Dataset STEE STW

The data presented in this article refer to the environmental impact of the most popular construction systems in Andean regions throughout the last four decades analyzed in the related research article “The evolution of embodied energy in Andean residential buildings. Methodology applied to Cuenca-Ecuador” [1]. For this, two parameters have been obtained: the Specific Total Embodied Energy (STEE) and the Specific Total Weight (STW). STEE refers to the Total Embodied Energy of the building, material or component correlated to its total floor area. STW refers to the total weight of the building, material or component correlated to its total floor area. These two parameters have been calculated from forty residential buildings in Cuenca-Ecuador in four different periods: P1: 1980-1990, P2: 1991-2000, P3: 2001-2010, and P4: 2011-2020, which means ten samples from every period. Figures 1-4 show the predominant types of construction systems found in every period.

本文呈现的数据，源于相关研究论文《安第斯住宅建筑内含能的演变：针对厄瓜多尔昆卡的应用方法》[1]所分析的安第斯地区近四十年来最主流建筑体系的环境影响。本次研究选取两项参数开展量化分析：单位总内含能（Specific Total Embodied Energy，STEE）与单位总重量（Specific Total Weight，STW）。其中，单位总内含能指与建筑、材料或构件总建筑面积相关联的总内含能；单位总重量指与建筑、材料或构件总建筑面积相关联的总重量。上述两项参数均基于厄瓜多尔昆卡地区四个不同时期的40栋住宅建筑计算得到，四个时期分别为P1：1980-1990年、P2：1991-2000年、P3：2001-2010年以及P4：2011-2020年，每个时期各包含10个样本。图1至图4展示了各时期占主导地位的建筑体系类型。