Battery Capacity Computing Unit Cycle-Based Correction

The patent applies parameter changes by switching between different correction methods based on the charge/discharge cycle count. When cycles are below a threshold, simple cycle-based correction is used. When cycles exceed the threshold, the system transitions to a more sophisticated correction method that incorporates current magnitude and flow pattern parameters, thereby adapting the correction complexity to the actual battery wear stage.

The patent implements dynamics by making the correction method adaptive rather than static. The system dynamically selects the appropriate correction approach based on real-time monitoring of charge/discharge cycle counts and current characteristics. This allows the correction process to evolve from simple to complex as needed, optimizing both computational efficiency and accuracy throughout the battery's lifecycle.

The patent uses parameter changes by modifying the correction approach based on the charge/discharge cycle count threshold. Instead of tracking detailed usage patterns continuously, the system changes the correction parameters (method selection) based on the cycle count, which indirectly captures the effect of different usage patterns without requiring complex real-time monitoring.

The patent applies this principle by using a simple, disposable-like correction strategy for the early battery life phase (below threshold cycles). The simple correction method is sufficient for this phase, and when the battery wears beyond the threshold, the system transitions to a different correction approach, effectively replacing the correction strategy rather than maintaining a complex system throughout.