Minimizing Distortion Factor for a Grid-Connected PV System Using a Double Stage IGBT Based Inverter Compared With a Single-Stage MOSFET Based Inverter by Harmonic Reduction

This study proposes a single-stage MOSFET inverter and a novel double-stage IGBT inverter incorporating a PV array as an alternative source of fossil fuel. Solid-state modulators are being used in an increasing number of pulsed power applications. Increased grid voltage synchronization, irregular power flow across the DC link capacitor, and AC flow will necessitate single and Double Stage IGBT based Inverter systems. The single stage of the inverter is made up of MOSFET switches, while the Double Stage IGBT based Inverter stage is made up of IGBTs. Comparative analysis is used to attain a reduced distortion factor. PV-powered grid connected systems with various types of DC-AC conversion are described, with 7 example values and a G power of 0.95 used to compute efficiency for each system. Considered parameters are alpha and CI. Based on SPSS analysis, the significance value is found to be 0.003 (p<0.05, statistically significant). This study addresses the performance requirements of the PV power framework under reduced distortion factor situations for existing and recommended grid-tied inverters. These changes include using a different climatic condition and keeping a stable voltage across the dc-link capacitor. Certain restrictions apply to activities made when resolving distortion rate in a single-stage design. As a result, the recommended framework is fit to overcome the limits of the current method while also being able to withstand the load. The average distortion factor noted in the proposed system is 1and the conventional system is 1.48. The proposed study effectively utilized the renewable rather than conventional method. For both generating and transmission, the suggested structure will be a more effective platform.