Capacitor Bank Voltage Leveling for Compact Backup Power

The backup power system is segmented into multiple capacitor banks (first capacitor bank, second capacitor bank, etc.) connected in parallel. Each capacitor bank is independently charged and can independently provide backup power. This segmentation allows the system to achieve adequate backup power capacity while keeping individual capacitor banks compact, thus resolving the contradiction between small enclosure size and adequate backup power capability.

Multiple capacitor banks are merged/combined in parallel configuration to provide adequate backup power. The combined capacity of multiple smaller capacitor banks achieves the required backup power level while maintaining compact individual unit sizes. The merging of multiple energy storage elements solves the contradiction by distributing the total capacity requirement across several smaller components.

A voltage leveling circuit with feedback control is implemented to monitor and adjust voltage levels across multiple capacitor banks. The circuit includes voltage detection circuitry that continuously monitors the voltage of each capacitor bank and controls charge transfer between banks to maintain voltage balance. This feedback mechanism resolves the voltage imbalance issue that arises when multiple capacitor banks are used for adequate backup power capacity.

A voltage leveling circuit acts as an intermediary between multiple capacitor banks to maintain voltage balance. The leveling circuit includes charge transfer paths and control circuitry that mediate the voltage differences between banks, transferring charge from higher-voltage banks to lower-voltage banks. This intermediary mechanism resolves the voltage instability contradiction while maintaining adequate backup power capacity.