Solar Energy Management Model for Rural Schools Without Access to the National Interconnected Power System in Peruvian Mountains

N. Castro, C. Raymundo, Juana Lazo, Gino Viacava
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Abstract

The lack of electric power decreases the possibilities of economic growth in rural areas of Peru, likewise influences the level of education in these remote areas; which in turn decreases productivity in the school classrooms; such is the case of the institution mentioned in this article located in San Isidro of Huirpacancha, in the province of Huancavelica. At present, this community has 5 educational institutions and 3 of them do not have access to electric power, due to their location, since they are approximately 7 to 10 km in a straight line from the center of the town and in turn from the lines of transmission; In addition, it is not profitable to the State or private companies to annex them to the National Interconnected Electricity System (SEIN), since the cost of installation and electrical infrastructure does not compensate for the small group of users and the low demand. For this reason, the present article proposes to offer an energy model based on a photovoltaic panel system, this technology was chosen because the district of Huaytara has a high index of solar irradiation.
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秘鲁山区无法接入国家互联电力系统的农村学校太阳能管理模式
缺乏电力减少了秘鲁农村地区经济增长的可能性,同样影响了这些偏远地区的教育水平;这反过来又降低了学校教室的生产力;这篇文章中提到的位于万卡维里卡省怀尔帕查的圣伊西德罗的机构就是这种情况。目前,该社区有5所教育机构,其中3所由于其地理位置而没有电力供应,因为它们距离镇中心直线距离约7至10公里,而反过来又距离输电线;此外,国家或私营公司将它们并入国家互联电力系统(SEIN)是无利可图的,因为安装和电力基础设施的费用无法弥补用户群体少和需求低的问题。因此,本文提出了一种基于光伏板系统的能源模型,由于华塔拉地区太阳辐照指数较高,因此选择了该技术。
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