About this asset

This EvoEnergy 250Wp solar photovoltaic panel is a native Revit family designed for low-ballast, flat-roof mounting applications. The unit features a rectangular photovoltaic module with a textured blue cell array, encased in a low-profile metal frame. It is integrated into a specific ballast mounting system, which provides the necessary tilt angle for optimal sun exposure without requiring roof penetration. The assembly is compact, with a streamlined profile designed to minimise wind load and shadow casting on flat roofing surfaces. The geometry is clean and functional, reflecting its purpose as a modular component for large-scale solar arrays on commercial or residential building rooftops, providing a realistic representation for energy analysis.

The download is a 420 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this family is typically placed on a flat roof surface or a massing model representing the building envelope. Users can array the units across the roof area to simulate a full solar installation, adjusting the spacing according to site-specific requirements. It is best managed using a dedicated sub-category within the electrical or mechanical templates to ensure visibility settings can be toggled during the documentation phase of the project.

This asset is essential for architects and MEP engineers working on sustainable building design and renewable energy integration. It is suitable for flat-roof residential developments, industrial warehouses, and commercial office blocks where energy efficiency is a project requirement. Professionals will find this useful for site planning, massing studies, and early-stage solar yield analysis. Use this component when detailing roof plans or creating 3D visualisations for planning applications and client presentations that require accurate depictions of roof-mounted renewable energy infrastructure.