Identifying best practice, installation, laboratory testing and field testing

T. Amis, J. McCartney, F. Loveridge, C. Olgun, M. E. Bruce, K. D. Murphy
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引用次数: 6

Abstract

Abstract This paper summarizes recommendations for best practice associated with the installation of geothermal loops within foundations to form thermopiles, based on experience gained over the past 10 years in the UK. The issue of paramount importance in constructing a successful thermopile installation is the early stage coordination with all parties that will encounter, install or test the geothermal loops. Several lessons learned from the installation and construction of thermopiles are described to help ensure a smooth installation process. As long as there is early coordination, the installation of geothermal heat exchange tubing is relatively simple and will have very little or no impact on typical deep foundation installation procedures. This, coupled with the fact that there are additional costs and implications associated with other geothermal heat exchange approaches, implies that thermopiles are an ideal economic solution to access a renewable energy source.
确定最佳实践,安装,实验室测试和现场测试
摘要:本文根据英国过去10年的经验,总结了在基础内安装地热回路以形成热电堆的最佳实践建议。在建造一个成功的热电堆装置时,最重要的问题是在早期阶段与将要遇到、安装或测试地热回路的所有各方进行协调。介绍了热电堆安装和施工的几个经验教训,以帮助确保顺利安装过程。只要有前期配合,地热换热管的安装相对简单,对典型的深基础安装程序影响很小或没有影响。这一点,再加上与其他地热交换方法有关的额外费用和影响,意味着热电堆是获得可再生能源的理想经济解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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