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Promoting solar thermal design: the Mechanical Engineering building at the University of New Mexico

机译:促进太阳能热设计:新墨西哥大学的机械工程大楼

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Thermal conditioning of buildings accounts for about half of the energy use in industrialized countries. Thus there is a considerable incentive to use renewable energy, especially solar, to heat and cool buildings. For small residential applications, 'passive' designs often suffice to cover most needs, however for larger, institutional buildings more technological 'active' measures are often required to provide thermal comfort. The Mechanical Engineering building at the University of New Mexico is an example of the latter class of building, in which a thermal solar panel array in combination with an absorption chiller and various energy saving measures results in a substantial reduction of energy requirements. At the same time, the building serves as an educational facility and a research laboratory for training future engineers in the field of renewables. The design of the building is presented, both in terms of its educational purpose and its energy saving measures. The performance of the building is also discussed.
机译:建筑物的热调节约占工业化国家能源消耗的一半。因此,有很大的动机来使用可再生能源,尤其是太阳能,来给建筑物供热和降温。对于小型住宅应用,“被动”设计通常足以满足大多数需求,但是对于大型的机构建筑物,通常需要采用更多的技术“主动”措施来提供热舒适性。新墨西哥大学的机械工程大楼是后一类大楼的一个示例,其中将热能太阳能电池板阵列与吸收式冷却器结合使用,并采取各种节能措施,从而大大降低了能源需求。同时,该建筑物还用作教育设施和研究实验室,用于培训可再生能源领域的未来工程师。从教育目的和节能措施两方面介绍了建筑物的设计。还讨论了建筑物的性能。

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