Analysis of fault detection techniques using SVPWM with multi-level inverters.

A smart grid is made up of a number of intelligent control systems for electricity generation as well as increasing the system's energy efficiency. Smart power converters, as well as clean energies and highly effective tools, are also part of these schemes. Multilevel inverters are current and fundamental components of high-vol electric supply schemes; this paper introduces multi-level converter prototypes that are routinely built from simple constituents and use configurable sub-systems to move b/w constructions of various converter topologies. These prototypes may also perform harmonic breakdown to ensure that the method is accurate, as well as simulated in Matlab/Simulink [ABSTRACT FROM AUTHOR]