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  4. Softwareunabhängig-verlustfreie Projektdatenumgebung und föderal-selbstbeschreibende parametrische Modellierung multifunktionaler Bauprodukte auf Basis des Semantic Web mit Fokus auf die Gebäudehülle. Schlussbericht
 
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2022
Report
Title

Softwareunabhängig-verlustfreie Projektdatenumgebung und föderal-selbstbeschreibende parametrische Modellierung multifunktionaler Bauprodukte auf Basis des Semantic Web mit Fokus auf die Gebäudehülle. Schlussbericht

Title Supplement
SCOPE
Abstract
The aim of project SCOPE is to support and facilitate the planning and operation of energy-efficient buildings through digital processes with a focus on the building envelope. The project consortium has developed a methodology that automatically prepares product data so that planners no longer have to fill it in software applications manually. Instead, software applications can directly access the product data through programming interfaces. For the construction project data, a project server was developed that allows product data to be read, processed and to be combined with project information in a way that exactly the amount of building geometry and product description is provided that is required to execute the corresponding process step. In the project, the proposed methodology was successfully implemented as prototypes. Based on the results from project SCOPE, software companies can extend their applications so that software users can get exactly the amount of data that is required in the planning process.
Author(s)
Maurer, Christoph  
Rist, Tim  
Kuhn, Tilmann  
Shi, Meiling
Huyeng, Tim-Jonathan
Hoffmann, André
Thiele, Christian-Dominik
Rüppel, Uwe
Sprenger, Wendelin
Publisher
Fraunhofer ISE
Publishing Place
Freiburg/Brsg.
File(s)
Download (4.45 MB)
Rights
Use according to copyright law
DOI
10.24406/publica-fhg-416836
Language
German
Fraunhofer-Institut für Solare Energiesysteme ISE  
Keyword(s)
  • Wasserstofftechnologie

  • Application Programming Interface (API)

  • Building Information Modeling (BIM)

  • product data

  • solar architecture

  • solar building envelopes

  • Photovoltaik

  • Solarthermische Kraftwerke und Industrieprozesse

  • energieeffizientes Gebäude

  • Akkreditierte Labors

  • Photovoltaische Module und Kraftwerke

  • Gebäudehülle

  • Betriebsführung von Gebäuden

  • Niedertemperatur-Solarthermie

  • TestLab Solar Façades

  • Integrierte Photovoltaik

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