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A photovoltaic solar system applied to rural household in Peru

机译:应用于秘鲁农村家庭的光伏太阳能系统

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The present research study aims to improve the efficiency of photovoltaic systems applied to homes in isolated areas. This experimental study was carried using a prototype of a rural house, located at the Technological University of Peru - Arequipa, Peru. The photovoltaic solar system, connected to the prototype house, supplied its electric loads (TV, Blu-ray, radio, refrigerator, blender, heater, washing machine, fan, iron), which were programmed to be turned on and off using digital timers during a period of 3 months (March, April and May 2020). The measured parameters were the solar power, the consumed electrical power and the electrical power of what would be an auxiliary source of energy (electric generator, for example) in case the solar resource is unavailable. The results indicate that the photovoltaic solar system could store the unused solar energy to supply the nighttime electrical loads, ensuring, in this way, the autonomy of the energy system.
机译:本研究旨在提高应用于隔离区域的家庭的光伏系统的效率。 该实验研究采用了农村房屋的原型携带,位于秘鲁秘鲁的技术大学 - 阿雷基帕。 连接到原型房屋的光伏太阳能系统,供应其电负载(电视,蓝光,无线电,冰箱,搅拌器,加热器,洗衣机,风扇,铁),用于使用数字定时器打开和关闭 在3个月(3月,4月和5月2020年)期间。 测量的参数是太阳能功率,消耗的电力和电力的电力是辅助能量源(例如发电机),以防太阳能资源不可用。 结果表明,光伏太阳能系统可以存储未使用的太阳能以提供夜间电荷,以这种方式确保能量系统的自主权。

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