Design of Novel topology for Volumetric Efficiency Analysis in Hydrogen Fuel Cell with Maximum Power Point Tracking Controller

This article proposes a novel design topology with minimum number of switches and total harmonic distortion. Due to this problems such as electromagnetic interference and switching losses can be minimized. The standard combustion based power plant usually generates electric power at an efficiency of 70-80%, while fuel cell generates at efficiency up to 95%. In the proposed system, proton exchange membrane fuel cell is used because it has very less start up time of 1 second. But very less number of topologies for multilevel inverter was invented regularly. These type of inverters widely used for many applications, especially for drive applications to determine THD. Also FFT analysis is taken to determine total harmonic distortion. And the THD value noted from the analysis is 20%. However, fuel cell efficiency can be increased up to 85% by involving cogeneration scheme.