In comparison with similar approaches, the proposed method
has apparent advantages of eliminating the use of lowfrequency
transformers for shaping the rectifier output current,
providing energy storage interface to the system and functioning
regardless of the continuality of the initial rectifier output
current. Simulation of a high-power industrial ac/dc rectifier
verified the parameter optimization of the system, while experimental
results show significant reduction of harmonics in the
line current. The dc energy storage integration functionality is
also verified experimentally.