Battery Cell Parallel Charging to Replace CV Equalization

The patent extracts the essential function of CV charging (voltage equalization) and separates it from the time-consuming prolonged CV phase. By taking out only the necessary voltage equalization function and implementing it through parallel connection, the patent eliminates the extended charging time while preserving charging completeness.

Instead of following the conventional sequence of CC charging followed by CV charging, the patent inverts the approach by using parallel connection after CC charging to achieve voltage equalization. This inversion replaces the traditional CV charging method with a more efficient parallel connection method that achieves the same goal faster.

The patent extracts the voltage equalization function from the prolonged CV charging process and implements it through a brief parallel connection phase. This extraction allows the essential function to be achieved without the productivity-reducing time extension of traditional CV charging.

The patent changes the operational parameters by switching from sequential CC-CV charging to CC charging followed by parallel connection. This parameter change transforms the charging process from a time-intensive sequential operation to a more efficient process that achieves voltage equalization faster, thereby improving productivity.

The patent inverts the conventional approach by using parallel connection instead of prolonged CV charging to fill the remaining capacity. This inversion achieves capacity filling through a faster mechanism that doesn't suffer from the time extension problems of traditional CV charging.

The patent skips the prolonged CV charging phase and rushes through the capacity filling process using parallel connection. By skipping the time-consuming CV phase and using parallel connection instead, the patent achieves capacity filling much faster while maintaining charging completeness.