"电力电子变流电路的谐波分析与无源滤波器设计：提升电磁兼容性和能质量"

With the continuous advancement of power electronics technology, power electronic devices have been widely used in modern power systems. However, the emission of harmonics from these devices poses a significant challenge to the electromagnetic compatibility performance of power systems. In order to address the potential electromagnetic compatibility issues that power electronic devices may bring to power systems, this paper analyzes the harmonic emission characteristics of power electronic circuits and designs a passive filter to eliminate the harmonics generated by power electronic circuits. The effectiveness of the filter is verified through simulation using MATLAB/Simulink software. The simulation results demonstrate that the theoretical analysis of harmonic emission characteristics aligns with the actual harmonic emission characteristics of power electronic devices. The passive filter designed in this paper effectively removes the harmonics emitted by power electronic devices. The research presented in this paper provides theoretical guidance for improving the power quality and electromagnetic compatibility performance of modern power systems. Keywords: power electronics technology; harmonics; passive filter; electromagnetic compatibility In conclusion, the analysis and design of passive filters for power electronic converters is crucial for mitigating the impact of harmonic emissions on power systems' electromagnetic compatibility and power quality. By understanding the harmonic emission characteristics of power electronic circuits and designing effective passive filters, it is possible to enhance the overall performance and reliability of modern power systems. This research contributes to the advancement of electrical engineering in the field of electromagnetic compatibility and power quality, providing valuable insights for future developments in the power electronics industry.