Abstract
Renewable energy-based decentralized supply of electricity in rural areas is becoming the basic needs of the society. This study proposes an optimal grid connected microgrid to generate electricity from renewable energy resources to satisfy the electrical needs of Nirjuli II village, PapumPare district, Arunachal Pradesh, India. This study contains estimation of the residential demand and electrical usage of the existing grid connectivity. First a, microgrid system models having existing grid connection with an ideal and an unreliable grid is designed according to the survey conducted in the village. Secondly, performance and cost analysis is done on the given systems to highlight the merits and demerits of the microgrid systems in order to propose an optimum and efficient hybrid grid renewable system for Nirjuli II village.
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