Wide compatibility for 5S packs including ternary polymer and lithium titanate batteries. It accommodates a voltage range per cell of 8V to 4.2V and supports capacities from 60 to 300 Ah, offering broad application possibilities. Capacitor based energy transfer. Using advanced flying capacitor technology, the balancer moves energy between cells without requiring an external power source. It uses the battery's internal energy to improve performance and longevity. Undervoltage sleep mode. When the voltage drops below 7V (B1 segment), the intelligent sleep mode reduces standby power consumption and helps protect your battery system from damage. Sizing reminder. Please ensure compatibility with your battery specifications before use. Key benefits Maintains cell balance to minimize capacity loss and extend overall pack life, improving performance during long sessions or demanding loads. No external power source required for balancing, simplifying installation and reducing wiring complexity. Protects the battery system with an automatic undervoltage sleep mode, helping prevent damage from deep discharge. Broad compatibility with 5S chemistries (ternary polymer and lithium titanate) across a wide voltage and capacity range. What makes it stand out Internal capacitor based energy transfer enables efficient balancing without external inputs. Specifically designed for 5S packs, addressing common imbalances in both drain and longcycle applications. Clear safety and compatibility reminders to ensure proper use with your battery setup. Suggested use scenarios Scenario 1: Balancing a 5S ternary polymer pack used in a hobbyist RC car or drone, ensuring consistent performance during extended flight or race sessions. Scenario 2: Managing a 5S lithium titanate (LTO) pack in a small electric vehicle or microEV application, maintaining cell harmony through rapid charge/discharge cycles. Scenario 3: Maintaining a 5S battery bank for offgrid or backup power in a small solar or remote system, reducing imbalanceinduced wear and extending usable life.