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Experimental study on heating characteristics and control strategies of ground source heat pump and radiant floor heating system in an office building

机译:办公楼地下源热泵和辐射地板加热系统的加热特性及控制策略试验研究

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摘要

In building energy consumption, the proportion of heating in energy consumption is very large. From the point of view of energy saving and thermal comfort, radiant floor heating system needs to be popularized and applied. This study takes the ground source heat pump and radiant floor heating system of an energy-saving demonstration building as the experimental plat-form. The indoor temperature of the operating system is obtained by the instrument at different heights. Indoor temperature fluctuation and distribution and the heating characteristics of the system can be obtained. Results show that the indoor temperature of the heating system meets human thermal comfort, and the indoor temperature of room which receives the solar radiation can still be maintained more than 18 °C in work time within two days when the sys-tem is closed. Moreover, valley electric operation and storage tank system operation mode makes the ground source heat pump and radiant floor heating system more efficient. The sys-tem is worth widely being used.
机译:在建设能源消耗方面,能量消耗的加热比例非常大。从节能和热舒适的角度来看,需要推广和应用辐射地板加热系统。本研究采用节能示范建筑的地源热泵和辐射地板加热系统作为实验平面形式。操作系统的室内温度由仪器以不同的高度获得。可以获得室内温度波动和分布和系统的加热特性。结果表明,加热系统的室内温度符合人体热舒适度,并且室内温度仍然在Sys-TEM关闭后的两天内在工作时间内保持超过18°C。而且,谷电动操作和储罐系统操作模式使地源热泵和辐射地板加热系统更有效。 Sys-Tem值得广泛使用。

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