ENERGY EFFICIENCY OF USING A CON-DITIONING SYSTEM BASED ON A GROUND HEAT PUMP

M. Bezrodny, S. Oslovskyi
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Abstract

The article is devoted to the study of the energy efficiency of the air conditioning system using a ground heat pump. The analysis of the English-language literary sources, which highlighted the features of the use of heat pump air conditioning systems in various climatic conditions. It is shown that the greatest effect from the use of such a scheme will be when the duration of the cold and hot periods is equal. The main temperatures at the nodal points of the circuit and the efficiency coefficient are determined. The dependences of the determining quantities on the parameters of the system are constructed. The proposed system has a significant positive effect compared to a standard split system, but it also has a drawback: for an air conditioning system with a ground source heat pump, the requirements for the thermal insulation of a building will be more stringent. Using the system all year round can significantly reduce the energy consumption for air conditioning. The application of such a solution at the design and geodetic development stage of the site will give a significant positive effect both in terms of operation and in terms of capital costs for the installation of the system.
基于地源热泵的空调系统的能源效率
本文对地源热泵空调系统的能源效率进行了研究。通过对英语文献资料的分析,突出了热泵空调系统在各种气候条件下的使用特点。结果表明,当冷热期的持续时间相等时,使用这种方案的效果最大。确定了电路各节点的主要温度和效率系数。构造了决定量对系统参数的依赖关系。与标准分体式系统相比,所提出的系统具有显著的积极作用,但它也有一个缺点:对于带有地源热泵的空调系统,对建筑物隔热的要求将更加严格。全年使用该系统可显著降低空调能耗。在场地的设计和大地测量发展阶段应用这种解决方案,将在操作和安装系统的资本成本方面产生重大的积极影响。
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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