A MODIFIED SYSTEM FOR RESIDENTIAL ELECTRIFICATION IN INDIA USING RENEWABLE ENERGY

The most critical parameter for monetary development and social improvement is “Energy”. The sustainability of vitality is crucial for future sustainable growth. Sustainable energy is a key component for any feasible solution. In recent years, the solar photovoltaic (PV) power generation system is the flammable and promising research field. Governments are also creating plans for increasing the amount of power production from renewable energy (RE) sources, since in future feasibility and crunch of traditional energy sources will increase. As the appropriate solar insolation level is required for the power generation through solar, basic theoretical studies of solar insolation level in Maharashtra state from Indian Metrological Department (IMD) has carried out. This paper also deals with the design and development of a simple and efficient solar PV system in matlab/Simulink. The study and analysis of the residential load pattern of a middle class, residential consumer in Maharashtra state, is carried out. This paper proposed an upgraded system for residential electrification using an algorithm in combination of sustainable energy and grid energy without a storage system. The solar PV system is consisting of solar panel, buck boost converter, MPPT circuit, and inverter. These subsystems are designed in matlab/Simulink software. MPPT circuit is design using perturbation and observation method.