This book focuses on the differential link as the core of research and employs two methods, namely step combination excitation and equivalent substitution optimization, to realize the differential link. It aims to enhance the dynamic characteristics of the grid-connected inverter system, reduce the harmonic content of the grid-connected current, and improve the stability margin of the system under weak grid conditions.

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Summary

  • Huafeng Xiao,
  • Mingming Li

摘要

This book focuses on the differential link as the core of research and employs two methods, namely step combination excitation and equivalent substitution optimization, to realize the differential link. It aims to enhance the dynamic characteristics of the grid-connected inverter system, reduce the harmonic content of the grid-connected current, and improve the stability margin of the system under weak grid conditions.