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Small Island Developing (SID) States mostly faces lack of adequate service of energy due to their large dependency on fossil fuels. Moreover, due to increase in global warming and pollution the scenario has to be changed and these SID States have to switch over to the option of generating energy from Renewable Resources. It is possible to mitigate the problems related to inadequate energy by utilizing the Renewable Energy Resources of those areas. The main aim of this paper is to design both on-grid and off-grid Solar-Wind-Biomass Hybrid Power Plant in Fiji, one of the SID State. The model has been designed and optimized by using HOMER Pro® (Hybrid Optimization of Multiple Energy Resources) software. The optimization result shows that the proposed Hybrid Power Plant can easily serve the fixed portion of the load demand for chosen area in Fiji. Furthermore, the result shows that on-grid connected Solar-Wind-Biomass Hybrid Power Plant is much more profitable than off-grid connected. The area chosen in Fiji is Nakalawaka.

An Optimization Study of both On-Grid and Off-Grid Solar-Wind-Biomass Hybrid Power Plant in Nakalawaka, Fiji