Solar power based dc-dc converter fed brushless dc motor drive for agricultural applications Kumar Sathish*, Shanmugam, Krishamoorthy Mahendran, Ramachandran Meenakumari, Kanagaraj Krishna Kumar1 Department of Electrical and Electroics Engineering, Jansons Institute of Technology, Coimbatore-641 659, India 1Department of Electrical and Electroics Engineering, Kongu Engineering College, Erode-638 052, India *E-mail: ssk@jit.ac.in
Online published on 30 March, 2022. Abstract The proposed research involves, a design solar power based dc-dc converter fed brushless dc motor drive for agricultural applications. It consists of step up and step down converter, DC-link module. Compared with conventional and two converters, the designed system results in reduction of voltage tension across the switches, compact power switches, DC source reckoning and reduced inrush current. DC-tink switching is achieved by reduced ripple voltage which results in improved quality of obtained output power. Reduction in DC source and switch count makes the system more cost effective, and more useful agriculture by coupling water pwm with motor. A simulation of DC-DC converter is developed and its performance is analysed for various operating parameter conditions. Top Keywords B4 Inverter, Buck Boost converter, Dspic Controller, DTC, Permanent Magnet Brushless dc Motor, Simulation. Top |