Data underlying the publication: Design and Evaluation Strategies for Solar Cooling Integrated Façades: A case study in a Southern European office building

This study is part of an ongoing Ph.D. research in the Department of Architectural Engineering + Technology, Faculty of Architecture and the Built Environment, Delft University of Technology (TU Delft), the Netherlands. The study aimed to develop strategies for design teams to facilitate the early-stage design and evaluationof building façades integrating solar cooling technologies. The strategies were developed using a research-through-design methodology, considering the Spanishcontext and a proposed evaluation set-up to assess techno-economic feasibility. The development of strategies involved mapping the design and evaluation of solar cooling integrated façades by identifying and relating key processes, inputs, outputs, design decisions, and tools within key design stages. The data are organized based on the following main phase followed in this case study:• Phase A: Energy simulation using DesignBuilder (DB) software.• Phase B: Solar Fraction (SF) Calculations• Phase C: Life-Cycle Cost (LCC) and Levelized Cost of Cooling (LCOC) Calculations• Phase D: Summarization of Scores

本研究隶属于荷兰代尔夫特理工大学（Delft University of Technology, TU Delft）建筑与建成环境学院建筑工程与技术系的在研博士项目。本研究旨在为设计团队开发相关策略，以推动集成太阳能制冷技术的建筑幕墙的早期设计与评估工作。
研究采用设计研究（research-through-design）方法论，以西班牙场景为研究背景，并搭建拟议的评估体系以开展技术经济可行性评估，进而形成上述策略。
在策略开发过程中，本研究通过识别并关联关键设计阶段内的核心流程、输入要素、输出结果、设计决策与工具，梳理并映射出集成太阳能制冷技术的建筑幕墙的设计与评估流程。
本研究的数据集按照本案例研究遵循的以下主要阶段进行组织：
• 阶段A：使用DesignBuilder（DB）软件开展能耗模拟
• 阶段B：太阳能占比（Solar Fraction, SF）计算
• 阶段C：全生命周期成本（Life-Cycle Cost, LCC）与平准化制冷成本（Levelized Cost of Cooling, LCOC）计算
• 阶段D：得分汇总