.0B Extended Frame 0x18FF50E5 (1000 ms): Bytes 0-1 Pack_Voltage_0.1V | Bytes 2-3 Pack_Current_0.1A_Offset32000 | Byte 4 SOC_Pct | Byte 5 SOH_Pct | Bytes 6-7 Remaining_Cap_0.1Ah CAN 2.0B Extended Frame 0x18FF51E5 (2000 ms): Bytes 0-1 Equiv_Full_Cycles | Bytes 2-3 Internal_Res_0.1mOhm | Byte 4 Max_Cell_Temp_Offset40C | Byte 5 Min_Cell_Temp_Offset40C | Bytes 6-7 Negative_Events_Count Modbus Holding Registers (Func 0x03, Unit ID 0x01): 0x1000 Pack_mV | 0x1002 Current_10mA | 0x1004 SOC_0.1pct | 0x1005 SOH_0.1pct | 0x1006 Equiv_Cycles | 0x1008 Deep_Discharge_Events | 0x1009 Overtemp_Events