Dynamic Storage Device Activation for Power Distribution

The patent dynamically adjusts device activation based on both state of charge differences and real-time power fraction monitoring. While state of charge balancing is maintained through selective activation, the system simultaneously ensures that each activated device receives a power fraction above the minimum threshold. This resolves the contradiction by balancing charge distribution while preventing excessive electrical losses and battery aging through intelligent power management.

The patent changes the operational parameters of electrical energy storage devices by introducing a minimum power threshold parameter and dynamically adjusting which devices are activated based on multiple parameters including state of charge and requested total power. This parameter-based control resolves the contradiction by enabling state of charge balancing while preventing devices from operating in inefficient low-power regions that cause excessive losses and aging.

The patent implements a dynamic device activation strategy that continuously monitors both the requested total power and the power fraction each device would receive. The system activates or deactivates devices in real-time based on whether the requested power and individual device power fractions meet predefined thresholds. This dynamic approach resolves the contradiction by maintaining adaptability to varying power demands while minimizing electrical losses through optimal device selection.

The patent employs feedback mechanisms by continuously monitoring the requested total power, calculating individual device power fractions, and using this information to determine optimal device activation. The system receives feedback about power demand variations and adjusts device activation accordingly, ensuring that enough devices remain active to meet power demands while minimizing electrical losses by keeping only necessary devices operational.