About this asset

This sunflower-inspired photovoltaic solar array Revit family provides a high-tech renewable energy solution for exterior site design. The sunflower solar array features a distinct radial configuration of photovoltaic panels, mimicking the form of a flower head. Each petal-shaped segment is layered with blue solar cells, supported by a central hub and a robust, vertical white base. The design emphasizes a biomimetic approach to energy harvesting, balancing functional power generation with an aesthetic that integrates well into modern landscape architecture or sustainable development projects. The geometry is clean and simplified, suitable for conceptual site planning and visualisations where renewable energy infrastructure is required to communicate sustainability goals clearly.

The download is a 799 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 intended for placement on site plans or exterior massing models. Users can load this RFA directly into the project environment, where it acts as a site component. Because it is a standalone family, it should be placed on a level or topography surface. It is best used in the early stages of site development to represent solar energy capacity, and users should ensure the orientation aligns with the site's solar path analysis for accurate placement.

This asset is ideal for landscape designers, architects, and urban planners working on sustainable housing estates, eco-conscious office campuses, or public parks. It functions as a key focal point in site design, serving as both a functional utility and a visual statement of green energy commitment. Professionals should search for this item when specifying renewable energy infrastructure, site furniture, or exterior electrical equipment to enhance the environmental profile of residential or commercial project proposals in both 2D site plans and 3D renders.