Design and Implementation of Super Lift Multilevel Inverter using Renewable Photo Voltaic Energy for AC Module Application

M. S. Keerthana; A. Johny Renoald

CALL FOR PAPERS : Feb-2026

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25-Feb-26

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Design and Implementation of Super Lift Multilevel Inverter using Renewable Photo Voltaic Energy for AC Module Application

Author(s):

M. S. Keerthana , VIVEKANANDHA COLLEGE OF ENGINEERING AND TECHNOLOGY FOR WOMEN; A. Johny Renoald, vivekanandha college of engineering and technology forwomen

Keywords:

PV cells, super lift converter, voltage lift technique, Voltage Transfer Gain, Fuzzy logic controller

Abstract:

PV installations can operate for 100 years or even more with little maintenance. The solar photovoltaic has the advantage of direct conversion of sunlight to electricity, So the PV energy is considered as the source for the voltage lift technique. This super-lift technique is the most outstanding contribution in DC/DC conversion and DC/AC conversion technology. Super -lift Luo converters can lift the DC input voltage into a higher-level output DC voltage. The increased dc output voltage from super lift luo converter is converted into ac voltage through super lift multilevel inverter with further increase in voltage. The proposed system can increase the voltage transfer gain by the super-lift DC/AC converter. When compared with MLI where the harmonic content deteriorates as the number of levels increases, the super-lift DC/AC converter can reduce the harmonics with reduced the number of levels and reduced devices. The system design with fuzzy based controllers is proposed for super-lift converters to lift positive input voltage and output voltage for power quality improvement. The simulation is conceded out by MATLAB/SIMULINK software.