Can we learn from heritage buildings to achieve nearly zero energy building and thermal comfort? A case study in a hot climate

IF 2.1 Q2 CONSTRUCTION & BUILDING TECHNOLOGY Advances in Building Energy Research Pub Date : 2020-11-11 DOI:10.1080/17512549.2020.1844047
M. Alwetaishi
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引用次数: 2

Abstract

ABSTRACT Heritage buildings were built in a period when energy equipment for cooling and heating did not exist. This research focuses on the way in which we could benefit from such constructions to impact today's buildings and society. The investigation will consider a number of elements such as thermal mass, day-lighting and thermal comfort in comparison with a new simulated building which has the same design as the Heritage one. The research was conducted using the energy simulation tool TAS EDSL and on site measurement. In addition to that, an advanced thermal imaging camera was used in the study of physical characteristics of the building. The study revealed that applying methods of Heritage buildings to modern buildings, such as the use of thermal mass and natural ventilation, can have a considerable impact on energy consumption and thermal comfort for users. It can reduce indoor temperature up to 5°C. It was also found that the use of natural ventilation is linked to indoor thermal comfort. Large area of glazing is recommended to be used in such region when it is applied in the proper way.
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我们能向传统建筑学习,实现几乎零能耗的建筑和热舒适吗?炎热气候下的案例研究
摘要:传统建筑是在没有制冷和供暖能源设备的时代建造的。这项研究的重点是我们如何从这些建筑中受益,从而影响当今的建筑和社会。与设计与遗产建筑相同的新模拟建筑相比,调查将考虑热质量、日间照明和热舒适性等因素。该研究是使用能源模拟工具TAS EDSL和现场测量进行的。除此之外,还使用了一台先进的热成像相机来研究建筑物的物理特性。研究表明,将传统建筑的方法应用于现代建筑,如使用热体和自然通风,会对能源消耗和用户的热舒适性产生相当大的影响。它可以将室内温度降低到5°C。研究还发现,自然通风的使用与室内的热舒适性有关。当以正确的方式使用时,建议在该区域使用大面积的玻璃。
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来源期刊
Advances in Building Energy Research
Advances in Building Energy Research CONSTRUCTION & BUILDING TECHNOLOGY-
CiteScore
4.80
自引率
5.00%
发文量
11
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