Improvement in the Efficiency of Inverter Involved in Microgrid

The topic of research “Improvements in the efficiency of the inverter involved in microgrid” is very versatile. The microgrid is one of the most prevalent areas of present research. Role of an inverter in a microgrid is very important. Our focus on the smart consumption which is the important part of microgrid. This research paper develops an approach to improve the fundamental voltage magnitude and phase angle output based on dead time (DT) compensation method for inverters. The Industrial load is comprised of running Induction motors (IM) and generators etcetera. 90 percent of an industrial load depends on induction motors. The running induction motor (IM) gives way to the abundant amount of power losses. Additionally., the parametric values of induction motors are improved and controlled by Variable Frequency Drives (VFD). Furthermore., Fundamental Voltage Magnitude is decreased without compensation and is increased after the dead time compensation technique is used. Similarly., Phase Angle output is distorted without dead time compensation and improved after dead time compensation. The designed system model is simulated for useful graphs. These results are analyzed and compared with primitive work.