基于模糊PI控制的瑞士整流器的研究与实现

Q. Jia, Ying-chuan Qi, Xin Xiong, Panwei Ma
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引用次数: 5

摘要

对于三相buck型SWISS整流控制器的设计,模型构建不够精确,精度较低。介绍了模糊PI控制,并与传统PI控制进行了比较。首先,分析了buck型SWISS整流器PFC电路的工作原理。然后给出了系统的控制结构和设计过程,介绍了传统PI双闭环控制器的设计和模糊PI控制的模糊控制规律。最后进行了仿真实验。理论分析和仿真结果表明,本文所设计的控制系统设计合理,功率因数高,输入侧电流谐波含量低,可以实现稳定的低纹波电压输出。此外,模糊PI控制的静态和动态性能都优于传统PI控制,并且具有更好的快速性和鲁棒性。
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Research and Implementation of SWISS Rectifier Based on Fuzzy PI Control
For the design of the three-phase buck-type SWISS rectifier controller, the model construction is not precise enough and the precision is low. The fuzzy PI control is introduced and compared with the traditional PI control. First, the working principle of the PFC circuit of the Buck-type SWISS rectifier is analyzed. Then the control structure and the design process of the system are given, the paper introduces the design of the traditional PI double closed loop controller and the fuzzy control law of fuzzy PI control? and the simulation experiment is carried out at the end. Theoretical analysis and simulation results show that the design of the control system in this paper is reasonable, the power factor is high, and the current harmonic content at the input side is low, and a stable low ripple voltage output can be achieved. Moreover, the static and dynamic performance of fuzzy PI control is better than that of traditional PI control, and it has better rapidity and robustness.
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