Özet:

: According to the global perspective, overpopulated urban areas require increased electric utility and demand. The national and regional energy supply and distribution companies find it difficult to fulfill this increasing demand. This study involves a proper optimization of regional solar potential and capacity for a possible hybrid model in the light of variable renewable energy and optimized software-based results, including the Net Present Costs (NPC) and Cost of Electricity (COE) that have been analyzed within HOMER simulations, in light of system performance and system’s durability, operation and maintenance cost, derating factor, lifetime, revenue, and their efficiency including the solar irradiance potential, as an application of electrical energy. Our results showed that if we implement a design of this hybrid model that is analyzed for different plant capacities of 50 MW, 100 MW, 150 MW, and 200 MW and draw a comparative analysis having a lifetime of 25 years, the system with the total power-generating capacity of 200 MW will be the most cost-effective and profitable system. It generates a profit which is four times more than the profit generated by 50 MW and has a lifetime of 25 years.

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