A Photo-Voltaic Solar System (PVSS) is being
operated in Steve Biko campus, Durban University of Technology.
The energy generated by the PVSS is time varying, based on the
quantity of sunlight and the temperature at which the photovoltaic
(PV) cell functions. Consequently, in all situations, it is critical to
obtain the full power from the PV array. The monitoring control
strategy of Maximum Power Generated (MPG) from the PVSS
connected to a Boost Inverter (BI) is presented in this research
paper by employing an Improved Incremental Conductance and
Integral Regulator (IIC & IR). The outcomes of the simulation
indicate that full power can be obtained from the PV array while
ensuring a consistent generated voltage under various operating
scenarios.
