This paper mainly deals with the optimum design and performance of the hybrid renewable electrification system for remote villages of southern part of India. Constructed and simulated a hybrid renewable energy (HRE) system, which was consists of fully village owned renewable resources such as solar, wind and biomass energies. Through this case study a typical Indian village load demand wants to meet out by suitable hybrid renewable configuration with optimum performance and least investment. The proposed system's technical performance was ensuring by highest renewable fraction and least annual unmet load percentage. The economical performances of the system were witnessed by the least net present cost and minimum cost of energy. The further sensitivity analysis of the proposed remote village electrification system has been verified by NREL's HOMER software tool. The outcome of the different HRE configuration's competitions were established that the PV/wind/biomass based hybrid renewable power generations at standalone mode was highly commendable electrification system for remote village energy sustainability.

中文翻译：

---

印度偏远村庄混合可再生电气化系统的技术经济性能分析

本文主要研究印度南部偏远村庄混合可再生能源电气化系统的优化设计和性能。构建并模拟了一个混合可再生能源 (HRE) 系统，该系统由全村所有的可再生资源组成，例如太阳能、风能和生物质能。通过这个案例研究，一个典型的印度乡村负荷需求希望通过合适的混合可再生能源配置来满足，同时具有最佳性能和最少投资。拟议系统的技术性能通过最高的可再生比例和最低的年度未满足负荷百分比来确保。该系统的经济性能由最低的净现成成本和最低的能源成本见证。NREL 验证了对拟议偏远村庄电气化系统的进一步敏感性分析 s HOMER 软件工具。不同 HRE 配置的竞赛结果表明，独立模式下基于光伏/风能/生物质的混合可再生能源发电是非常值得称赞的偏远村庄能源可持续性电气化系统。