● This BMS solution is implemented based on C*Core's MCUs. Multiple MCU models such as CCFC2007PT, CCFC2016BC, CCFC2017BC, and CCFC3008PC/PT, can meet the diverse requirements of different BMS of vehicle models. For example, The cost-optimized high-voltage BMS solution can be implemented with MCU-CCFC3008PC.

- Full-stack Security：MCU, MCAL, and functional safety libraries have achieved functional safety of ASIL-D；Comply with the EVITA-Full security specification.

- Autonomous Core：PowerPC architecture, with computing power reaching up to 700 DMPIS, single-core can perform cell monitoring, current sensing, battery status calculation, and fault protection.

- Memory Resources：Built-in 4MB/3MB Flash, 576KB/320KB RAM, supports hardware A/B SWAP, and OTAupdates.

- Rich Communication Interfaces and Peripherals：Integrated with 8x CAN FD, 12x LIN, 8x DSPI, 1x GTM4.1, 2x CCU7, and 4x ADC(total 37 channels).

● This BMS system integrates BMU and CMU along with sensors, implements the function of real-time monitoring of battery status, dynamic balancing, and thermal runaway prevention, featuring high-precision SOC estimation, active safety protection, multi-level fault diagnosis, and OTA updates.

- Cell Monitoring & Balancing ：Diagnoses cell voltage and temperature, balances cell characteristics.features low-power management and communication with the main controller.

- Battery State Calculation & Control：Real-time computation of:State of Charge (SoC), State ofHealth (SoH), State of Power (SoP), State of Safety (SoS).Supports communication with domain controllers and firmware updates.

- Safety Protection & Event Logging：Monitors anomalies (e.g., thermal runaway, overcurrent) and triggers disconnect protection.Logs critical parameters for traceability.

- Isolated Communication Technology：Enables reliable cell data transmission between high/low-voltage domains via wired topology.