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Determination of building envelope U value in according to building form from heating energy conservation point of view

机译:从供热节能的角度根据建筑形式确定建筑围护结构的U值

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In order to prevent excess heat loss for energy conservation, buildings should be designed as passive heating systems. As the most important component of the passive heating systems, external walls have to be mentioned. As the building form is one of the most important parameters with respect to total heat loss of whole building, it has been taken into consideration in detail. In this study building form is represented by the ratio of total facade area to building volume (A/V). As is known the most important design parameters affecting indoor climate and energy consumption in building scale are: orientation, building form and physical properties of building envelope. All of these parameters are related to each other. Therefore, the optimum values of each parameter should be determined depending on the values of each other. The aim of this paper is to introduce a methodology which enables to determine the limit values of building envelope overall heat transfer coefficient in accordance with the ratio of A/V and other design parameters affecting thermal comfort.
机译:为了防止多余的热量损失以节约能源,应将建筑物设计为被动供暖系统。作为被动加热系统的最重要组成部分,必须提到外壁。由于建筑物形式是整个建筑物总热量损失的最重要参数之一,因此已对其进行了详细考虑。在本研究中,建筑形式由总立面面积与建筑体积之比(A / V)表示。众所周知,在建筑规模上影响室内气候和能耗的最重要的设计参数是:定向,建筑形式和建筑围护结构的物理特性。所有这些参数都是相互关联的。因此,应根据彼此的值确定每个参数的最佳值。本文的目的是介绍一种方法,该方法能够根据A / V的比率和影响热舒适性的其他设计参数来确定建筑物围护结构总传热系数的极限值。

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