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Greenhouse Thermal Performance Using Different Cladding Materials: A Theoretical and Experimental Study

机译:温室热性能采用不同的包层材料:理论和实验研究

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In the present study, a theoretical non-gray rigorous model was established to study the radiative heat transfer through greenhouse covering materials by using Radiative Element Method by Ray Emission Model (REM~2). This model was applied to find the difference in thermal performances between silica glass, polyvinylchloride (PVC) and low density polyethylene (LDPE) covering materials. Using the advantage of the previously predicted spectral radiative properties of these materials, accurate estimations of greenhouse temperatures were achieved. In addition, an outdoor experiment was conducted to measure the thermal performances of three rectangular enclosures covered by the mentioned claddings. Enclosures inside, floor and cover temperatures calculated using the rigorous model showed a satisfactory correlation with the experimental measurements.
机译:在本研究中,建立了理论非灰色严格模型,以通过使用射线发射模型使用辐射元件方法来研究通过温室覆盖材料的辐射热传递(REM〜2)。应用该模型以发现二氧化硅玻璃,聚氯乙烯(PVC)和低密度聚乙烯(LDPE)覆盖材料之间的热性能差异。使用先前预测这些材料的光谱辐射性能的优点,实现了温室温度的准确估计。此外,进行了室外实验,以测量由所提述的包层覆盖的三个矩形外壳的热性能。使用严格模型计算的内部,地板和盖温度与实验测量结果表现出令人满意的相关性。

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