Battery Voltage Conversion Module Series Coupling

The patent implements dynamic reconfigurability by enabling voltage conversion modules to switch between series and parallel connections based on power demands. Each module can dynamically adjust its connection state and power output level, allowing the system to adapt from high-voltage low-power mode to high-power mode as needed, thus resolving the contradiction between reliability (series connection) and adaptability (flexible power supply).

Each voltage conversion module is designed with multi-functionality to perform both series connection operations (for reliability) and independent parallel operations (for power flexibility). The modules can universally operate in different connection configurations and power levels, enabling the system to maintain reliability while providing adaptable power supply to different electrical components.

Instead of over-dimensioning all modules for peak power, the patent applies partial action by enabling only the necessary number of modules to operate at full capacity depending on the power demand. During normal operation, fewer modules are activated, and during peak demand, additional modules are dynamically engaged, thus providing adequate power capacity without requiring all components to be oversized.

The system dynamically adjusts the number of active voltage conversion modules based on real-time power demands. This dynamic activation allows the system to scale power capacity from a single module up to multiple modules operating in parallel, eliminating the need to size all components for maximum peak power while still being capable of meeting peak demands when necessary.

The battery system is segmented into multiple independent battery submodules, each capable of operating independently or in combination with others. This segmentation allows flexible series connections to achieve different voltage levels without creating a single complex fixed circuit arrangement. Each submodule maintains simple internal structure while the system as a whole achieves high voltage output through dynamic series configuration.

The circuit topology dynamically reconfigures the series connection of battery submodules based on voltage and power requirements. Rather than a fixed complex circuit arrangement, the system adaptively connects submodules in series when high voltage is needed and switches to parallel or reduced series configurations when lower voltage suffices, thus achieving high voltage output without permanent system complexity.