The PVX.AI Platform

From terrain data to stakeholder sign-off.
One platform.

Design construction-ready solar sites in AutoCAD. Analyze, simulate, and share them in the browser. Two products, one terrain-aware system.

PVX.AI Platform: AutoCAD design connected to web viewer
Terrain Data
LiDAR, survey, contour data
✏️
PVXAI.Cad
Design & Engineer
👁️
PVXAI.View
Analyze & Share
Decision
Build confidence

See PVX.AI in action

Watch how solar engineers use PVX.AI to cut earthwork costs and shorten cable runs before breaking ground.

PVX.AI product tour

Everything you need, from terrain to decision

PVXAI.Cad

Terrain & Grading

Import LiDAR/contour data, analyze slopes, optimize cut/fill balance across multiple grading scenarios.

PVXAI.Cad

Layout Optimization

Terrain-aware rack placement respecting slope limits, setbacks, and exclusion zones. Fixed-tilt and tracker support.

PVXAI.Cad

Electrical Routing

Automated cable routing with Line, U-shape, and Leapfrog topology comparison. String, combiner, and MV sizing.

PVXAI.View

Analysis & Reporting

3D visualization, shadow simulation, solar resource assessment, financial modeling, automated PDF reports.

One terrain engine.
Two products.
Zero data loss.

Most teams juggle separate tools for design, analysis, and reporting. Data gets lost between handoffs. Assumptions diverge. PVX.AI is the only platform where the design tool and the analysis tool share the same terrain-aware engine. A site designed in PVXAI.Cad carries its terrain data, shadow model, and module specs straight into PVXAI.View. No re-entry, no drift, no surprises.

Data flow between PVXAI.Cad and PVXAI.View

What comes out of the platform

From PVXAI.Cad

DWG/DXF
Design drawings
Full AutoCAD drawings with layers and metadata
LandXML
Grading surfaces
Cut/fill surfaces for civil contractors
PVSyst
Energy model inputs
Module layout, stringing, and site parameters
CSV
Pile coordinates
Construction-ready pile positions with elevations

From PVXAI.View

URL
Shareable project link
Interactive 3D model in any browser
PDF
Prospect Report
Site analysis with climate and solar resource data
PDF
Shade Report
Shadow analysis with monthly tables and heatmaps
XLSX
Cash flow projections
30-year NPV/IRR/ROE with configurable assumptions

What changes when terrain comes first

The same site. The same number of panels. Dramatically different outcomes.

Solar layout on flat terrain assumption

Panels placed on assumed flat plane. Earthwork volumes unknown until construction.

Real savings. Real projects.

Outcomes from production deployments.

$727K Earthwork cost savings CS#1: 70% less earthwork volume (118K to 35K m3) across 3 grading approaches
$430K Cable cost reduction CS#3: 14% shorter cable runs via topology comparison: Line vs. U-shape vs. Leapfrog
3.8 TWp Solar capacity designed Across utility-scale projects worldwide using PVX.AI

See the platform on your site data

Book a 30-minute demo with your terrain file. We'll run grading analysis, layout optimization, and a cable topology comparison live.