Design of an off-grid energy kiosk in rural Zambia

H. Louie, M. Shields, S. Szablya, Likonge Makai, Kimberly Shields
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引用次数: 14

Abstract

This paper describes the design of an off-grid energy kiosk in Filibaba, Zambia. Energy kiosks use a “walk up” retail model for electricity service. People bring mobile phones and other electronic devices to be recharged at the kiosk for a fee, and can rent portable battery kits with external LED bulbs to provide light to their homes. The revenue collected pays for the sustainable operation and expansion of the kiosk. The energy kiosk is powered by 1.8 kW of photovoltaic panels. This paper discusses the technical specifications of the system, including how information gathered from surveys, a focus group and community-wide meeting informed the technical and business design of the energy kiosk. Computer simulations are used to explore the reliability and appropriateness of the design. The energy kiosk represents a collaboration between nongovernmental organizations in the United States, Zambia and IEEE Smart Village. The energy kiosk will be installed in September of 2015.
赞比亚农村离网能源亭的设计
本文介绍了赞比亚菲利巴巴离网能源亭的设计。能源亭采用“步行”零售模式提供电力服务。人们带着手机和其他电子设备在充电亭收费充电,还可以租用带有外部LED灯泡的便携式电池包,为自己的家提供照明。所收取的收入用于支付售货亭的可持续运营和扩建。能源亭由1.8千瓦的光伏板供电。本文讨论了该系统的技术规格,包括从调查、焦点小组和社区会议中收集的信息如何为能源亭的技术和业务设计提供信息。通过计算机仿真验证了该设计的可靠性和适用性。能源亭代表了美国、赞比亚和IEEE智能村的非政府组织之间的合作。能源亭将于2015年9月安装。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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