INTEGRATIONS

3D Model Creation for PVsyst

Reliable near-shading analysis in PVsyst starts with an accurate 3D scene. Render-a prepares project geometry for the PVsyst workflow: download a DAE file for direct import into a PVsyst 3D scene, or use SKP or GLB for SketchUp-based work.

Export formats for PVsyst planning

DAE (Collada): Recommended for direct PVsyst 3D scene import.
SKP: A native SketchUp file for teams that need to review, edit or enrich the model.
GLB: A compact, portable 3D model for visualisation and compatible workflows.

PVsyst imports DAE directly. SKP and GLB are not imported into PVsyst as they are; use them in SketchUp or other 3D tools, then export DAE for PVsyst if needed.

Why use Render-a with PVsyst?

Prepare a 3D scene without rebuilding roofs, buildings and site context manually.
Start near-shading studies from a stronger spatial foundation.
Use one source model across SketchUp and PVsyst workflows.

Recommended workflow

Upload project imagery or site data to Render-a.
Download DAE for PVsyst, SKP for SketchUp or GLB for portable use.
Import the DAE file and review scale, orientation, materials and PV-object settings.

Technical note

PVsyst scene data is not a completed electrical design. Your project engineer should verify scale, surfaces, roof inclination, obstacles and PV table definitions after import.

Frequently asked questions: PVsyst

Which format is best for PVsyst?

Choose DAE for direct PVsyst import, SKP for SketchUp editing, and GLB for sharing or visualisation.

Does the model produce an energy yield estimate automatically?

No. Equipment, electrical configuration, losses and simulation settings are completed in PVsyst.

Start your PVsyst 3D scene with a ready-made model. Download your export as DAE, SKP or GLB.

Create your free 3D model

PV*SOL · Drone roof survey

PVsyst is a trademark of PVsyst SA. Render-a provides PVsyst-compatible file outputs; it is not an official partner of PVsyst SA.