A Robust Nonlinear Controller for Multilevel DC/DC Boost Converter

I. A. Ayad, E. Elwarraki, Baghdadi Mohamed
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Abstract

This paper deals the output voltage control of DC-DC converters in particular the three level boost converter (TLBC). Based on the TLBC mathematical average model, a nonlinear controller using backstepping approach is designed in order to overcome the converter complexity, varying time and nonlinearity. A backstepping control law is determined based on a recursive and systematic design method by two strategy: (i) direct output voltage control and (ii) indirect output voltage control. Besides, the TLBC stability is proved using Lyapunov function criterions. Finally, a variable step and sinusoidal signal in the reference voltage used to validate the establish controller in the Matlab/Simulink software. The simulation results highlight the backstepping approach effectiveness.
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多电平DC/DC升压变换器的鲁棒非线性控制器
本文研究了DC-DC变换器的输出电压控制,特别是三电平升压变换器(TLBC)。基于TLBC数学平均模型,设计了一种基于反步法的非线性控制器,以克服变换器的复杂性、时变和非线性。采用直接输出电压控制和间接输出电压控制两种策略,采用递归系统设计方法确定反步控制律。此外,利用Lyapunov函数判据证明了TLBC的稳定性。最后,在Matlab/Simulink软件中采用变步进和正弦信号作为基准电压来验证所建立的控制器。仿真结果表明了反演方法的有效性。
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发文量
20
审稿时长
24 weeks
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