A Review on Stability Analysis Methods for Switching Mode Power Converters

作者：El Aroudi Abdelali^*; Giaouris Damian; Iu Herbert Ho Ching; Hiskens Ian A

来源：IEEE Journal on Emerging and Selected Topics in Circuits and Systems, 2015, 5(3): 302-315.

DOI：10.1109/JETCAS.2015.2462013

• DC-DC converters
• distributed power systems
• Poincare map
• Saltation matrix
• stability analysis
• steady state analysis
• trajectory sensitivity

In distributed power generation systems a pivotal role is played by DC-DC power converters that are employed to connect local loads to local power sources. These converters are used either in combinations of series/parallel connections or as stand-alone devices. A lot of work has taken place in the stability analysis of these converters and several methods have been used/proposed with different properties, strengths and weaknesses. Describing all existing methods is probably a never ending task and therefore in this tutorial paper four different methods will be presented by pointing out their main properties and explaining briefly how they can be used in applications that involve power converters. More specifically, the chosen methods are based on 1) the Poincare map, 2) Saltation matrix, 3) trajectory sensitivity, and 4) steady-state-response analysis of the discrete-time model. Simple case studies from previous publications are collected and presented in order to further explain these methodologies. Finally, this paper intents to describe some of the future challenges that exist in the area of stability analysis of power converters especially when these are employed in distributed generation applications.

• 出版日期2015-9