Abstract:

The calculation burden for the parameters of a control loop increases significantly when fractional order calculus is utilized. As a result, tuning is something that needs to be done for things to work correctly. In pursuit of the goal of maximizing the benefits of both the PCS and the FOPCS, four different tuning procedures are taken into account. Performance study has taken into account the overshoot value and the integral of the time-weighted absolute error for servo and regulatory considerations. We took this action to provide a clear picture of efficiency. Both setpoint modifications and differences in the parameters of the process model have been the focus of a great deal of simulation study. Based on these tests, it was discovered that the FOPCS controller performed better than all other controllers evaluated in terms of the performance metrics that were looked into when it was modified with the use of a backtracking search algorithm