Aplicación de sistemas de refrigeración solar en zonas marginadas, organizaciones de bajos recursos y poblaciones desprotegidas

José Enrique AMADOR-GARCÍA, Marco Antonio CRUZ-GÓMEZ, Tomás Aáron JUÁREZ-ZERÓN, José Alfredo MEJÍA-PEREZ
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Abstract

The refrigeration systems are of great importance in the daily life of the human being, due to the fact that it is necessary to have cold storage systems for different processes and perishable products preservation. The generated electric power as an alternative source has been used for refrigeration systems involved in sustainable development programs. The aims of this research were to characterize a cooling system powered by solar panels and that pretend to improve the quality of life. Refrigerating machines that use alternative sources of energy contribute to sustainable development, however, those that do not use it have a greater environmental impact. The solar refrigerator prototype has a quantitative-qualitative approach in deductive processes based on interpretation and data collection. This was carried out using own materials for the refrigerators construction that allow obtaining a compact configuration, presenting, pressure-volume operation curves and autonomy of the system with maintenance similar to conventional refrigeration systems. The refrigeration system is intended to be used in marginalized areas, low-income organizations and in support unprotected populations.
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在边缘化地区、低收入组织和弱势群体中应用太阳能冷却系统
冷藏系统在人类的日常生活中非常重要,因为不同的过程和易腐产品的保存都需要冷藏系统。所产生的电力作为一种替代来源已被用于涉及可持续发展计划的制冷系统。这项研究的目的是表征一种由太阳能电池板供电的冷却系统,并假装能提高生活质量。使用替代能源的制冷机有助于可持续发展,然而,不使用替代能源的制冷机对环境的影响更大。太阳能冰箱原型在演绎过程中采用了基于解释和数据收集的定量定性方法。这是使用自己的材料进行的冰箱结构,允许获得紧凑的配置,呈现,压力-体积运行曲线和系统的自主性与维护类似于传统的制冷系统。制冷系统的目的是用于边缘地区、低收入组织和支助无保护的人口。
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