Gain Adjustment Stage for Balanced Modular UPS Power Sharing

The patent applies local quality by allowing each power module to have its own gain adjustment stage that independently adjusts the current error signal based on individual module output current measurements. This enables each module to adapt its control characteristics locally rather than using a uniform control signal for all modules, thereby achieving balanced power sharing while maintaining manageable system complexity through modular architecture.

The patent implements dynamics by introducing a gain adjustment stage that dynamically modifies the current error signal based on real-time measurements of output current from each power module. This dynamic adjustment allows each module to operate at optimal efficiency points under varying load conditions, transforming the static single control signal approach into a dynamic adaptive control system that responds to individual module conditions.

The patent applies feedback by measuring the output current of each power module and using this measurement to adjust the gain of the current error signal through the gain adjustment stage. This feedback mechanism enables each module to monitor its own operating conditions and automatically adjust its control parameters to prevent overheating and component damage, transforming the open-loop uniform control into a closed-loop adaptive control system.