Terrain-aware layout, grading optimization, cable routing, and construction-ready outputs. From topo to pile coordinates in a single AutoCAD workflow.
30-minute live walkthrough with your terrain data. No commitment.
PVX.AI is the only solar design tool that reads your actual topo surface inside AutoCAD.
On one project, full terrain smoothing cost $1.06M in earthwork. Pile-adaptive grading: $335K. Same panels, same capacity.
PVX.AI reads your topo surface and generates optimized cut/fill volumes. Three grading approaches compared automatically.
Traditional workflows require exporting between 3-4 tools to get from terrain to layout to construction drawings.
Terrain, layout, grading, cable routing, PVsyst export. Everything inside AutoCAD. Full site analysis in under 10 minutes.
Design teams hand off PDFs. Construction teams discover the site doesn't match. Change orders add up.
PVX.AI exports exact pile coordinates, cut/fill sheets, and drainage plans. Construction-ready from day one.
Real data from a utility-scale solar project on rocky terrain where 44% of the ground was solid rock.
| Grading Approach | Earthwork Volume | Cost |
|---|---|---|
| Full terrain smoothing | 118,225 m³ | $1,062,481 |
| Pile-adaptive grading | 48,109 m³ | $438,046 |
| Table splitting + pile-adaptive | 34,819 m³ | $335,376 |
Source: CS#1 engineering analysis. All three approaches produce the same panel capacity.
Bring your topo file. We run PVX.AI on your actual project data in 30 minutes.
