基于空间电压矢量控制的单相电机控制仿真分析
Simulation Research of Single-Phase Motor based on SVPWM
随着节能减排的大力提倡,变频技术也受到越来越大的重视。三相电机变频技术的研究已经非常成熟,而对单相电机的研究相对较少。本文介绍了静止坐标系下的单相电机模型,和控制性能优越的两相三桥臂逆变器SVPWM控制原理。并对SVPWM算法提出了改进,新算法计算量更小。利用MATLAB仿真工具对基于SVPWM的单相电机控制进行了仿真分析并给出仿真实验波形。仿真证明:电机电流谐波含量较少,转矩脉动较小,可达到理想效果。
s a strong proponent of energy conservation,Inverter technology is also under increasing attention. Study of three-phase motor inverter technology is very mature, while the single-phase motors of relatively small.This paper introduces that single-phase motor is built based on stationary coordinate system and the operating principle of SVPWM control strategy used in a two-phase three-leg inverter. SVPWM algorithm and proposed improvements, the new proposed algorithm is smaller.Finally using MATLAB simulate it dynamically with parameters and give its results. Results show that the current harmonic of the motor is less ,torque ripple is smaller, proving that the use of such controlmethod can achieve the desired effect.
袁晓玲、周雪婵
电机变压器、变流器、电抗器
单相电机两相三桥臂SVPWMMATLAB仿真
single-phase motorthree-phase inverterSVPWMMATLAB Simulation
袁晓玲,周雪婵.基于空间电压矢量控制的单相电机控制仿真分析[EB/OL].(2011-04-11)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201104-240.点此复制
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