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The efficiency of the heat pump water heater, during DHW tapping cycle

机译:在DHW攻丝循环期间,热泵热水器的效率

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This paper discusses one of the most effective systems for domestic hot water (DHW) production based on air-source heat pump with an integrated tank. The operating principle of the heat pump is described in detail. Moreover, there is an account of experimental set-up and results of the measurements. In the experimental part, measurements were conducted with the aim of determining the energy parameters and measures of the economic efficiency related to the presented solution. The measurements that were conducted are based on the tapping cycle that is similar to the recommended one in EN-16147 standard. The efficiency of the air source heat pump during the duration of the experiment was 2.43. In the end of paper, authors conducted a simplified ecological analysis in order to determine the influence of operation of air-source heat pump with integrated tank on the environment. Moreover the compression with the different source of energy (gas boiler with closed combustion chamber and boiler fired by the coal) was conducted. The heat pump is the ecological friendly source of the energy.
机译:本文讨论了基于带集成罐的空气源热泵的国内热水(DHW)生产最有效的系统之一。详细描述了热泵的操作原理。此外,存在实验设置和测量结果的说明。在实验部分中,进行测量,目的是确定能量参数和与所提出的解决方案有关的经济效率的措施。所进行的测量基于攻丝循环,其类似于EN-16147标准中的推荐。实验期间空气源热泵的效率为2.43。在纸张结束时,作者进行了简化的生态分析,以确定空气源热泵运行与集成罐对环境的影响。此外,对不同的能量来源(带有封闭的燃烧室和煤炭烧制的燃气锅炉)的压缩。热泵是生态友好的能量来源。

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