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Experimental Study on the Thermal Performance of a Porous Medium Solar Pond

机译:多孔介质太阳能池热效的实验研究

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Thermal performance of a porous medium solar pond is studied by the laboratory and outdoor experiments. The laboratory experiments are carried out to test the heat storage ability of varies porous materials. The outdoor contrast experiment between two mini solar ponds with a surface area of 2.4m×2.4m, bottom area of 1m×1m are conducted to analyze the thermal performance of the porous medium solar pond. Influences of the porous medium as well as a cover on the temperature distribution are discussed. Results show that the maximum temperature of solar pond increase by about 6°C due to the introduction of porous medium. Inspired by the principle of the porous medium solar pond, a tide-driven reservoir with heat collection pond and circulating storage pond is proposed to provide fresh seawater with moderate temperature for seaside marine park in winter.
机译:通过实验室和室外实验研究了多孔介质太阳能池的热性能。进行实验室实验以测试各种多孔材料的储热能力。两个迷你太阳能池与表面积为2.4m×2.4m,底部面积为1m×1m的户外对比试验,以分析多孔介质太阳能池的热性能。讨论了多孔介质以及覆盖对温度分布的影响。结果表明,太阳能池的最高温度增加约6°C由于介绍多孔介质。通过多孔介质太阳能池原理,提出了一种带热收池和循环储存池的潮汐储层,以便在冬季为海滨海滨公园提供新鲜海水。

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