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CHARACTERIZATION OF A PARABOLIC TROUGH COLLECTOR FOR PROCESS HEAT APPLICATIONS

机译:用于过程热应用的抛物线槽收集器的特性

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In this paper we present experimental investigations on a parabolic trough collector for process heat applications under development which has an aperture width of about 1.845 m. The collector which is installed at the SPF outdoor test laboratory has a length of 10 m. As a final goal, our investigations aim at the possibility to elaborate a valid efficiency curve of the collector from measurements of the optical behavior on the one hand (η_0-measurements, efficiency measurements carried out at low and high operating temperatures) and on the other hand heat loss measurements of the receiver, carried out at high collector operating temperatures. This paper reports on preliminary results of collector efficiency measurements carried out for collector operating temperatures up to about 200°C and on measurements to determine the incidence angle modifier curve (IAM) using steady state measurements conditions. This paper is an addition to a prior publication. There the collector size was smaller and our new test rig was not yet available.
机译:在本文中,我们介绍了一种用于开发中的过程热应用的抛物槽式集热器的实验研究,该集热器的孔口宽度约为1.845 m。安装在SPF户外测试实验室的收集器的长度为10 m。作为最终目标,我们的研究旨在一方面通过光学行为的测量(η_0测量,在低和高工作温度下进行的效率测量)来绘制收集器的有效效率曲线,在较高的收集器工作温度下进行接收器的手动热量损失测量。本文报告了收集器效率测量的初步结果,该结果是针对高达200°C的收集器工作温度进行的,以及使用稳态测量条件确定入射角修正曲线(IAM)的测量。本文是对先前出版物的补充。那里的收集器尺寸较小,我们的新测试台尚不可用。

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