Potential reduction in energy consumption in consolidated built environments. An analysis based on climate, urban planning and users

IF 0.4 0 ARCHITECTURE
Esther Compte Coloma
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引用次数: 1

Abstract

In order to minimise the environmental problems of energy consumption this study aims to assess the potential energy demand reduction of the three main building types within three urban configurations of a Mediterranean city in the Comunitat Valenciana Region, Spain. To do so this project aims to identify the urban configuration which makes the best use of sun and natural ventilation, and whether this potentially affects the energy consumption of users in three vulnerable neighbourhoods as an analysis methodology prior to any intervention on the building stock.Factor analysis was carried out in summer taking into account the greater influence of the climate factors in the warm region under study. Therefore, winter conditions were excluded from this analysis as the installations, and the state of conservation of the envelope were the main factors affecting the energy consumption at this time of year. The results obtained show that there is true potential for reducing consumption in the buildings analysed. Due to the viability and easy implementation of these actions, and given the embodied energy, the measures for optimising the envelope of buildings are inadvisable or to be considered only as a last resort.
在综合建筑环境中减少能源消耗的潜力。基于气候、城市规划和用户的分析
为了最大限度地减少能源消耗的环境问题,本研究旨在评估西班牙瓦伦西亚社区地中海城市三种城市配置中三种主要建筑类型的潜在能源需求减少。为了做到这一点,本项目旨在确定城市配置,以充分利用阳光和自然通风,以及这是否可能影响三个脆弱社区用户的能源消耗,作为对建筑存量进行任何干预之前的分析方法。考虑到所研究的暖区气候因子的影响较大,在夏季进行因子分析。因此,冬季条件被排除在这个分析之外,作为装置,围护结构的保护状态是影响一年中这个时候能源消耗的主要因素。所获得的结果表明,所分析的建筑物确实具有降低能耗的潜力。由于这些行动的可行性和容易实施,以及考虑到所蕴含的能源,优化建筑物围护结构的措施是不可取的,或者只能作为最后的手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
1.10
自引率
12.50%
发文量
9
审稿时长
20 weeks
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