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Life cycle cost assessment of solar-wind-biomass hybrid energy system for Energy Centre, MANIT, Bhopal

机译:太阳能 - 生物量混合能源系统的生命周期成本评估能源中心,载体,博帕尔

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In this communication, a study has been carried out to evaluate the life cycle cost of a hybrid renewable systems combining solar, wind, biomass energy sources to meet the demand of energy centre, MANIT, Bhopal. The main objective of this study is to compare the life cycle cost of different combination of hybrid systems and individual stand alone systems. The most economical hybrid system with lowest life cycle cost is determined. From the analysis it is found that life cycle cost of standalone solar energy system is highest. Hybrid system consisting of solar / (25% wind + 75% biomass) is having the lowest life cycle cost compared to stand alone systems .So it is noticed that with hybrid energy system using three energy sources, life cycle cost decreasing and reliability of power supply throughout year is increasing.
机译:在这种通信中,已经进行了一项研究,以评估混合性可再生系统的生命周期成本,将太阳能,风力,生物量能源组合,以满足能源中心,喷淋,博巴尔的需求。本研究的主要目的是比较混合系统和单独独立系统不同组合的生命周期成本。确定具有最低生命周期成本的最经济的混合系统。从分析中发现,独立太阳能系统的生命周期成本最高。由太阳能/(25%风+ 75%生物质)组成的混合系统具有最低的寿命周期成本与独立系统相比。所以注意到,使用三个能源的混合能量系统,生命周期成本降低和功率可靠性全年供应增加。

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