Clash detection before the field finds it
Racking, conduit runs and structural members get modeled together so a physical conflict shows up on screen during design instead of as a change order once a crew is on the roof.
Services
BIM & 3D Visualizations
Building information modeling and 3D visualization that catches clash conditions between racking, conduit and structural members before installation.
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BIM & 3D Visualizations
Source BIM modeling and 3D visualization for solar projects to catch clash conditions before installation. Engineering services built for field-ready designs.
Clash detection and stakeholder-ready models
3D visualization for stakeholder review
Renderings give a client, an AHJ reviewer or a financing partner a clear look at the finished system before construction starts, which is often what moves a stalled approval forward.
Works for rooftop and ground-mount alike
Modeling scope adapts to the project type, whether that's a complex rooftop with multiple roof planes or a ground-mount site with tracker rows and civil infrastructure.
Fewer change orders, faster sign-off
Fewer field change orders
Structural and routing conflicts surface during design review, not during installation.
Faster stakeholder sign-off
Clear 3D visualization gives reviewers and financing partners what they need to approve a design without a back-and-forth.
FAQs
What is clash detection and why does it matter for solar design?
Clash detection uses a 3D model to find where components physically conflict, such as racking crossing a conduit run or a structural member sitting where a rail needs to go, before anyone is on site. Catching those conflicts in the model avoids field change orders, rework, and schedule slips that are far more expensive to fix once material is installed.
Does BIM modeling work for both rooftop and ground-mount projects?
Yes. BIM applies to rooftop and ground-mount alike, modeling racking, conduit, and structural interfaces in either context. On rooftops it resolves conflicts with existing structure and equipment, while on ground-mount it coordinates racking, foundations, and civil elements. The value in both cases is finding the clash in the model instead of in the field.
What deliverables come out of a BIM engagement?
Typical deliverables include a coordinated 3D model, a clash detection report identifying and resolving conflicts, and visualizations for stakeholder review and sign-off. Depending on scope, the model can also feed coordinated construction drawings and quantity information. The practical output is fewer field surprises and faster approvals from the parties reviewing the design.