Simulation and Application on the Adaptive Fuzzy PI control in Low-Rise Elevator Speed Regulation System
The elevator has become an important vertical transport tool, its control effect of speed regulation attracted much attention. The structure of control system about low-level elevator was introduced. For starting and braking frequently and the load changes greatly, the traditional PI control strategy is difficult to achieve the desired control effect of the elevator. The fuzzy inference rule table was established which based on fuzzy control theory. The adaptive fuzzy PI controller was designed. The simulation research and application using the adaptive fuzzy PI control strategy in brushless DC motor systems was performed. The proposed method was validated through simulation control experiments and application that the adaptive fuzzy PI can satisfy the elevator high-performance speed requirements and have very good using value.
Elevator Single-Chip Adaptive fuzzy PI simulation and Application
Deng Jing-xin Guo Xiao-ding Chen Xiao-ke Cheng Zheng-mei
Hunan university of science and technology, School of Information and Electrical Engineering,Xiang XiangTan Electric Manufacturing Corporation Ltd, XiangTan,Hunan,411101,China
国际会议
湘潭
英文
550-555
2011-07-19（万方平台首次上网日期，不代表论文的发表时间）