Multi-Battery Cooling Control for Temperature Balance

The patent applies local quality by implementing independent temperature control for each battery based on its individual temperature characteristics. Each battery is monitored separately with its own temperature threshold, and cooling is applied locally to specific batteries that exceed their thresholds rather than uniform cooling of all batteries. This resolves the contradiction by maintaining temperature consistency across multiple batteries while allowing each to be controlled according to its local thermal state.

The patent segments the temperature control system into independent control units for each battery. Instead of treating all batteries as a single system with uniform control, the method divides the control strategy into separate temperature monitoring and cooling activation for each battery. This segmentation enables differentiated temperature management that prevents temperature disparities between batteries while maintaining overall system efficiency.

The patent implements self-service by enabling each battery to independently determine its own cooling needs based on its temperature threshold. Each battery essentially manages its own thermal state by activating cooling only when its specific temperature criterion is met, rather than being subjected to centralized uniform control. This reduces energy waste from unnecessary cooling while maintaining relatively simple control logic at the system level.

The patent applies parameter changes by using different temperature thresholds for different batteries based on their individual characteristics and operational states. Rather than applying a single uniform temperature threshold to all batteries, the system adjusts the temperature parameter (threshold) for each battery according to its specific conditions, enabling more efficient and targeted cooling that reduces energy consumption.