Everything you need to design rooftop solar projects — at scale
PVcase Roof Mount pricing plan supports how teams design, iterate, and handle high project volumes efficiently.
PVcase Roof Mount is built for teams designing rooftop solar at scale
Everything needed to go from rooftop data to ready-to-deliver systems:
Automate design, stringing, and cabling to reduce manual work
Turn rooftop data into ready-to-sell systems in minutes
Adapt instantly to customer changes without redrawing layouts
Shorten sales cycles with faster turnaround from design to proposal
 Roof mount | Key Features / Capabilities | Professional |
|---|---|---|
| Architectural Capabilities | Import rooftop project data from multiple sources and formats to start designs with existing site information. | Included |
Convert existing DWG/DXF files into usable Roof Mount geometry to reduce manual rooftop modeling. | Included | |
Use drone-derived data to create a design-ready base for rooftop planning and accurate module placement. | Included | |
Define rooftop-specific rules such as setbacks, parapets, no-go zones, and obstructions to reflect real site conditions. | Included | |
| Mechanical Design | Use a centralized library of PV modules and inverters to standardize designs and reduce repetitive data entry. | Included |
Generate and optimize module layouts to improve capacity, kWp, or yield while respecting rooftop constraints. | Included | |
Fine-tune module spacing, orientation, offsets, and alignment to meet project and engineering standards. | Included | |
Generate layouts across multiple roof areas or buildings, with different parameters and orientations in the same design. | Included | |
Regenerate PV areas to quickly compare design alternatives and refine layouts without starting over. | Included | |
Incorporate mounting system requirements based on layout geometry to support early material planning. | Included | |
| Electrical Design | Place inverters and electrical components in 2D and 3D to validate fit, clearances, and coordination. | Included |
Create customized stringing plans based on module quantity, inverter parameters, and project-specific electrical requirements. | Included | |
Assign strings to MPPTs to support inverter compatibility and optimize electrical performance. | Included | |
Define cable tray routes and sizing parameters to support compliant, accurate rooftop electrical design. | Included | |
Export Single Line Diagrams (SLDs) to support documentation, procurement, and project handoff. | Included | |
Calculate cable sizes based on voltage drop targets and minimum cable size requirements. | Included | |
Automate 3D cable routing and organization to improve takeoffs, coordination, and design accuracy. | Included | |
| Other | Analyze shading from rooftop obstructions and surrounding geometry to identify and reduce performance losses. | Included |
Evaluate irradiance distribution and optimize placement to improve solar access across roof surfaces. | Included | |
Run energy simulations to estimate expected production and compare rooftop design options. | Included | |
Export rooftop layouts to PVsyst for detailed performance modeling and reporting. | Included | |
Access key layout metrics and project data for review, reporting, and documentation. | Included | |
Export Bills of Materials (BOMs) to support procurement, cost estimation, and project handoff. | Included |
Ready to see how these pricing plans align with your specific project pipeline?
Talk to our team to explore pricing, compare plans, and find the setup that fits your projects — today and as you scale.
Trusted by industry leaders
4.7
Turn rooftops into ready-to-sell systems
Automate layouts and move straight to ready-to-share designs.