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Reference data sets for vertical borehole ground heat exchanger models and thermal response test analysis

机译:垂直井下地面换热器模型和热响应测试分析的参考数据集

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Ground source heat pump systems often use vertical boreholes to exchange heat with the ground. Two areas of active research are the development of models to predict the thermal performance of vertical boreholes and improved procedures for analysis of in situ thermal conductivity tests, commonly known as thermal response tests (TRT). Both the models and analysis procedures ultimately need to be validated by comparing them to actual borehole data sets. This paper describes reference data sets for researchers to test their borehole models. The data sets are from a large laboratory "sandbox" containing a borehole with a U-tube. The tests are made under more controlled conditions than can be obtained in field tests. Thermal response tests on the borehole include temperature measurements on the borehole wall and within the surrounding soil, which are not usually available in field tests. The test data provide independent values of soil thermal conductivity and borehole thermal resistance for verifying borehole models and TRT analysis procedures. As an illustration, several borehole models are compared with one of the thermal response tests.
机译:地源热泵系统通常使用垂直钻孔与地面进行热交换。积极研究的两个领域是预测垂直井眼热性能的模型的开发和现场热导率测试(通常称为热响应测试(TRT))分析的改进程序。模型和分析程序最终都需要通过将其与实际钻孔数据集进行比较来进行验证。本文介绍了供研究人员测试其井眼模型的参考数据集。数据集来自大型实验室“沙盒”,其中包含带有U型管的钻孔。测试是在比现场测试更可控的条件下进行的。井眼的热响应测试包括井眼壁和周围土壤内部的温度测量,这在现场测试中通常不可用。测试数据提供了土壤热导率和井眼热阻的独立值,以验证井眼模型和TRT分析程序。作为说明,将几种钻孔模型与一种热响应测试进行了比较。

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