STRATEGY AND OPTIMIZATION OF A MIXTURE OF NONCONVENTIONAL ENERGY SOURCES IN THE ENERGY SYSTEM

This paper treaties with design and optimization of a hybrid renewable energy sources in power system with HOMER software. The hybrid sources with renewable sources like solar, wind and battery, diesel generator are used. With these sources it going to meet the electric demand. The main objective of this paper is to design an individual renewable energy system to see the anticipated electric load with high renewable fraction & little energy cost. To minimize the net present cost of the constraints in mixture energy system, the best optimization analysis are used like search space optimization in order to find out the best prime possible configuration. A search space is formed for each component (solar, generator, battery & converter) using lower and upper limits of each component & dispatch strategy. The two control strategies are nominated for this study; those are load following (LF) & cycle charging (CC). The simulation results proves that the advised model finished with lowest energy cost, less losses & major fraction of renewable energy.