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| Type | Two-wheeler BMS; Mini electric vehicle BMS; Light-duty electric vehicle BMS | Model | DTH2421 |
| Params | DTH2421 Voltage platform: 30–60V Cell configuration: 16S Continuous working current: 40A charge / 100A discharge Peak current: 210A / 1s Supported battery chemistry: NCM, LMO, LCO, LFP Single cell voltage: 0–5V, ±10mV@25℃ Temperature sensing channels: 4 external + 3 built-in NTC Communication interface: Isolated CAN ×2 Protection functions: Over-charge, over-discharge, over-current, over-temperature, over-voltage, under-voltage, short-circuit protection Dimension: 240mm * 125mm * 15.5mm Passive balancing current: ≥50mA@25℃ SOC/SOH/SOP estimation: ≤8%@25℃ | Material | DTH2421 Key materials: Not specified |
| Applicable Industry | Shared Mobility Industry | Property Management Industry | Campus Commuting Industry | Mini Electric Vehicle Industry | Smart Scenic Area Industry | Community Micro-mobility Industry | ||
The DTH2421 Battery Management System is designed for mini electric vehicles and electric two-wheelers. It supports a 30–60V voltage platform and 16S cell configurations, compatible with NCM, LMO, LCO, and LFP chemistries. The system provides a continuous charging current of 40A, a continuous discharging current of 100A, and a peak current of 210A/1s. It features 4 external plus 3 built-in NTC temperature sensing channels and operates from -30℃ to 85℃. Communication interfaces include isolated CAN ×2. Comprehensive protection functions cover short-circuit, over-charge, over-discharge, over-current, over-temperature, over-voltage, and under-voltage protection. Passive balancing current is ≥50mA@25℃. The compact dimensions are 240mm * 125mm * 15.5mm. The system supports SOC, SOH, and SOP estimation with an accuracy of ≤8%@25℃, and can store up to 10 fault records. Wake-up methods include ACC wake-up and optional IG_CHG wake-up. Selected models can connect with APP, PC, IoT platforms, or displays to support vehicle monitoring and software expansion. Customized PCBA and integrated hardware-software development can be confirmed against cell chemistry, series count, current, protocol, and operating conditions.

DTH2421