Data underlying the publication: Design and Evaluation Strategies for Solar Cooling Integrated Façades: A case study in a Southern European office building
Datacite citation style
Dataset
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 evaluation
of building façades integrating solar cooling technologies. The strategies were developed using a research-through-design methodology, considering the Spanish
context 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
History
- 2025-03-12 first online, published, posted
Publisher
4TU.ResearchDataFormat
A. Energy simulation using DesignBuilder (DB) software [DesignBuilder project file (.dsb), Microsoft Edge HTML (.htm) Document, IDF File (.idf)], B. Solar Fraction (SF) Calculations [Microsoft Excel Worksheet (.xlsx)], C. Life-Cycle Cost (LCC) and Levelized Cost of Cooling (LCOC) Calculations [Microsoft Excel Worksheet (.xlsx)], and D. Summarization of Scores [Microsoft Excel Worksheet (.xlsx)]Organizations
TU Delft, Faculty of Architecture and the Built Environment, Department of Architectural Engineering + TechnologyDATA
Files (23)
- 51,015 bytesMD5:
623a826ce6e750114e453fe2878a7a23README.pdf - 1,014,709 bytesMD5:
71951836b283d0ae80cc57c437306713A.1.1. Annual North.htm - 28,680,834 bytesMD5:
eb60c9cb3bf1c48f909f9da1937ae775A.1.1. North Annual Simulation.dsb - 2,837,013 bytesMD5:
1736631f8d7e99af8f2c1b47ade28a07A.1.1. North Annual Simulations.idf - 4,398,044 bytesMD5:
e1e5e818e641f8c037dc6a7ab41c7f53A.1.2. North Summer Design Week Simulation.dsb - 1,014,047 bytesMD5:
c56bf0816623901a7e8843c919ed71d4A.1.2. Summer Design Week North.htm - 4,393,528 bytesMD5:
9076c3623059eea1d61659e1c09acea8A.1.3. North Cooling Design Capacity.dsb - 1,014,709 bytesMD5:
6f0a77aba57956d073f77f9a4dcf2a0cA.2.1. Annual South.htm - 29,075,873 bytesMD5:
0e6a89017a2b0e41b9fb182fad1827a0A.2.1. South Annual SimulationSimulation.dsb - 4,394,359 bytesMD5:
414e28422dca861609d98401b1a0cf01A.2.2. South Summer Design Week Simulation.dsb - 1,014,047 bytesMD5:
c68f7810a45f8eadc3c5b3e519fe787bA.2.2. Summer Design Week South.htm - 1,014,709 bytesMD5:
5146da107e6c10b5d1f57e15d2ac60e8A.3.1. Annual East.htm - 28,906,035 bytesMD5:
1e7e8f8c25c622dc4b9c53a8968ff3e5A.3.1. East Annual SimulationSimulation.dsb - 4,389,715 bytesMD5:
520f0bb53e7f7970c655d704df12d3a9A.3.2. East Summer Design Week Simulation.dsb - 1,014,047 bytesMD5:
131a48fe92cabdef58afce59e517d517A.3.2. Summer Design Week East.htm - 1,014,709 bytesMD5:
a83f205d1ac869386c8942941fbe8fe9A.4.1. Annual West.htm - 28,914,362 bytesMD5:
22b6fef9bfdce1cc5a4023d649ee74c1A.4.1. West Annual SimulationSimulation.dsb - 1,014,047 bytesMD5:
7ff876f7b75b7de06bf1216211db72bfA.4.2. Summer Design Week West.htm - 4,398,711 bytesMD5:
3d8c30aaf86877279332933027188b9eA.4.2. West Summer Design Week Simulation.dsb - 117,579 bytesMD5:
906d1d2927fc978834fdd714fb9c5e39B. Solar Fraction (SF) Calculations.xlsx - 113,182 bytesMD5:
8c18d208f09e5ca68653764a3472d5a0C. LCC and LCOC Calculation.xlsx - 25,913 bytesMD5:
4b84cd031ec593f99acf52abedc63b92C. LCC and LCOC Scoring.xlsx - 19,811 bytesMD5:
ab54010da925184f4cf12bb3f7a8003cD. All Scores.xlsx -
download all files (zip)
148,830,998 bytes unzipped
