Multi-Chemistry Battery Controller — Charges Lead-Acid, Ternary Lithium (NMC), and Lithium-Iron-Phosphate (LiFePO4) Key benefits One controller for three battery chemistries: supports lead-acid, ternary lithium, and lithium-iron-phosphate batteries with appropriate charging profiles to protect battery life. Simplifies system design and inventory: replace multiple charge units with a single controller that adapts to the battery type. Safer charging across environments: built to manage different charge algorithms and reduce risk of overcharge, undercharge, and thermal stress. Broad compatibility and flexible integration: supports a wide range of battery systems and working environments, making it suitable for home, commercial, and mobile applications. What it does Automatically or manually selects the correct charging profile for lead-acid, ternary lithium, or LiFePO4 batteries. Regulates current and voltage according to battery chemistry to help maximize charge efficiency and battery lifespan. Designed for reliable operation in varied working conditions and system configurations. Customer-focused features Compatibility: Works with common lead-acid and modern lithium chemistries so you can standardize on one controller. Performance: Provides consistent, chemistry-appropriate charging control to preserve battery capacity and reduce maintenance. Safety: Prioritizes safe charging behavior and protection of connected batteries to lower the risk of damage or failure. Ease of use: Clear selection or automatic detection of battery type minimizes setup time and reduces installation errors. Practical applications Off-grid solar storage: Charge and manage a battery bank that may use lead-acid or LiFePO4 cells without swapping controllers. Electric mobility and light EVs: Use with ternary lithium battery packs for scooters, e-bikes, or small electric vehicles that require precise lithium charging. Backup power and UPS systems: Standardize on one controller for mixed battery inventories in small commercial or residential backup solutions. Why customers choose this controller Eliminates the need for separate chargers for different chemistries. Reduces installation complexity and ongoing maintenance costs. Provides reliable, chemistry-appropriate charging to protect battery investment. If you need a single, safe, and flexible controller to manage lead-acid, ternary lithium, and LiFePO4 batteries across diverse applications and environments, this unit delivers compatibility and dependable charging control.