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首页> 外文期刊>Open Journal of Applied Sciences >An Integrated Collector Storage Solar Water Heater and Study of its Temperature Stratification
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An Integrated Collector Storage Solar Water Heater and Study of its Temperature Stratification

机译:集热器集成式太阳能热水器及其温度分层研究

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In this paper we describe an integrated collector storage solar water heater for the North Western region of India for use as domestic water heater during the winter season and present the experimental results of temperature stratification. The system consists of a steel water storage tank with azimuthal orientation such that its walls face south east, south west, north east and North West directions. The sunlit walls (south east and south west) and the top cover surface of the storage tank are covered with transparent insulation material (TIM) and the off-sunlit sides with opaque insulation. Experimental results show that the top layer is at the highest temperature. The top layer is drained using a new design of the outlet. The system can be used in rural areas or as a pre heater in more affluent households. The system can return the cost of conversion of the storage tank into a Solar Water Heater in one winter season by saving the cost of electrical energy required for heating water during winter months.
机译:在本文中,我们描述了一种用于印度西北地区的集成集热器存储太阳能热水器,该热水器在冬季可以用作家用热水器,并介绍了温度分层的实验结果。该系统由一个带有方位角的钢制储水箱组成,因此其壁面向东南,西南,东北和西北方向。阳光照射的墙壁(东南和西南)和储罐的顶盖表面都覆盖有透明绝缘材料(TIM),而阳光照射过的侧面则覆盖有不透明的绝缘材料。实验结果表明,顶层温度最高。使用出口的新设计来排干顶层。该系统可以在农村地区使用,也可以在较富裕的家庭中用作预热器。通过节省在冬季使用的加热水的电能成本,该系统可以在一个冬季将储水箱转换为太阳能热水器的成本。

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