3.0.4
More control across terrain, structures and deliverables
This update connects 3D modeling, topography, civil analysis and technical outputs more closely inside CAD.
Layout and design
3D model without a terrain TIN
The model can use a flat reference when no usable TIN is available yet, while preserving structure and equipment heights.
Articulated trackers
Individual joint limits and manually placed joints remain available when the 3D model is rebuilt.
Clearer structure editing
The design shows full dimensions and warns before creating block identifiers with incompatible characters.
Terrain and civil analysis
More precise grading diagnostics
Reports distinguish geometry, slope and articulation issues while keeping civil and structural checks in place.
Faster tracker profiles
The calculation reuses exact checks where a span does not cross a joint, without changing feasibility criteria.
Mapping and site boundaries
Persistent spatial reference
New site boundaries keep their geographic data and reuse it when moving between the CAD drawing and map.
Recoverable original geometry
When a replacement boundary or terrain is generated, the original outline remains on a layer that can be shown again.
Electrical design
Independent work by site boundary
Auto-Route stores each area’s settings and creates its tables, Excel files and 2D drawings separately.
Better cable routing warnings
Unnecessary distance warnings are avoided when a cable follows adjacent structures to a trench; genuinely unsupported routes are still flagged.
Piles and equipment
Clearer pile correction
Custom extension sizes can be set, and the 2D analysis separates correctable piles from those needing review.
Valid block names
Inverter and transformer forms warn when an identifier contains incompatible characters.
Export
PVsyst across multiple site boundaries
A single operation can include selected areas and relevant nearby obstacles, without adding objects outside the scope.