基于分布式存储的直流微电网:孟加拉国农村电气化的可靠光伏解决方案

Shahid Jaman, Minar Mahmud Hossainy, Md Saiful Huque
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引用次数: 2

摘要

本文提出了一种基于分布式存储的孟加拉国农村电气化直流微电网系统的概念设计和经济分析。在本次设计中,我们采用了平均负荷消耗约34.3kWh,其中包括农村家庭负荷和季节性负荷变化的灌溉设施。然后,我们估计了直流微网组件所需的规格,如太阳能光伏、微网充电控制器、电池、配电系统等。此外,我们还展示了我们所提出的微电网系统的成本分析。成本分析估计,季节性灌溉设施的电费约为17.80 BDT/kWh。有人认为,开发活动的选择应该与日照和负荷需求的季节性变化相匹配,从而使能源成本保持在最低水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distributed storage based DC micro grid: A reliable PV based solution for rural electrification of Bangladesh
This paper proposed a conceptual design and economic analysis of a distributed storage based DC micro grid system for rural area electrification of Bangladesh. In this design we has taken an average load consumption about 34.3kWh including the rural household load and irrigation facility with seasonal load variation. After that we have estimated required specification of DC micro grid components such as solar PV, micro grid charge controller, battery, distribution system etc. Moreover, we have also shown the cost analysis of our proposed micro grid system. Cost analysis estimated about 17.80 BDT/kWh electricity cost with seasonal irrigation facility. It is argued that the developmental activity should be chosen in such a way that it matches with the seasonal variation in insolation and load demand may keep the energy cost to a minimum.
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