1.4 Operation and construction - Capacitive transfer drives the charge carrier, enabling lossless energy transfer. - The Equalizer card is connected to the battery to start equalization. - New internal resistor with extremely low MOS. - PCB uses 2 oz copper. - Balancing range: 0 to 5.5 A. 2 System scalability and endurance - The more units installed, the more Equalizer channels are available to balance cells. - Reserved wiring position for the sleeping switch. - Sleep-Off current: less than 0.1 mA. - Balancing voltage accuracy: 5 mV. 3.2 Capacitive energy transfer Equalization card - High accuracy: 5 mV. - Balances the entire group, not just adjacent cells. 3. Operating voltage - 1.8 V to 4.5 V. - Suitable for Lithium Iron Phosphate (LiFePO4) and Lithium Titanate (Li4Ti5O12). 4. Active balance energy transfer card for lithium batteries - Active equalizer for lithium battery systems. - Energy transfer balance with high efficiency. Use scenarios - Multi-cell LiFePO4 energy storage: use the capacitive equalization and active balance cards to maintain uniform cell voltages during charging and discharge, improving pack life and performance. - LiFePO4 or LTO battery modules in solar,备援或 fast-cycle applications: low sleep current (<0.1 mA) helps minimize idle drain while providing precise 5 mV group balancing. - Hobby and professional battery packs: RC tools, electric devices, and other Li-based packs requiring high-precision, high-efficiency active balancing across the full cell group.