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The impact of the year-on-year variation in the intensity of solar radiation on the energy intensity of low-energy and passive houses

机译:太阳辐射强度的逐年变化对低能耗和被动式房屋能量强度的影响

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Solar radiation is a significant segment of heat gains in the operation of buildings. The importance of this segment is highlighted by lowering the energy performance of buildings. The current condition of assessment considers the standard values of solar radiation but these are often very different from the fair values. In the contribution it draws attention to not only to on-year variation in solar fluctuations in the intensity of solar radiation and its significant long-term deviation from the standard values but also to the impact to energy building in reliance to its energy intensity. The attention will be focused also to different values in standards valid in the Czech Republic. This specification of energy assessment of buildings is not only necessary to approximate calculations of real state, but mainly because we can expect more disputes about if a building has declared calculating the parameters of a building with nearly zero-energy or passive house.
机译:太阳辐射是建筑物运行中热量获取的重要部分。通过降低建筑物的能源性能,突出了这一部分的重要性。当前的评估条件考虑了太阳辐射的标准值,但这些标准值通常与公允值有很大差异。在该贡献中,它不仅引起人们关注,不仅关注太阳辐射强度的太阳波动的逐年变化及其与标准值的重大长期偏差,而且还关注依赖于其能量强度的对能源建筑的影响。注意力还将集中在捷克共和国有效的标准中的不同值上。这种对建筑物进行能源评估的规范,不仅是逼近实际状态的计算所必需的,而且主要是因为我们可以预期,如果建筑物已宣布要计算具有几乎为零能耗或被动房屋的建筑物的参数,则会引起更多争议。

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