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Measurement of angle-dependent properties of different solar protection devices

机译:不同太阳能保护装置的角度依赖性的测量

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In the sixties of the last century solar calorimetric outdoor experiments have been performed on the combinations of solar shading devices and single and double glazed window units. From these experiments typical reduction factors for the effective total solar energy transmittance have been derived and published. In standards such as EN 832 or DIN 4108 part 6 tables with typical reduction factors of the main shading device types are given. However, for a more exact derivation of the total solar energy transmittance of a facade including solar shading device, other means are needed. Within IEA Task 27 we try to develop and check methodologies to characterize solar shading devices experimentally, and compare with different theoretical calculations. The experimental characterisation is based on a new generation of solar calorimetric testing devices developed within completed European and national projects. In this paper, We want to compare experimental results using these devices with calculated results using some new and unvalidated standards for different combinations of solar protection devices and glazings.
机译:在上世纪的六十年代,已经对太阳遮阳装置和单釉窗口单元的组合进行了太阳能量热户外实验。从这些实验中,典型的减少因素用于有效的太阳能透射率的因素得到了衍生和公布。在诸如EN 832或DIN 4108部分6的标准中,给出了具有主遮阳设备类型的典型缩减因子的表格。然而,对于包括太阳遮阳装置的外立面的总太阳能透射率的更精确导出,需要其他装置。在IEA任务27中,我们尝试通过实验地开发和检查方法来表征太阳阴影设备,并与不同的理论计算进行比较。实验表征基于在完成的欧洲和国家项目内开发的新一代太阳能量热测试设备。在本文中,我们希望使用这些设备比较实验结果,这些设备使用一些新的和未经验证标准的计算结果,用于不同的太阳能保护装置和玻璃窗的不同组合。

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