Adaptive Approach for DC Motor Dynamic Loading Analysis

In this paper proposes adaptive power system (APS), it is wont to mitigate the negative impacts levied on the platforms ensuing from giant dynamic loads. Here we tend to square measure exploitation dc motor as a result of it is many benefits. Such as, Speed management over a large vary each higher than and below the rated speed High beginning torsion, correct steep less speed with constant torsion etc. A DC motor is any of a category of electrical machines that converts electricity power into mechanical power. Several of those new systems can have extreme dynamic power profiles, together with each periodic and a periodic characteristics. By exploitation the simulation results we will analyze the planned technique. In this paper armature voltage control fuzzy logic control technique for DC motor is proposed. In that case based on motor speed error is input for fuzzy controller and based on error required armature voltage supply to the dc motor. The system model is simulating in MATLAB simulink and results are comparing with conventional PID controller based armature voltage controlling technique on same motor.