首页> 外文期刊>JSME International Journal. Series B, Fluids and Thermal Engineering >Performance Analysis of a Hot Water Supply System with a CO_2 Heat Pump by Numerical Simulation (1st Report, Modeling and Analysis of Heat Pump)
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Performance Analysis of a Hot Water Supply System with a CO_2 Heat Pump by Numerical Simulation (1st Report, Modeling and Analysis of Heat Pump)

机译:带有CO_2热泵的热水供应系统性能的数值模拟分析(第一份报告,热泵建模和分析)

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摘要

Heat pumps using CO_2 as a natural refrigerant have been developed and are expected to contribute to energy saving in hot water supply. In residential applications, CO_2 heat pumps are used in combination with hot water storage tanks. The objective of this series of papers is to analyze the overall performance of a hot water supply system composed of a CO_2 heat pump and a hot water storage tank by numerical simulation. In the 1st report, a simulation model of a CO_2 heat pump is created based on thermodynamic equations and measured data for an existing CO_2 heat pump. In addition, the performance of a CO_2 heat pump is clarified in relation to the air temperature as well as the inlet and outlet water temperatures.
机译:已经开发出使用CO_2作为天然制冷剂的热泵,并有望在热水供应中节省能源。在住宅应用中,CO_2热泵与热水储罐结合使用。该系列论文的目的是通过数值模拟来分析由CO_2热泵和热水储罐组成的热水供应系统的整体性能。在第一份报告中,基于热力学方程式和现有CO_2热泵的测量数据创建了CO_2热泵的仿真模型。此外,还根据空气温度以及进水和出水温度阐明了CO_2热泵的性能。

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