Performance Assessment of University Buildings Based on Provided Thermal Comfort

Nurdan Yıldırım, Hacer Şekerci
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引用次数: 3

Abstract

Buildings and industry cover the largest share of total energy consumption. When the distribution of energy consumption in buildings is examined, it is seen that the most important part is air conditioning systems. Therefore, improving the energy consumption of air conditioning systems or using more efficient systems have great importance. The factors affecting the energy consumption of air conditioning systems are system type, capacity, design, operation and climate conditions and user interventions.Yasar University is the first University having the TS EN ISO 50001:2011 Energy Management System Standard Certification in Turkey. Since the buildings and their systems are different in the Campus, the new performance indicators are necessary to evaluate energy performance of the buildings. In this regard, addition to existing energy metering system, thermal comfort measurement devices were installed in some classes and offices in the campus.In this study, performance assessment of two buildings in the Campus of Yasar University has been done based on their specific energy consumption and provided thermal comfort to the classes. Thus, the relationship between energy consumption and thermal comfort in buildings is revealed and suggestions are presented to increase energy efficiency.
基于提供热舒适性的大学建筑性能评价
建筑和工业在总能源消耗中所占的份额最大。在考察建筑能耗的分布时,可以看出最重要的部分是空调系统。因此,提高空调系统的能耗或使用更高效的系统具有重要意义。影响空调系统能耗的因素有系统类型、容量、设计、运行和气候条件以及用户干预等。亚萨尔大学是土耳其第一所获得TS EN ISO 50001:2011能源管理体系标准认证的大学。由于校园内建筑物及其系统各不相同,因此有必要采用新的性能指标来评价建筑物的能源性能。为此,除了现有的能源计量系统外,在校园的部分班级和办公室安装了热舒适测量装置。本研究对Yasar大学校园内的两栋建筑进行了性能评估,根据其具体能耗,并为班级提供热舒适。从而揭示了建筑能耗与热舒适之间的关系,并提出了提高建筑能效的建议。
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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