- Working Voltage Range: Operates efficiently between 1.8V and 4.5V, making it compatible with various battery types including ternary lithium, lithium iron phosphate, and lithium titanate. - High-Precision Compensation: Features a compensation board designed for capacitive energy transfer with exceptional accuracy of 5mV. It ensures total group equalization without adjacent equalization, enhancing battery performance and longevity. - Active Energy Transfer: The energy transfer board employs an active equalizer, optimizing energy transfer efficiency among lithium batteries. This functionality supports better energy management and extends battery life. - Efficient Balancing: The system initiates balancing operations using a new MOS with ultra-low internal resistance, ensuring minimal energy loss. The PCB is designed with 2 ounces of copper thickness for enhanced conductivity and performance. - Adjustable Balancing Current: Capable of handling balancing currents from 0 to 5.5 A. The design intelligently adjusts compensation current based on the number of batteries connected, optimizing efficiency. - Low Idle Power Consumption: In shut-off mode, the working current is less than 0.1 mA, ensuring that energy is conserved when the system is not actively balancing. - Accuracy: Maintains a DC voltage accuracy within 5 mV, ensuring reliable performance and stability for connected batteries. Use Scenarios: 1. Battery Management Systems: Ideal for use in battery management systems where multiple lithium batteries require precise balancing to ensure optimal performance and lifespan. 2. Electric Vehicles: Perfect for electric vehicle applications where efficient energy transfer and battery balancing are crucial for performance and safety. 3. Renewable Energy Storage: Suitable for renewable energy storage solutions, ensuring reliable energy management and prolonging the life of battery packs used in solar or wind energy systems.