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Influence of Different Moisture and Load Conditions on Heat Transfer within Soils in Very Shallow Geothermal Application: An Overview of ITER Project

机译:不同水分和负荷条件对极浅地热应用中土壤热传递的影响:迭代项目概述

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In the near future the shallow geothermal energy resource is becoming increasingly important as renewable energy resource for heating/cooling residential and tertiary buildings. Therefore, it is worthy of interest a better comprehension of how the different soil typologies (i.e. sand, loamy sand...) affect and are affected by the heat transfer exchange with heat collectors, especially when horizontal ones (very shallow geothermal installations) are adopted. In this study the preliminary results of ITER Project (http://iter-geo.eu/), funded by European Union, are shown. An overview of physical-thermal properties variations under different moisture and load conditions for different mixtures of natural material is presented, based on laboratory and field test data.
机译:在不久的将来,浅层地热能源资源正变得越来越重要,可作为加热/冷却住宅和三级建筑物的可再生能源资源。因此,有益于更好地理解不同的土壤类型(即沙子,粘稠的砂......)影响和受热传递交换与热量集电器的影响,特别是当水平(非常浅的地热设施)时采纳。在这项研究中,展示了由欧盟资助的ITER项目(http://tergeo.eu/)的初步结果。基于实验室和现场测试数据,提出了不同水分和载荷条件下的物理热处理变化的概述。

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