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Domestic High Temperature Air Source Heat Pump: Performance Analysis Using TRNSYS Simulations

机译:国内高温空气源热泵:使用Trnsys模拟性能分析

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The aim of this study is to analyze the annual performances of a variable capacity high temperature air source heat pump when retrofitted into a mid-terraced house in different aspects combining control, property ages and locations across the UK. TRNSYS simulations are used to predict the performances of the retrofit high temperature air source heat pump. Firstly, the heat pump model and the whole building model are developed and validated against field trial results. Then, a series of reference dwellings combining three climate conditions (Belfast, Aviemore and Camborne), three dwelling ages (the '00s, '70s and '90s) and two control strategies (fixed water flow temperature and weather compensation) is simulated. The annual simulation results indicate that the heat pump efficiency is highly affected by all three factors. The heat pump's COPs, energy consumption, running cost and carbon emissions have been discussed in this paper, which can provide good information for further studies assessing the retrofit potential of this kind of heat pump.
机译:本研究的目的是分析可变容量高温空气源热泵的年度表现,当在不同方面的中间露台的房屋中结合在一起,将控制,房地产年龄和地点与英国各地的不同方面进行了改装。 Trnsys模拟用于预测改造高温空气源热泵的性能。首先,对现场试验结果开发并验证了热泵模型和整个建筑模型。然后,一系列参考住所组合了三个气候条件(贝尔法斯特,Aviemore和Camborne),三个住所年龄('00s,'70s和'90s)和两种控制策略(固定水流量温度和天气补偿)。年仿真结果表明,热泵效率受到所有三种因素的影响。本文讨论了热泵的警察,能源消耗,运行成本和碳排放,可以提供更多关于评估这种热泵改造潜力的进一步研究的良好信息。

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