Advanced optimal GA-PID controller for BLDC motor

The brushless direct current (BLDC) motor is characterized by high torque, which made it widely used in many industrial applications. To improve the working performance of BLDC motor, addition controllers such as proportional integral derivative (PID) adopted. obtain high-performance controllers, design process adopted to develop a suitable algorithm. genetic algorithm (GA) was chosen tune PID controller and get parameters for each kp, ki kd with self-tuning. based on control using GA traditional controller. Simulations were carried out three cases including absence secondly, unit finally GA. time absolute error (ITAE) type standard system selected. After conducting simulation, results demonstrated superiority over ones terms response speed, (stability, rise, settling) percentage overshootas details will be mentioned model subsequent paragraphs research, simulation indicate development improvement operation during real time.