A novel single switch dc-dc converter with high voltage gain capability for solar PV based power generation systems

In recent years. distributed power generation using renewable energy sources has received greater attention due to the rapid exhaustion of fossil fuels and increased emission of greenhouse gases (Jacobson and Delucchi. 2011). Solar energy is one of the promising and clean renewable energy resources for electric power generation (Bennett et al.. 2012). However. the output from solar panel is low and many panels have to be connected in series-parallel combination (Singh and Banerjee. 2015). The voltage available from the different series-parallel combination of solar PV cell is of the order of 20–۶۰ V (Rajesh and Carolin Mabel. 2015). Hence. a suitable power converter is required to interface the PV panels with the load (Shuhui et al.. 2011). In many applications like solar based generation system. comparatively high voltage is achieved by dc-dc boost derived converter (Forouzesh et al.. 2017. Li and He. 2011) as shown in Fig. 1.

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