论文标题
基于被动率的受控DC-DC转换器的输出序列 - 并行连接：渐近稳定性的概括
Output Series-Parallel Connection of Passivity-Based Controlled DC-DC Converters: Generalization of Asymptotic Stability
论文作者
论文摘要
DC-DC转换器的系列平行技术用于电气工程的各个领域，以改善功率转换。先前的研究提出并分类了串联转换器的控制方案。但是，它们有几个限制，并且缺乏多样性。本文的目的是针对DC-DC转换器的各种输出串联连接提出基于消极的控制（PBC）。事实证明，由PBC调节的输出串联转换器在渐近稳定。在数值上模拟输出串联的转换器以确认渐近稳定性。证明PBC可以维持具有各种电路拓扑，参数和稳态的输出串联转换器的稳定性。本文的结果理论上支持了先前研究中的数值和实验考虑因素，并证明了串联并行连接的进一步扩展。
The series-paralleling technique of dc-dc converters is utilized in various domains of electrical engineering for improved power conversion. Previous studies have proposed and classified the control schemes for the series-paralleled converters. However, they have several restrictions and lack diversity. The purpose of this paper is to propose passivity-based control (PBC) for the diverse output series-parallel connection of dc-dc converters. It is proved that the output series-paralleled converters regulated by PBC are asymptotically stable. The output series-paralleled converters are numerically simulated to confirm the asymptotic stability. PBC is shown to maintain the stability of the output series-paralleled converters with diverse circuit topologies, parameters, and steady-states. The result of this paper theoretically supports the numerical and experimental considerations in the previous studies and justifies the further extension of the series-parallel connection.
