Strategic framework of operational energy performance improvement potential for Damascus post-war social housing

IF 2.1 Q2 CONSTRUCTION & BUILDING TECHNOLOGY
L. A. Khaddour
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引用次数: 3

Abstract

ABSTRACT In Syria, the war’s devastating destruction to the built environment, especially to the housing and energy sectors, has mounted the demand for energy-efficient social housing. Hence, the implementation of the housing energy efficiency law, endorsed by the Syrian government (Law No. 18, 2009), has had tremendous barriers. The law has not adopted an energy efficiency strategy and plans that comprise; financial provision, assessment framework, fiscal inducements, market initiatives and international collaboration. The present research attempts to assess the improvement potential in the operational energy performance of typical mid-rise residential buildings in Damascus through the implementation of energy conservation housing law and analysis of the key influencing variables. The research evaluates a pilot energy-efficient complying building compared to typical conventional one, in terms of thermal performance, operational energy efficiency, carbon dioxide emissions, and total energy-cost trade-off. The framework, developed by this study, tackles the implementation barriers and divides responsibilities among the involved parties along with the financial and managerial requirements. This is essential, in the light of the Government’s self-efforts for reconstruction. The framework enables designers and decision-makers to start thinking from the occupancy stage backwards to benefit the early design stage where irretrievable decisions are being made.
大马士革战后社会住房运营能源绩效改善潜力战略框架
在叙利亚,战争对建筑环境的毁灭性破坏,尤其是对住房和能源部门的破坏,增加了对节能社会住房的需求。因此,叙利亚政府批准的住房能效法(2009年第18号法律)的实施遇到了巨大的障碍。该法律没有采用能源效率战略和计划,包括;资金提供、评估框架、财政激励、市场倡议和国际合作。本研究试图通过节能住宅法的实施和关键影响变量的分析,来评估大马士革典型中高层住宅运行能源绩效的改善潜力。该研究从热性能、运行能效、二氧化碳排放和总能源成本权衡等方面对符合节能标准的试点建筑进行了评估,并与典型的传统建筑进行了比较。本研究开发的框架解决了实施障碍,并根据财务和管理要求划分了相关各方的责任。鉴于政府为重建所作的自我努力,这是至关重要的。该框架使设计师和决策者能够从占用阶段开始思考,从而有利于做出不可挽回的决策的早期设计阶段。
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
Intelligent Buildings International
Intelligent Buildings International CONSTRUCTION & BUILDING TECHNOLOGY-
CiteScore
4.60
自引率
4.30%
发文量
8
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