Marine Predators Algorithm For Tuning DC Motor

In this study, a proportional-integral-derivative (PID) was used to drive a direct current (DC) motor. The PID parameter is set optimally based on the marine predator algorithm (MPA). The proposed MPA method aims to improve the PID control capability of DC motors. To get performance, this research takes transient response. To get MPA-PID method validation compared to other onward optimizers algorithms, such as particle swarm optimization (PSO), and conventional PID control. The performance of the developed algorithm has also been shown to be better. The performance of the developed algorithm has also been proven to be better. MPA has the ability to reduce overshoot better by 1.04% than the conventional method. MPA has a better settling time of 4.59% than the conventional method

I. Introduction

Current technological developments encourage changes in electricity. The discovery of renewable energy is increasingly being applied at various levels of consumers [1] [2]. The power converter is in charge of converting electrical energy from various energy sources efficiently[3]. Electrical energy is channeled to the user. In addition, this is in an effort to meet the electricity demand in the microgrid [4].