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142 - Fundamental Study of the Thermal Performance of a Solar Collector with Evacuated Tube for Solar Heating System

机译:142-带有真空管的太阳能集热器用于太阳能加热系统的热性能的基础研究

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In this paper, the thermal performance of a solar collector with evacuated tube is investigated. Main application for this collector is water heating for domestic or large building, several parameters may affect the performance of the collector, such as the water flow-rate, the different irradiance, the variable inlet water temperature, the flow configuration (series or parallel connection of tubes) etc. These parameters may all be considered in the effort to optimize the overall design. In this study efficiency curves are presented from experimental measurements. And the fit equation of efficiency is provided. After a long period test, the actual efficiency curve in different months will be compared together. Also, the test results in a certain day are presented in order to analyze the comprehensive relationship among inlet temperature, ambient temperature and solar irradiance. Besides, the results of this procedure test can be very useful, firstly, for the local solar manufacturers' equipment in order to design and optimize its products and secondly, by the engineers in order to select and design the most suitable system.
机译:本文研究了带有真空管的太阳能集热器的热性能。该集热器的主要应用是用于住宅或大型建筑物的热水,几个参数可能会影响集热器的性能,例如水的流量,不同的辐照度,可变的进水温度,流量配置(串联或并联)这些参数都可以在优化整体设计的过程中加以考虑。在这项研究中,效率曲线是通过实验测量得出的。并提供了效率的拟合方程。经过长期测试后,将比较不同月份的实际效率曲线。此外,还列出了某天的测试结果,以分析入口温度,环境温度和太阳辐照度之间的综合关系。此外,此程序测试的结果可能非常有用,首先,对于本地太阳能制造商的设备,以设计和优化其产品;其次,由工程师选择和设计最合适的系统。

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