DESIGN AND ANALYSIS OF STANDARD STRUCTURE CONVERTER FOR SOLAR PHOTOVOLTAIC APPLICATIONS

Now a day's solar fed cascaded structure converter is used to cut back the number of semiconductor switches in power electronics circuits. The binary, trinary and 'Modified structure Converter' (MMC)-based topologies are acceptable contrast input sources from solar Photo-Voltaic (PV). thus to induce a IS-level inverter, in binary mode by exploitation twelve switches are required. In trinary mode with constant power circuit is used to understand twenty seven levels are obtained whereas in modified multilevel device only seven switches are used to distributed the fifteen levels to reduced the harmonic and increase the system quality. A thirty one level is accomplished with the only stage inverter by growth of input voltages. The advantage of these three designs is among the reduction of total harmonic distortion by increasing the levels. simulations are accomplished In MATLAB and correlations were created.