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Assessment of energy and economic performance of office building models: a case study

机译:办公楼模型能源与经济绩效评估 - 以案例研究

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Energy consumption of building accounts for more than 37.3% of total energy consumption while the proportion of energy-saving buildings is just 5% in China. In this paper, in order to save potential energy, an office building in Southern China was selected as a test example for energy consumption characteristics. The base building model was developed by TRNSYS software and validated against the recorded data from the field work in six days out of August-September in 2013. Sensitivity analysis was conducted for energy performance of building envelope retrofitting; five envelope parameters were analyzed for assessing the thermal responses. Results indicated that the key sensitivity factors were obtained for the heat-transfer coefficient of exterior walls (U-wall), infiltration rate and shading coefficient (SC), of which the sum sensitivity factor was about 89.32%. In addition, the results were evaluated in terms of energy and economic analysis. The analysis of sensitivity validated against some important results of previous studies. On the other hand, the cost-effective method improved the efficiency of investment management in building energy.
机译:建筑的能源消耗占能量消耗总量的37.3%以上,而节能建筑的比例仅占中国的5%。在本文中,为了节省潜在的能源,选择了中国南方的办公大楼作为能源消耗特征的测试示例。基础建筑模型由Trnsys软件开发,并在2013年8月至9月六天内从现场工作的录制数据验证。对建筑包络改装的能量性能进行了敏感性分析;分析五个包络参数以评估热反应。结果表明,用于外壁(U形壁),浸润率和遮蔽系数(SC)的传热系数获得关键敏感性因子,其中总和敏感因子约为89.32%。此外,结果在能量和经济分析方面进行了评估。敏感性分析验证了以前研究的一些重要结果。另一方面,经济高效的方法提高了建筑能源投资管理的效率。

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