PVcase Roof Mount
Solar design software
CAD software
- Features
- Ease of use
- Ease of management
- Quality of support
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What is PVcase Roof Mount
PVcase Roof Mount is a roof-mounted solar PV design module used to lay out PV arrays on rooftops and produce engineering-ready design outputs. It supports solar designers and engineers working on commercial and industrial rooftop projects who need repeatable layout, shading/obstruction handling, and documentation workflows. The product is part of the PVcase toolset and is commonly used in CAD-based design environments to move from concept layouts to detailed plans and bill-of-material style outputs.
CAD-based detailed layouts
The product focuses on producing detailed rooftop PV layouts that align with CAD drafting workflows. This helps teams create plan sets that are closer to construction documentation than high-level proposals. It is suited to users who need precise placement relative to roof geometry and obstructions. It also supports iterative design changes without rebuilding the entire layout from scratch.
Rooftop-specific design workflow
PVcase Roof Mount targets roof constraints such as parapets, setbacks, and rooftop equipment that affect array placement. This specialization can reduce manual drafting compared with general-purpose CAD approaches. It supports common rooftop racking and module arrangement patterns used in commercial rooftop projects. The workflow is oriented toward engineering deliverables rather than customer-facing sales proposals.
Part of PVcase suite
As a PVcase module, it can fit into a broader PVcase workflow that includes other stages of PV project design and analysis. This can simplify standardization for organizations that want consistent tooling across project types. It also supports internal handoffs between design roles by keeping work in a common ecosystem. Suite alignment can reduce the need for multiple disconnected tools for layout and downstream documentation.
Narrow scope to rooftops
The product is purpose-built for roof-mounted systems, so it is not a substitute for ground-mount layout tools. Organizations with mixed portfolios may still need separate tooling for other site types. This can add licensing and process complexity when standardizing across teams. It also limits reuse of templates and workflows across non-rooftop projects.
CAD proficiency required
Because the workflow is CAD-oriented, users often need CAD skills to be productive. This can increase onboarding time for teams coming from web-based proposal tools. It may also require stronger CAD governance (layers, blocks, standards) to keep outputs consistent. Smaller teams without CAD resources may find the workflow heavier than simpler design tools.
Dependent on input data quality
Accurate rooftop modeling depends on the quality of roof geometry and obstruction data provided to the tool. If inputs are incomplete or outdated, layouts and resulting documentation can require rework. This is especially relevant for complex roofs where field conditions differ from drawings. Teams may need additional site-survey processes to maintain design accuracy.
Plan & Pricing
| Plan | Price | Key features & notes |
|---|---|---|
| PVcase Roof Mount (AutoCAD plugin) | Contact sales / Custom pricing (no public prices listed on vendor site) | AutoCAD-based rooftop PV design tool; license managed via PVcase License Manager; requires compatible AutoCAD and Windows OS; trials are available by request or via trial licenses. |
Seller details
PVcase UAB
Vilnius, Lithuania
2018
Private
https://pvcase.com/
https://x.com/pvcase
https://www.linkedin.com/company/pvcase/
