首页> 外文会议>Thermosense XXIX; Proceedings of SPIE-The International Society for Optical Engineering; vol.6541 >Building Thermography as a tool in Energy Audits and Building Commissioning Procedure
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Building Thermography as a tool in Energy Audits and Building Commissioning Procedure

机译:建筑热成像作为能源审计和建筑调试程序的工具

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摘要

A Building Commissioning-project (ToVa) was launched in Finland in the year 2003. A comprehensive commissioning procedure, including the building process and operation stage was developed in the project. This procedure will confirm the precise documentation of client's goals, definition of planning goals and the performance of the building. It is rather usual, that within 1-2 years after introduction the users complain about the defects or performance malfunctions of the building. Thermography is one important manual tool in verifying the thermal performance of the building envelope. In this paper the results of one pilot building (a school) will be presented. In surveying the condition and energy efficiency of buildings, various auxiliary means are needed. We can compare the consumption data of the target building with other, same type of buildings by benchmarking. Energy audit helps to localize and determine the energy saving potential. The most general and also most effective auxiliary means in monitoring the thermal performance of building envelopes is an infrared camera. In this presentation some examples of the use of thermography in energy audits are presented.
机译:2003年在芬兰启动了一个建筑调试项目(ToVa)。该项目制定了包括建筑过程和运营阶段在内的全面调试程序。该程序将确认客户目标的精确文档,计划目标的定义以及建筑物的性能。通常,在引入后的1-2年内,用户会抱怨建筑物的缺陷或性能故障。热成像是验证建筑物围护结构热性能的重要手动工具。在本文中,将介绍一栋试验大楼(一所学校)的结果。在测量建筑物的状况和能效时,需要各种辅助手段。通过基准测试,我们可以将目标建筑物的消耗数据与其他相同类型的建筑物进行比较。能源审计有助于定位和确定节能潜力。监视建筑物围护结构热性能的最通用也是最有效的辅助手段是红外摄像机。在本演示中,介绍了在能源审计中使用热成像的一些示例。

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