Implementation of noble TLBO-MPPT technique for SPV in hybrid DC-DC boost converter

DC-DC converter is an important part of solar microgrid system since it not only boost the output voltage to a level which can be integrated with the distribution grid, but it also smoothens the ripple in the output waveform. In the literature numerous techniques are available to design a DC-DC converter. This paper presents a noble converter topology based on Heuristic method of simulation to design a DC converter which maximizes the output voltage such that it can be easily integrated with the grid. To extract the Maximum output from Solar Photovoltaic system a new Teaching Learning Based Optimization method has been implemented for fast convergence of the optimal parameters to design a suitable MPPT technique. A comparative analysis has been presented between conventional PO, IC and the proposed MPPT technique. The research has been done on Matlab Simulink software version 2013.