Research on performance analysis methods of heat source tower heat pump and air source heat pump in typical scenarios
Hongyin Chen, Yi Guo, Yunlong Bai, Songcen Wang, Wenguang Zhao, Jian‐Feng Li, Jingshuai Pang, Yang Liu
Abstract
Hongyin Chen, Yi Guo, Yunlong Bai, Songcen Wang, Wenguang Zhao, Jian‐Feng Li, Jingshuai Pang, Yang Liu
Abstract
Heat source tower heat pump systems are receiving more and more attention because they take into account cooling and heating, have no frost problem, and are not limited by geographic and geological conditions. In this paper, the heating energy consumption and thermodynamic economy models of heat source tower heat pump and air source heat pump are established, and then the performance of heat source tower heat pump and air source heat pump is compared by simulation experiment. The experimental results showthat the heat source tower heat pump system saves 12.88% of the operating cost compared with the air source heat pump system. In summary, the energy saving and thermal economy of the heat source tower heat pump system are better than that of the air source heat pump system
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Heat source tower heat pump systems are receiving more and more attention because they take into account cooling and heating, have no frost problem, and are not limited by geographic and geological conditions. In this paper, the heating energy consumption and thermodynamic economy models of heat source tower heat pump and air source heat pump are established, and then the performance of heat source tower heat pump and air source heat pump is compared by simulation experiment. The experimental results showthat the heat source tower heat pump system saves 12.88% of the operating cost compared with the air source heat pump system. In summary, the energy saving and thermal economy of the heat source tower heat pump system are better than that of the air source heat pump system
Key concepts: Air source heat pumps, Heat pump, Hybrid heat, Coefficient of performance, Heat pump and refrigeration cycle, Renewable heat, Heat recovery ventilation, Copper in heat exchangers