A. Daniel, M. C. Crisanto, González Pedraza Oskar Javier, Pacheco Ibarra J. Jesús, Rangel Arista Jorge Alberto
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引用次数: 0
摘要
目前在墨西哥,由于该国对化石燃料的严重依赖,可再生能源变得更加重要。在可再生能源的几种应用中,有地热应用于空间空调。这项技术使用热泵与地面交换热量。这项技术在墨西哥相对年轻,在全国范围内有很大的研究和应用领域。这样,为了计算地热热交换器的正确尺寸,有必要计算使用U型垂直热交换器的地热热泵技术的综合体的热负荷,为了执行热负荷的计算,使用Autodesk Revit®软件,可以制作一个虚拟模型,详细介绍位于莫雷利亚的植物中心,Michoacán。隶属于圣米却卡纳大学Nicolás de Hidalgo (UMNSH)。
Applied horizontal and vertical geothermal heat exchanger with heat pump system to provide air conditioning for an academic facility in Mexico
At present in Mexico, the renewable energy has become more important due to the great dependence of the country for fossil fuels. Within the several applications of renewable energy, there are the geothermal applications for the air conditioning of spaces. This technology employs heat pumps that interexchange heat with the ground. This technology is relatively young in Mexico, leaving a large field for study and application throughout the country. In this way, to calculate the correct sizing of geothermal heat exchangers, it is necessary to calculate the thermal loads of the complex in which this technology of geothermal heat pumps using vertical heat exchangers type U will be installed, to perform the calculation of thermal loads Autodesk Revit® software was used, with which was possible to make a virtual model in detail of the botanical center that is located in Morelia, Michoacán, Mexico and belongs to the Universidad Michoacana de San Nicolás de Hidalgo (UMNSH).