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Study of ground source heat pump as cooling system for local applications

机译:地源热泵作为局部冷却系统的研究

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摘要

This report describes in detail includes a brief description of the Ground Source Heat Pump as cooling system, concentrating on hole depth and coils length. Besides, the descriptive drawings make this report very easy to understand. The main objective of this report is to determine the suitable hole depth and coils length during Ground Source Heat Pump installation. The hole depth and coils length are determined according to the different type of soil moisture. Every type of soil moisture will give different hole depth and coils length. The parameter of hole depth and coils length are determined through the equation in chapter 3. In chapter 4, there are the result of hole depth and coils length parameter that can be used according to the flow rate of R-134 A and soil moisture. Higher soil moisture will decreasing hole depth and coils length. In addition to these, this report also contains the details regarding the different type of other Ground Source Heat Pump which are used these days. Above all, this report gives a detailed description of closed looped Ground Source Heat Pump. This report will be help for those who wish to understand about the basic working of different Ground Source Heat Pump especially those who wish to study Ground Source Heat Pump as cooling system.
机译:该报告详细介绍了作为冷却系统的地源热泵的简要说明,重点介绍了孔深和线圈长度。此外,描述性图纸使此报告非常易于理解。该报告的主要目的是确定在安装地源热泵期间合适的孔深和线圈长度。孔深和线圈长度是根据土壤水分的不同类型确定的。每种类型的土壤水分都会产生不同的孔深度和线圈长度。孔深和线圈长度的参数由第3章中的公式确定。在第4章中,可以根据R-134 A的流量和土壤湿度使用孔深和线圈长度参数的结果。较高的土壤水分会降低孔深和线圈长度。除了这些,本报告还包含有关这些天使用的其他类型的其他地源热泵的详细信息。最重要的是,该报告详细介绍了闭环地源热泵。该报告对于希望了解不同地源热泵的基本工作原理的人员,特别是希望将地源热泵作为冷却系统的人员,将有所帮助。

著录项

  • 作者

    Nurul Hidayah Abdul Samat;

  • 作者单位
  • 年度 2010
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  • 原文格式 PDF
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