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The Development of Thermosiphon Heat Exchanger for Solar Ponds Heat Extraction

机译:太阳能池热萃取热虹吸热交换器的开发

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A salinity gradient solar pond is a combined solar collector and thermal energy storage system, and heat has been successfully extracted from the lower convective zone (LCZ) in working ponds using pump in the past. This paper discusses possibility of heat extraction from solar ponds using a passive heat exchanger by eliminating the use of pump. Here, the development of thermosiphon heat exchanger is presented theoretically applying the related mathematical equations. The developed mathematical model is solved using a simple excel program. The result from this investigation shows good prospects for thermosiphon heat exchanger to be applied for heat extraction from large scale solar ponds passively.
机译:盐度梯度太阳能池是一个组合的太阳能收集器和热能储存系统,并且过去使用泵在工作池塘中的较低对流区(LCZ)中提取了热量。 本文讨论了通过消除泵的使用,讨论了使用无源热交换器的太阳能池塘热提取的可能性。 这里,热虹吸热交换器的发展理论上施加了相关的数学方程。 使用简单的Excel程序解决了开发的数学模型。 本研究的结果显示了热虹吸热交换器的良好前景,用于被动地从大型太阳能池中的热萃取。

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