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Improvement of energy efficiency: the use of thermography and air-tightness test in verification of thermal performance of school buildings

机译:能源效率的提高:在验证学校建筑的热性能中使用热成像和气密测试

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The improvement of energy efficiency is the key issue after the energy performance of buildings directive came into the force in European Union countries. The city of Kuopio participate a project, in which different tools will be used, generated and tested to improve the energy efficiency of public buildings. In this project there are 2 schools, the other consuming much more heating energy than the other same type of school. In this paper the results of the thermography in normal conditions and under 50 Pa pressure drop will be presented; as well as the results of remote controlled air tightness test of the buildings. Thermography combined with air tightness test showed clearly the reasons of specific consumption differences of heating energy - also in the other hand, the measurements showed the problems in the performance of ventilation system. Thermography, air tightness test and other supporting measurements can be used together to solve energy loss problems - if these measurements will be carried out by proper way
机译:能源效率的提高是建筑物指令的能源绩效陷入欧盟国家的力量之后的关键问题。 Kuopio市参加了一个项目,其中将使用不同的工具,生成和测试,以提高公共建筑的能效。在这个项目中,有2所学校,另一所学校,比其他相同类型的学校消耗更多的加热能量。在本文中,将呈现在正常条件下的热成分和50次下压降下的结果;除了建筑物的遥控空气密度试验的结果。热成像与空气密封性测试显然明确地提出了加热能量特定消耗差异的原因 - 另一方面,测量显示了通风系统性能的问题。热成像,气密性测试和其他支撑测量可以一起使用以解决能量损失问题 - 如果这些测量将通过适当的方式进行

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