Active Disturbance Rejection Control Simulation for Motor Temperature Delayed Coupling
Traditional PID temperature control algorithm in the process of control,there is immunity ability is poor,the problem of large control error.Reduces the motor temperature control accuracy,leading to large energy consumption,motor overheating.An improved motor temperature control method,through the genetic algorithm improved PID control process.Using Matlab simulation environment,compared with the traditional PID control algorithm simulation results contrast.The simulation results show that the immunity control algorithm can effectively to decoupling control of the motor temperature,to achieve the precise control of the motor temperature.
motor overheatingactive disturbance rejection contrabl algorithmdelaydecoupling
NETL
NSTL
万方数据
维普
