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Reducing thermal discomfort and energy consumption of Indian residential buildings: Model validation by in-field measurements and simulation of low-cost interventions

机译:减少印度居民建筑的热不适感和能耗:通过现场测量和低成本干预措施的仿真进行模型验证

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The study proposes and compares low-cost strategies to improve the quality of existing building stocks, with special regard to a widespread Indian residential typology.A dynamic energy model of this particular local building typology was simulated with Energy Plus software and validated by comparing it with some original in situ measures, recorded by hourly step. The validated model was used to simulate a selection of low-cost and technically simple interventions, whose effects on the energy performance and indoor comfort were compared to the baseline case study. Comfort performances have been evaluated using comfort indoor degree hours (CIDH) and the TSI index. A combination of the most effective solutions was proposed and simulated. The results were used to assess possible improvements of comfort (reduction of CIDH) and savings of energy consumption (referred to an A/C scenario). Finally, the role of occupants' behaviour was further investigated. (C) 2015 Elsevier B.V. All rights reserved.
机译:该研究提出并比较了低成本策略,以提高现有建筑存量的质量,特别是针对印度广泛的住宅类型。通过Energy Plus软件对这种特定本地建筑类型的动态能源模型进行了仿真,并通过与一些原始的原位测量,按小时记录。经过验证的模型用于模拟低成本和技术上简单的干预措施的选择,并将其对能源绩效和室内舒适度的影响与基准案例研究进行了比较。使用室内舒适度小时数(CIDH)和TSI指数评估了舒适度。提出并模拟了最有效的解决方案。该结果用于评估舒适性(降低CIDH)和节省能源(称为A / C场景)的可能改进。最后,进一步研究了乘员行为的作用。 (C)2015 Elsevier B.V.保留所有权利。

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