Rural Electrification through an Optimized Off-grid Microgrid based on Biogas, Solar, and Hydro Power

M. S. Aziz, M. Khan, Aqib Khan, Faisal Nawaz, M. Imran, A. Siddique
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引用次数: 5

Abstract

Renewable energy is the only solution to the problem of depleting environmental conditions and energy shortage. Animal manure is a major output waste of rural areas and it can be converted into biogas through anaerobic digestion. Biogas is mainly CH4 which is combustible and can be used as fuel. In Pakistan, most of the rural population is relying on agriculture and cattle farming. Agriculture gives us hydro potential and cattle farming gives us biogas. And both of these resources, if used properly, can drastically improve the socioeconomic condition of rural areas. The sub-rural tehsil of Division Bahawalpur, “Mandi Yazman” is considered as a study area with the domestic load. This paper gives a techno-economic analysis of microgrid based on biogas, solar and hydropower to find out the best possible combination for lowest COE (cost of energy) and NPC (net present cost) according to the available resources in the proposed site.
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通过基于沼气、太阳能和水力发电的优化离网微电网实现农村电气化
可再生能源是解决环境恶化和能源短缺问题的唯一出路。动物粪便是农村地区的主要产出废物,可通过厌氧消化转化为沼气。沼气的主要成分是甲烷,甲烷可燃,可以用作燃料。在巴基斯坦,大多数农村人口依靠农业和畜牧业为生。农业为我们提供水力,养牛为我们提供沼气。如果使用得当,这两种资源都可以极大地改善农村地区的社会经济状况。“Mandi Yazman”地区Bahawalpur的郊区被认为是一个具有家庭负荷的研究区域。本文对基于沼气、太阳能和水电的微电网进行了技术经济分析,根据拟建站点的可用资源,找出最低能源成本(COE)和净当前成本(NPC)的最佳组合。
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