Difference between revisions of "OpenStudio/OpenStudio Application/Building Envelope Specification"
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The process of defining the envelope of a building for a building energy model consists a few core steps<ref>Brackney, L., Benne, K., Macumber, D., & Parker, A. (2018). Building Envelope Specification. In Building Energy Modeling with OpenStudio (pp. 13–58). essay, Springer International Publishing AG. </ref>: | The process of defining the envelope of a building for a building energy model consists a few core steps<ref>Brackney, L., Benne, K., Macumber, D., & Parker, A. (2018). Building Envelope Specification. In Building Energy Modeling with OpenStudio (pp. 13–58). essay, Springer International Publishing AG. </ref>: | ||
# Weather | # Weather | ||
| − | # Building Envelope Geometry | + | # [[OpenStudio/OpenStudio Application/Building Envelope Specification/Envelope Geometry and Building Spaces|Building Envelope Geometry]] |
# Surfaces | # Surfaces | ||
# Constructions | # Constructions | ||
Revision as of 15:25, 22 April 2025
The process of defining the envelope of a building for a building energy model consists a few core steps[1]:
- Weather
- Building Envelope Geometry
- Surfaces
- Constructions
- Sub-surfaces
Notes
- ↑ Brackney, L., Benne, K., Macumber, D., & Parker, A. (2018). Building Envelope Specification. In Building Energy Modeling with OpenStudio (pp. 13–58). essay, Springer International Publishing AG.
