About this asset

This rectangular photovoltaic solar panel Revit family is designed for surface-mounting on roof planes to model renewable energy systems. This photovoltaic solar panel features a standard rectangular geometry with a grid-patterned surface representing the individual cells. The module is finished in a deep blue tone, characteristic of crystalline silicon technology, set within a thin, low-profile metallic frame. Its design is clean and functional, intended for visual representation within building information models. The geometry is flat and compact, allowing for efficient placement on sloped or flat roof surfaces without adding excessive complexity to the project file. The model provides a clear, recognisable representation of solar technology for architectural site plans and renderings.

The download is a 389 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.

As a Revit family, this component is designed for placement on host surfaces such as roofs or structural framing. Users should load the family into their project and utilise the face-based hosting capability to align the panel with the desired roof pitch. While the model is primarily for visual representation and site coordination, it can be scheduled within the project browser to track quantities and locations of renewable energy installations across the building envelope.

This asset is essential for professionals documenting sustainable design features in residential, commercial, or industrial projects. It is typically deployed during the schematic design and design development phases to communicate the integration of green energy solutions to stakeholders. Architects and MEP engineers use this to indicate the layout of solar arrays on roof plans, elevations, and 3D site visualisations, ensuring the visual impact of the energy system is accurately represented within the overall building design.