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Optimization of renewable energy sources for hybrid power generation

机译:优化用于混合发电的可再生能源

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Increasing cost of the fossil fuel have led the emphasis on the usage of renewable energy sources as an alternative source of generation. More than 70% of the Indian population resides in the villages which are deprived of power for more than 6 to 12 hours a day. For the overall growth of the economy, it is necessary that the agro based economy also contribute to the growth. It is neither feasible nor economical to transmit electricity in the far off regions where a few families reside in the village. Hence decentralized and distributed generation concept has come up under the Rajiv Gandhi GraminVidyutikaranYojana which is implemented by Rural Electrification Corporation. The Hybrid Renewable Energy System can not only make optimum use of the available renewable resources but can become cost effective by minimising per unit cost of generation which could otherwise be high by considering any single source such as solar, wind, biomass or small hydro. MATLAB simulation is done by considering various assumption parameters for carrying out per unit cost of generation.
机译:化石燃料成本的上涨导致人们越来越重视使用可再生能源作为替代能源。超过70%的印度人口居住在每天缺电6至12个小时以上的村庄中。对于经济的整体增长,以农业为基础的经济也必须为增长做出贡献。在村里有几个家庭居住的偏远地区传输电力既不可行也不经济。因此,由农村电气化公司实施的Rajiv Gandhi GraminVidyutikaranYojana提出了分散和分布式发电的概念。混合可再生能源系统不仅可以最佳地利用可利用的可再生资源,而且还可以通过将单位发电成本降至最低来提高成本效益,否则如果考虑任何单一来源(例如太阳能,风能,生物质能或小水电),这可能会很高。通过考虑用于执行单位发电成本的各种假设参数来完成MATLAB仿真。

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