Assessing the Feasibility and Optimizing Capacity for Solar-Wind Hybrid Renewable Energy Systems for Remote Area

Energy drives economic growth through the introduction of the necessary inputs for a nation's socio-economic development. Due to the scarcity of fossil fuels and rising carbon emissions, there is an ever-increasing demand for renewable energy. In order to meet the electrical load requirement of Ujjain Rd, Vikram Nagar, Uttam Nagar, Dewas, Madhya Pradesh 455001, India, this article seeks to determine the best hybrid technology combo for producing electricity using different forms of renewable energy. In this research work HOMER PRO which is used as programmer functions as a tool for sizing and optimization. The best and most practical renewable energy system for the chosen site is the hybrid system, which has a COE of ∃0.291 and an NPC of ∃15,467 in addition to an initial cost of ∃8,590. The solar renewable data for the chosen location is 5.17 KWh/m2/day, while the wind renewable data is 5.47 m/s. System is superior and environmentally benign compared to the 220 kg/yr of carbon emissions.