Geothermal Energy Use for the Additional Heat Supply of a Residential Building

IF 0.6 Q4 ENGINEERING, CIVIL Slovak Journal of Civil Engineering Pub Date : 2020-12-01 DOI:10.2478/sjce-2020-0026

Oleksandra Kuzmenko, K. Dikarev, D. Rodionov, O. Martysh, A. Iskenderov, M. Babenko

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Abstract

Abstract To ensure low-energy consumption in new generation energy-efficient houses, the technology of a ground heat exchanger with a heat recovery system is used almost everywhere. However, this technology has not been widely disseminated in Ukraine. The work is aimed at presenting insights from research on the combination of ground heat exchangers with a heat recovery system for building ventilation by analyzing the operational and techno-economic indicators obtained. Current studies permit revealing the optimal configuration of a ground heat exchanger with a heat recovery system for ventilation in a residential building in order to analyze the efficiency of ground heat exchangers with a heat recovery system for ventilation of a residential building in comparison with several conventional ventilation options to assess the main price/ performance ration of the process of constructing a ground heat exchanger with a heat recovery system and to determine the duration of the technological process, the labor-intensive characteristics, and the estimated cost of the technology.

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地热能用于住宅建筑的额外供热

摘要为了保证新一代节能住宅的低能耗，地面换热器加热回收系统的技术几乎无处不在。但是，这项技术并未在乌克兰广泛传播。这项工作旨在通过分析所获得的操作和技术经济指标，展示对地面热交换器与建筑通风热回收系统相结合的研究的见解。目前的研究允许揭示带有热回收系统的地下热交换器在住宅建筑通风中的最佳配置，以便分析带有热回收系统的地下热交换器在住宅建筑通风中的效率，并与几种传统通风方案进行比较，以评估建造带有热回收系统的地下热交换器过程的主要性价比，并确定技术过程的持续时间、劳动密集型特征和技术的预计成本。

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来源期刊

Slovak Journal of Civil Engineering ENGINEERING, CIVIL-

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审稿时长

29 weeks