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HEAT STORING TANK AND SOLAR HEAT POWER GENERATION SYSTEM USING HEAT STORING TANK

机译:储热罐和使用储热罐的太阳能发电系统

摘要

PROBLEM TO BE SOLVED: To provide a heat storing tank capable of efficiently storing heat, and a solar heat power generation system using the heat storing tank.SOLUTION: A heat storing tank 40 storing heat supplied from a predetermined heat source has a heat storing tank body 41 in which a first heat transporting medium 21 transporting the heat supplied from the predetermined heat source flows into a lower part in the tank and flows out from an upper part of the tank in a heat storing mode storing the heat in the heat storing tank 40, a heat storing agent 42 arranged in the tank of the heat storing tank body 41 in a state of being mixed with the first heat transporting medium 21 having larger specific gravity than that of the first heat transporting medium 21, and separating from the first transporting medium 21 even though being mixed with the first heat transporting medium 21, and a heat exchanger 43 through which a second heat transporting medium exchanging heat with the heat storing agent 42 mixedly exists with the first heat transporting medium 21 through a heat exchanging surface in the tank of the heat storing tank 41 and transporting the heat to a predetermined supplying destination flows in a heat radiation mode radiating the heat stored in the heat storing tank 40.
机译:解决的问题:提供一种能够有效地储热的储热罐以及使用该储热罐的太阳能发电系统。解决方案:储藏从预定热源提供的热量的储热罐40具有储热罐。主体41,在该主体41中,从规定的热源输送来的热量的第一传热介质21流入储罐内的下部,以储热方式从储罐的上部流出,并蓄积在储热罐内。如图40所示,蓄热剂42以与比重大于第一传热介质21的比重的第一传热介质21混合并与第一比重分离的状态配置在蓄热箱主体41的箱内。传热介质21即使与第一传热介质21混合,也具有热交换器43,第二传热介质通过热交换器43与蓄热器进行热交换介质42通过蓄热箱41的箱内的热交换面与第一传热介质21混合存在,并以散发在蓄热箱40中的热量的散热模式流动到预定的供给目的地。 。

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