Step 5: Export Model

Finally, we will head to the Export panel to send your model to your simulation engine of choice. Pollination supports a growing list of software, and we are continually working on adding new ones. If you don't see your energy modeling software of choice here, feel free to reach out to us to discuss possibilities.

Video tutorial

Sample exported models

Pollination Rhino (.HBJSON)

Revit sample model in [Pollination] Rhino (.HBJSON)

2023_rac_advanced_sample_project.hbjson

2MB

Open

IESVE (.GEM)

Revit sample model in IESVE (.GEM)

2023_rac_advanced_sample_project.gem

223KB

Open

eQuest (.INP)

Revit sample model in eQuest (.INP)

2023_rac_advanced_sample_project.inp

731KB

Open

DesignBuilder (.dsbXML)

Revit sample model in DesignBuilder (.dsbXML)

2023_rac_advanced_sample_project_dsb.xml

5MB

Open

OpenStudio (.OSM)

Revit sample model in OpenStudio (.OSM)

2023_rac_advanced_sample_project.osm

3MB

Open

gbXML

Revit sample model in Spider (.gbXML)

2023_rac_advanced_sample_project.xml

3MB

Open

In addition to the software that we listed above you could use the gbXML export to import the model to many other software including but not limited to Career HAP, and EDSL Tas. We also provide a modified version of the gbXML format optimized for TRACE 700, and TRACE 3D Plus.

Revit sample model in Tas (.gbXML)

Revit sample model in TRACE 3D Plus (.TRACEXML)

Revit Sample Model in HAP 6.3 (.gbXML)