An Intelligent Power Management Control Scheme for A 9 Bus Grid Tied System Powered by PV System

The internet linked society necessitates the integration of renewable energy supplies and demands in the microgrid with a power management system able to chasing, management and saving energy simultaneously. PV output varies with heat and radiation, necessitating the use of a DC/DC converter to boost PV output. Harmonics in the output are caused by static gadgets in the converter and inverter. This study presents an intelligent power management control method for grid associated system powered by PV system along with Single Ended Primary Inductance Converter (SEPIC) converter. They are executed in an IEEE 9-bus system in a zero inactivity applied state of 100% inverter based generation, where the existence of grid forming inverters is required to validate the model’s functioning also by applying the Cascaded Artificial Neural Network (ANN) controller reduces the harmonics in output. The proposed system has been verified simulations/MATLAB tests. The efficiency comparison of the (SEPIC) converter has the obtain value is 91%.