高分子材料在太阳能集热器建设中的应用前景

V. Labay, B. Piznak, Bogdan Gulai, I. Sukholova
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引用次数: 0

摘要

到达地球的太阳能是免费的,但将太阳能转化为热能的装置,以及传输和储存热能的设备,都需要一些投资。这些系统的重要组成部分是金属。太阳能集热器和热交换器中的管道由铜制成,铝用于吸收器和外壳,钢通常用于储热罐。降低太阳能集热器成本并提高其效率的选择之一是使用聚合物材料代替金属。在太阳能集热器中使用聚合物材料的主要优点是成本,特别是如果你考虑到可再生能源市场的增长和金属价格的上涨。聚合物的使用也为用户降低了生产、运输和安装的成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PROSPECTS OF USING POLYMERIC MATERIALS IN THE CONSTRUCTION OF SOLAR COLLECTORS
The solar energy that reaches the Earth is free, but installations to convert solar energy into heat, as well as equipment for transporting and storage that heat, require some investment. A significant part of the components of these systems are metals. Pipelines in solar collectors and heat exchangers are made of copper, aluminum is used for the absorber and housing, and the steel is often used in heat storage tanks. One of the options to reduce the cost of solar collectors and increase their efficiency is to use polymeric materials instead of metals. The main advantages of using polymeric materials in solar thermal collectors are their cost, especially if you are taking into account the growth of the renewable energy market and rising prices for metal . The use of polymers also reduces the costs of production, transportation and installation for the user.
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