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Test and Analysis of U-Tube Heat Exchangers Ground-Source Heat Pump System in Summer

机译:夏季U型管换热器地源热泵系统测试与分析

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The design of the ground heat exchanges is the key of the GSHP system. Borehole depth, flow velocity, soil initial temperature, operating mode, etc. are the main factors that affect the performance of ground heat exchanges. Tests the summer operating mode of the ground source heat pump system with different deep buried U-tube ground heat exchangers £¨ 60m,90m £© built up in Shanghai district. The paper presented the soil initial temperature distribution and the mean heat transfer capacity per unit borehole depth under the different operation modes and different flow velocity. Results show that the increase in flow velocity is not simply raise the heat transfer capacity per unit borehole depth, there is a reasonable range for flow velocity within the U-tube.
机译:地面换热器的设计是GSHP系统的关键。钻孔深度,流速,土壤初始温度,工作模式等是影响地面热交换性能的主要因素。使用上海地区建造的不同深度埋入式U型管地面换热器(6000万,9000万英镑)测试地源热泵系统的夏季运行模式。给出了不同工作方式,不同流速下土壤初始温度分布及单位孔深度的平均传热能力。结果表明,流速的增加并不仅仅是提高每单位井眼深度的传热能力,U形管内的流速存在合理的范围。

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