太阳能供暖系统室内地下储热水箱的散热规律
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国家“十二五”科技支撑计划项目课题(2012BAA10B02)


Study on Underground Hot Water Storage Tank Cooling of Solar Energy Heating System
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    摘要:

    针对太阳能地下储热水箱布置位置的不同,利用Fluent程序对太阳能储热水箱散热进行数值模拟和计算,得出在不同工况下,储热水箱周围土壤的温度场分布。同时,建立地下储热水箱的物理模型和数学模型,分析地下储热水箱的换热特性,并结合实际工程,验证其地下储水箱全年散热量和储能量,获得水箱顶板损失量与总散热量关系。计算结果表明,在相同工况下,冬季室外储水箱能量的散失量远高于室内,室内地下储水箱顶部散热量减少,因此该方式可以用来抵消这部分能量所需的集热器面积的减少,提高储热水箱的储热效率以及减少用户投资。

    Abstract:

    In view of the different of the underground heat storage water tank of solar position arrangement, make use of the Fluent software program numerical simulation and calculation, it is concluded that under different conditions the heat storage water tank temperature field distribution of the soil around. At the same time, establishing physical model and mathematical model of underground heat storage water tank and combined with practical engineering, verify the underground storage tank for heat and energy storage, to obtain the relationship between the tank roof loss and total heat release. Calculation results show that under the same conditions, outdoor storage tank at the top of the heat dissipating capacity to reduce, so the method can be used to offset at the top of the energy required collector to reduce, so the method can be used to offset this part of the energy required collector area of the cut, improve thermal efficiency and reduce the user store hot water tank of the store.

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崔俊奎,宋检.太阳能供暖系统室内地下储热水箱的散热规律[J].土木与环境工程学报(中英文),2013,35(Z2):56-59. Cui Junkui, Song Jian. Study on Underground Hot Water Storage Tank Cooling of Solar Energy Heating System[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2013,35(Z2):56-59.[doi]

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  • 在线发布日期: 2014-02-25
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