Original scientific paper

Nonlinear Internal-Model Control for Switched Reluctance Drive with Torque Ripple-Free

Ge Baoming
Wang Xiangheng
Jiang Jingping

Abstract

Based on the nonlinear internal-model control (IMC), associated with the suitable commutation strategy, a novel control solution for switched reluctance motor (SRM) is formulated and designed. The commutation strategy uses a definite critical rotor position as commutation point, which reduces the computational burden. The nonlinear IMC-based voltage control scheme for SRM extracts the simplicity of the feedback linearization control and the robustness of IMC structure, which ensures the torque ripple-free and the drive's robustness in spite of the plant-model mismatch disturbances. Some important properties are presented. Simulation results show that the high-performance control for SRM has been achieved.

Keywords

nonlinear internal-model control; SRM; torque-ripple minimization

Hrčak ID:

6677

URI

https://hrcak.srce.hr/6677

Publication date:

20.10.2002.

Article data in other languages: croatian

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