Main Article Content
An optimized third harmonic compensation strategy is proposed to improve the linear modulation range of single-phase inverter. The method injects the minimum amount of positive third harmonic into inverter by keeping modulation waveform amplitudes of over-modulation cells just being unity, then compensates same amount of negative third harmonic and properly distributes it to the normal cell. It has been observed and the simulation results are discussed. The two-level inverter has the lowest cost and weight in comparison with the other topologies. Hence it has very high THD and it is not practical to have an output voltage with high such THD. The design of the 5-level multilevel inverters seems to be better than the inverters. The proposed method is verified by the combination of battery storage power, capacitor bank and the solar PV Cell.
How to Cite
, A. M. V. S. P. (2018). Performance Analysis of H-Bridge Inverter Integrated For Renewable Energy Sources. International Journal on Future Revolution in Computer Science &Amp; Communication Engineering, 4(4), 550–552. Retrieved from https://ijfrcsce.org/index.php/ijfrcsce/article/view/1566