The simplified electrical equivalent model of a PV cell comprises a photocurrent source and a parallel connected diode. The PV cell itself behaves as a highly nonlinear current source with limited output voltage as depicted. It is known on the basis of the PV-cell voltage-current characteristics that the generated Star Student Project power reaches its maximum only under specific loading. This maximum power point (MPP) separates the constant current region (CC), where the PV-cell current stays relatively constant from the voltage region (CV).
Project Support for : Ph.D/M.E/M.Tech/B.E/B.Tech/MCA/Msc/BCA/Diplomo
Department : Computer Science/ Information Technology/ Electronics
Star Student Project
The simplified electrical equivalent model of a PV cell comprises a photocurrent source and a parallel connected diode. The PV cell itself behaves as a highly nonlinear current source with limited output voltage as depicted. It is known on the basis of the PV-cell voltage-current characteristics that the generated Star Student Project power reaches its maximum only under specific loading. This maximum power point (MPP) separates the constant current region (CC), where the PV-cell current stays relatively constant from the voltage region (CV).