Data of Comparative Whole Building Life Cycle Assessment for Typical European Buildings

The dataset consists of layouts of representative European buildings, buildings' .ifc files and detailed results of the whole building life cycle assessment, as well as minimum thermal performance requirements of buildings in different European clusters. The procedure of typifying and calculating sustainability performance of European housing stock is provided in the study "Comparative Whole Building Life Cycle Assessment for typical European Buildings" conducted by Paulius Spudys, Iryna Osadcha, Lina Morkunaite, Manhanga Fallon Clare, Phoebe Zoe Georgali, Egle Klumbyte, Andrius Jurelionis, Agis Papadopoulos, Paris Fokaides. The study emphasizes the significance of considering building envelope performance requirements and adopting a holistic approach when evaluating the sustainability performance of buildings. The provided material can be utilized to replicate assessments of building sustainability and energy efficiency, while typical building geometries offer a platform for evaluating the introduction of new materials, energy efficiency metrics, sustainability upgrades, or other enhancements to the building shell. Serving as a baseline, this dataset streamlines the comparative assessment of use case buildings.本数据集涵盖典型欧洲建筑的平面布局图、建筑的.ifc（Industry Foundation Classes）文件、全建筑生命周期评估的详细结果，以及不同欧洲区域集群内建筑的最低热工性能要求。由保罗尤斯·斯普迪斯（Paulius Spudys）、伊琳娜·奥萨德查（Iryna Osadcha）、莉娜·莫库奈特（Lina Morkunaite）、曼汉加·法伦·克莱尔（Manhanga Fallon Clare）、菲比·佐伊·乔治亚利（Phoebe Zoe Georgali）、埃格莱·克伦贝特（Egle Klumbyte）、安德里乌斯·尤雷奥尼斯（Andrius Jurelionis）、阿吉斯·帕帕佐普洛斯（Agis Papadopoulos）、巴黎·福卡伊兹（Paris Fokaides）共同开展的研究《典型欧洲建筑全生命周期对比评估》中，详细阐述了欧洲住宅存量的典型化处理与可持续性能计算流程。该研究强调，在评估建筑可持续性能时，需兼顾建筑围护结构的性能要求并采用整体化分析方法，这一要点具有重要的学术与实践价值。本数据集提供的材料可用于复现建筑可持续性与能效评估工作，而典型建筑几何模型则可为评估新材料、能效指标、可持续性改造或其他建筑围护结构优化方案的落地提供支撑平台。本数据集作为基准参照，可有效简化用例建筑的对比评估流程。