Microcontroller adjusts high and low voltage regions via real-time signals, enabling universal load compatibility without custom designs.
An auxiliary power circuit regulates output voltage by selectively coupling an impedance network to the power source.
A control unit manages power supply transitions between series and parallel configurations to maintain continuous energy flow.
Control device reduces current consumption of secondary consumers when high-current loads connect to the low-voltage system.
Sequentially feeding calibration DC voltages determines power consumption across branched architectures, optimizing the operating point to reduce energy loss.