Optimization, Design and Feasibility Analysis of a Grid-Integrated Hybrid AC/DC Microgrid system for Rural Electrification

Recently, a hybrid microgrid system is playing vital role to supply sustainable power remote areas using renewable energy sources. The main motto of this research design the optimal by identifying potentials production in selected location. proposed provides meet different load demands various communities Doddipalli village, Chittoor, Andhra Pradesh, India. Here, Hydrogen tank and hydrogen loads are also integrated with grid-integrated for excess electricity management strategies. Optimization process, techno-economic, environmental analysis were carried out construct HOMER software. domestic average daily demand about 704.86 kWh/day. Homer software generates several possible designs, top eight evaluated use case studies. (PV/WT/Grid) decided comparing lowest levelized cost ($0.0751/kWh/day), minimum net present ($6.92M) high fraction (97.8%). consists solar photovoltaic (PV)-13.9 kW, wind turbine (WT)-800kW (4), tank-10 kg, electrolyser-700 kW converter-94 kW. Based on results, has less carbon dioxide ( CO 2 ) emission, making it better environment. In work, would be more economical when PV, Wind Turbine became primary This shows that can an appropriate model provide reliable at low generation considered area.