建筑教育空间的可持续性与能耗优化(案例研究:Hashtgerd Branch)

IF 0.1 Q4 CONSTRUCTION & BUILDING TECHNOLOGY Russian Journal of Building Construction and Architecture Pub Date : 2023-05-15 DOI:10.36622/vstu.2023.2.58.006
Dr.J. Eiraji
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引用次数: 0

摘要

问题的陈述。本文是伊斯兰阿扎德大学研究项目的一部分,目的是检查其哈希格德分校的能源消耗是否得到了优化,如果不是,则可以为已建成的教育项目提出什么解决方案。本文首先是对可持续发展的回顾和基础研究,最后是研究问题的主要解决方案。其次,由于教育建筑作为公共空间,能耗较大,具有特殊的建筑细节和条件,我们将研究我们所选择和建造的案例研究的建筑和能耗细节的现状,从中看到积极和消极的地方。结果。研究结果表明,尽管有积极的方面,但已经发现了许多导致高能耗的消极方面,并且随着项目的建立,变更的可用性变得更加困难。结论。由于本研究是定性研究,另一方面,该项目需要采用国家电力和能源部的政策,因此将检查并提供基于可持续性规则的定性解决方案。结果表明,通过对建筑项目的可持续性规则进行管理,可以降低和优化建筑的能耗。
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Sustainability and Optimizing Energy Consumption in Architecture of the Built Educational Spaces (Case Study: Hashtgerd Branch)
Statement of the problem. This paper is a part of research project by Islamic Azad University to check if energy consumption in its Hashtgerd Branch is optimized and if it is not what the solutions for a built educational project can be suggested. What will be studied in this paper, at first, is a review and basic studies of sustainability which will be the main solution of research problem at the end. Next, as educational buildings, as public spaces, have more energy consumption and have especial architectural details and conditions, we will study the current situation of architectural and energy consumption details of our selected and built case study to see positive and negative points. Results. The results of the research show that despite the positive points, many of the negative points have been detected that led to high energy consumption and as the project is built, availability of changes are harder. Conclusions. As this research is a qualitative research and in the other hand the project needs to adopt itself with the policies of the Ministry of Power and Energy of the country, qualitative solutions which are based on sustainability rules, will be checked and offered. The results show that by managing sustainabi-lity rules in a built project, the energy consumptions can be reduced and optimized.
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来源期刊
Russian Journal of Building Construction and Architecture
Russian Journal of Building Construction and Architecture CONSTRUCTION & BUILDING TECHNOLOGY-
自引率
50.00%
发文量
28
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