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Building geometry and development form optimisation In terms of the energy efficiency

机译:在能效方面建立几何和发展形式优化

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The construction sector consumes around 40% energy for the purposes of heating.The policy of sustainable development that has been implemented for many years also transfers to actions in the construction sector.The European Union is introducing a standard of buildings with a near-zero energy demand.This standard can be achieved only by altering the manner of the design,construction and use of buildings.Such parameters like geometry or the placement of buildings relative to each other and the structure of their layout on the site,on the scale of groups of buildings,also have an impact on the energy consumption.The goal of this article is to assess the improvement of the effectiveness of actions taken in order to lower the energy demand for heating of designed buildings meant for permanent occupancy.The assessment takes into consideration the conditions of sustainable development.The analysis covers the impact of the geometry of a building and development structure on the energy balance.
机译:施工部门为加热的目的消耗了大约40%的能量。多年来一直实施的可持续发展政策也转移到建设部门的行动。欧洲联盟正在推出具有近零能量的建筑标准需求。该标准只能通过改变建筑物的设计,构建和使用方式来实现。许多几何或建筑物的放置相对于彼此的结构以及站点的布局的结构,在组的规模上建筑物,也对能源消耗产生了影响。本文的目标是评估改善采取的行动有效性,以降低为永久占用的设计建筑物加热的能源需求。评估考虑了可持续发展的条件。分析涵盖了建筑物和发展结构几何对能量平衡的影响。

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