首页> 外文会议>FAMET 2012;International Conference on Frontiers of Advanced Materials and Engineering Technology >Testing Technology Research on Actual Effect by Construction Piled Pipes in Buried Pipe System of Ground Source Heat Pump
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Testing Technology Research on Actual Effect by Construction Piled Pipes in Buried Pipe System of Ground Source Heat Pump

机译:基于地源热泵埋藏管道施工桩管实际效果的测试技术研究

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The technology of Ground-Source Heat Pump (GSHP) is hot in building energy efficiency and HVAC field, and is largely used in engineering practices. We studied the construction of buried-pipe system of GSHP. In this article, purposes the experiment of thermal response by constructing piled pipes are analyzed in the buried-pipe system of GSHP and principles of testing system for buried pipes of GSHP are introduced, also the soil heat response experiments to achieve pre-assessment techniques of design. Through the above testing means, we believe that whether the buried-pipe system of GSHP finally tested meets the designed heat exchange requirement is determined, which is especially significant to estimate and verify whether the whole GSHP system meets requirements of heat capacity.
机译:地源热泵(GSHP)技术在建筑能效和HVAC领域是热的,并且主要用于工程实践。 我们研究了GSHP埋地管系统的构建。 在本文中,目的在GSHP的GSHP掩埋管系统中分析了通过构造堆管的热响应的实验,并介绍了GSHP埋地管的测试系统的原理,也是土壤热响应实验,实现预评估技术 设计。 通过上述测试方法,我们认为GSHP的埋管系统最终测试了是否确定了设计的热交换要求,这是估计和验证整个GSHP系统是否满足热容量的概念。

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