Optimized and Feasible Sustainable Energy System for Remotes Areas in Sindh by Utilizing HOMER

The utilization of sustainable power source is expanding everywhere throughout the world. This research talked about the feasibility of giving power by utilizing hybrid sustainable power system to a far off small village, the populace of 15 families with a normal of five to six members in each family. The region of study, Kandhkot located in the Sindh, Pakistan. In the current scenarios, day by day vitality utilization of 500 kWh and a peak maximum load of 104 kW were taken into account. This research paper shows an approach to study different situations of sustainable power source system based on the economy, production of power, design, control, biomass accessibility and emissions of pollution. The HOMER programming software is utilized to completely simulate various situations. The output of this analysis demonstrates that the value of maximum capacity per year increases, the total present expense and levelized cost of vitality diminishes. The analysis of sensitivity parameters demonstrated that this design is the only optimized practical system under given varieties of various parameters.