Engineered exclusively for 10-cell series (10S) Lithium Iron Phosphate (LiFePO4) battery packs, this high-performance protection board delivers an impressive maximum discharge current of 60A—tailored to meet the high-power demands of heavy-duty applications. Optimized for LiFePO4’s unique electrochemical properties and 10S high-voltage configurations (nominal 32V, full charge 36.5V), it merges robust safety safeguards with ultra-high current handling, making it an ideal choice for high-power electric mobility, industrial equipment, and large-scale portable energy storage systems that rely on LiFePO4’s long cycle life and stability.
10S LiFePO4-Specific Protection & 60A High-Current Safeguards
Calibrated to LiFePO4’s distinct voltage window and 10-cell dynamics, the board provides targeted protection optimized for 60A extreme-power discharge:
Overcharge Protection: Triggers at 3.7 V per cell (total 37V for 10S packs), instantly cutting charging current to prevent LiFePO4 cell degradation—critical for 10S systems where voltage imbalance across 10 cells can accelerate capacity loss, especially under high-current stress.
Undervoltage Protection: Shuts down discharge at 2.5V per cell (total 25V for 10S packs), avoiding irreversible damage to LiFePO4 cells that are sensitive to deep discharge, even more so during 60A sustained high-load operation (e.g., electric vehicle acceleration or industrial tool heavy use).
60A Overcurrent & Short-Circuit Protection: Blocks currents exceeding 60A (max discharge) or 180A (peak surge), leveraging high-power MOSFETs to shield the 10S LiFePO4 pack and connected devices from burnout, overheating, or fire risks during extreme use or accidental short circuits.
10-Cell Active Balancing: Automatically equalizes voltage across all 10 LiFePO4 cells during charging, addressing the chemistry’s sensitivity to uneven charge distribution in high-cell-count, high-current packs. This extends battery lifespan by up to 45% vs. unbalanced systems and maintains consistent 60A discharge performance over cycles.
