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首页> 外文期刊>Thermal science >THERMALLY ACTIVATED BUILDING SYSTEMS IN CONTEXT OF INCREASING BUILDING ENERGY EFFICIENCY
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THERMALLY ACTIVATED BUILDING SYSTEMS IN CONTEXT OF INCREASING BUILDING ENERGY EFFICIENCY

机译：在提高建筑能效的背景下开发热激活建筑系统

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摘要

One of the possible ways to provide heating to the building is to use thermally activated building systems. This type of heating, besides providing significant increase in building energy efficiency, allows using low-temperature heating sources. In this paper, special attention is given to opaque part of the building façade with integrated thermally activated building systems. Due to fact that this type of system strongly depends on temperature of this construction-thermal element and type and thickness of other materials of the façade, influence of these parameters on energy efficiency was analyzed in this paper. Since the simplest and most promising way of using geothermal energy is to use it directly, for our analysis this source of energy was selected. Building energy needs for heating were obtained for real residential multi-family building in Serbia by using EnergyPlus software. The building with all necessary input for simulation was modeled in Google SketchUp with aid of Open Studio Plug-in. Obtained results were compared with measured heating energy consumption. The results show that thermally activated building systems represent good way to increase building energy efficiency and that applying certain temperatures within this element, low-energy house standard can be achieved.
机译：向建筑物提供热量的一种可能方法是使用热激活的建筑物系统。除了显着提高建筑能效外，这种类型的采暖还允许使用低温加热源。在本文中，要特别注意具有集成热激活建筑系统的建筑立面的不透明部分。由于这种类型的系统在很大程度上取决于该建筑热元件的温度以及外墙其他材料的类型和厚度，因此，本文分析了这些参数对能源效率的影响。由于使用地热能最简单，最有前途的方法是直接使用地热能，因此在我们的分析中选择了这种能源。通过使用EnergyPlus软件，获得了塞尔维亚真正的多户住宅建筑的供暖建筑能量需求。借助Open Studio插件，可在Google SketchUp中对包含所有必要模拟输入的建筑物进行建模。将获得的结果与测得的加热能耗进行比较。结果表明，热活化建筑系统是提高建筑能效的好方法，并且在该元素内施加一定温度，可以实现低能耗房屋标准。

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