Optimized Speed Control of BLDC Motor Control by using PID and ANFIS

This research study summarizes BLDC motors' features and their importance in contemporary engineering systems. The theoretical underpinnings of PID and ANFIS controllers are then explored, along with an explanation of their fundamental operating concepts and critical variables. These controllers' hardware and software configuration for BLDC motor speed control is described in depth. A benchmark tested using a BLDC motor and a well-known mathematical model is developed for fair comparison. Numerous tests are run to assess how well PID and ANFIS controllers perform regarding speed accuracy and transient response. The comparison analysis helps us to find the advantages and disadvantages of each type of controller. PID controllers show off their simplicity and tuning simplicity, although they may have trouble with non-linearity and disturbances. ANFIS controllers, on the other hand, have greater performance in non-linear systems and are more adaptable, but they need more involved modeling and training procedures. This study advances knowledge of the applicability and trade-offs of PID and ANFIS controllers for regulating the speed of BLDC motors. The results provide useful direction for engineers and researchers in deciding which control method is best for BLDC motor applications.