CAJ | 학술논문

研究同轴双电机负载功率追踪问题，在该系统中，两台电机速度被强制同步，由于两台相同电机参数略有差异，将导致功率分配不平衡。基于功率平衡要求，根据矢量控制理论，将交流异步电机的电机转矩和电机磁通的解耦，得到双电机功率(电流)追踪的数学模型，通过设计模糊控制器与迭代算法进行控制，进行了同轴双电机功率追踪问题仿真。仿真结果表明，模糊PID控制与迭代算法控制的系统相比，可以提高功率跟踪的响应速度，更快达到功率平衡。
연구동축쌍전궤부재공솔추종문제，재해계통중，량태전궤속도피강제동보，유우량태상동전궤삼수략유차이，장도치공솔분배불평형。기우공솔평형요구，근거시량공제이론，장교류이보전궤적전궤전구화전궤자통적해우，득도쌍전궤공솔(전류)추종적수학모형，통과설계모호공제기여질대산법진행공제，진행료동축쌍전궤공솔추종문제방진。방진결과표명，모호PID공제여질대산법공제적계통상비，가이제고공솔근종적향응속도，경쾌체도공솔평형。
This paper studied the coaxial dual-motor load power tracking.In this system,the speeds of two synchronous motor were forced.Due to the slight parameter difference in the two identical motor,it will lead to uneven power distribu-tion.According to the vector control theory,the AC motor torque and motor flux of the induction motor were decoupled. The mathematical model of dual-motor power (current)-tracking was controlled by fuzzy controller design and iterative al-gorithm to solve the power to track all issues.Simulation results show that the fuzzy PID control system,compared with the control iterative algorithm,can improve the response speed power-tracking,and is faster to achieve power balance.