Electroplating power supplies are crucial electrical equipment in the surface finishing industry. Due to their high operating power and long operating hours, their impact on the power grid is significant.
Traditional electroplating power supplies often generate a large amount of harmonic currents during the AC to DC conversion process, severely affecting the power supply system and related equipment.

With the continuous improvement of industrial automation, electroplating production lines have placed higher demands on power quality.
Therefore, how to effectively control and mitigate the harmonics generated by electroplating power supplies has become an important issue in enterprise power quality management.