About this asset

This wall-mounted solar panel awning is a Revit family featuring a trio of high-efficiency photovoltaic modules on a metal frame. The assembly consists of three rectangular photovoltaic panels arranged in a tilted configuration, designed to function as both an energy-harvesting surface and a structural shading element. The panels feature a standard deep blue grid pattern characteristic of multicrystalline silicon, framed in a neutral grey metal casing. A simple, robust cantilevered mounting bracket attaches the array directly to the masonry wall surface, providing the necessary angle for optimal solar exposure. The geometry is clean and functional, prioritising clear lines and a low-profile installation suitable for modern facade integration.

The download is a 1 MB 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.

This Revit family is designed for wall-hosted placement, allowing users to attach the assembly directly to exterior building envelopes. Designers should utilise the family parameters to adjust the tilt angle and offset from the wall to align with site-specific sun path analysis. Once placed, the model can be managed via the project browser under electrical equipment, with material parameters available for customising the frame finish or panel surface textures to suit specific project rendering requirements.

Ideal for sustainable residential, commercial, or industrial building projects, this solar awning provides a practical solution for integrating renewable energy into exterior designs. Architects and MEP engineers often incorporate such elements during the schematic design phase to demonstrate building performance and environmental responsibility. It pairs well with modern brick or concrete facades, serving as a functional detail that adds technical depth to exterior visualisations. Search for this asset when specifying energy-efficient building components or developing detailed facade studies for green architecture projects.