About this asset

This solar-powered street light Revit family features an integrated photovoltaic panel and high-performance LED luminaire head. The Sonne street light is a modern, high-tech exterior lighting solution designed for sustainable urban infrastructure. It features a robust cylindrical metal pole supporting a dual-component head: a tilted solar photovoltaic panel mounted above a sleek, low-profile LED light housing. The design is engineered for efficiency, with the solar array angled to maximize exposure while the luminaire provides precise down-lighting. Its minimalist aesthetic and metallic finish allow it to integrate seamlessly into contemporary streetscapes, public parks, and commercial site developments where off-grid lighting functionality is required.

The download is a 563 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 functions as a light fixture with nested solar components. Users can place the unit on site plans or 3D views using standard host-based workflows. The light source is pre-configured to align with standard IES profiles, allowing for accurate lighting analysis in the native environment. Adjustments to the pole height or luminaire orientation should be handled via the family properties to maintain parametric integrity and ensure correct scheduling of site lighting elements.

This fixture is intended for use in large-scale residential developments, public infrastructure projects, and commercial campus designs that prioritize renewable energy. It is ideal for illuminating pedestrian walkways, parking lots, and perimeter zones in sustainable building projects. When searching for this asset, professionals typically look for solar-integrated lighting, exterior site luminaires, or modern pole-mounted fixtures for urban master-planning. It pairs effectively with other site furniture and landscape elements in exterior renderings to demonstrate a commitment to low-energy, high-efficiency design standards.