供暖住宅的能源需求、燃料消耗和环境影响——以菲斯为例

R. Idchabani, M. Garoum, A. Cherki, A. Khabbazi
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引用次数: 1

摘要

非斯市住宅建筑的季节性供暖能源需求和燃料消耗是根据预先确定的建筑设计和建筑材料特性以及使用度天法进行的定期气象温度测量来估算的。还研究了两种能源(液化石油气和电力)在等效二氧化碳排放方面加热对环境的影响。结果表明,采暖期平均为194 d,平均采暖度日数在895.8 ~ 1171之间变化,为1039。原型建筑的供暖能源需求在132至217千瓦时/平方米之间变化,具体取决于玻璃类型、玻璃面积百分比和渗透率。以kgoe计算,用电量是LPG的2.6倍。使用液化石油气代替电力作为燃料,温室气体的排放量可以由3个单位来设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy requirement, fuel comsumption and environmental impact of heating residentiel building - Case study of Fez
The seasonal energy requirements and fuel consumption for heating purposes in the residential buildings in the city of Fez is estimated from the predetermined architectural design and material characteristics of the buildings and the regular meteorological temperature measurements by using the degree-days method. The environmental impact of heating in term of equivalent CO2 emission is also investigated for two sources of energy: liquefied petroleum gas and electricity. As a conclusion, the length of the heating period is average 194 days, and the mean heating degree-days value is found as 1039 besides changing between 895.8 and 1171. The heating energy requirement for the prototype building varies between 132 and 217 kwh/m2 depending on glassing type, glassing area percentage and infiltration rate. In term of kgoe, electricity consumption is 2.6 times greater than that of LPG. By using LPG instead of electricity as a fuel, the emissions of greenhouse gases can be devised by 3.
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