Creation of BIM models of roof panels for Revit and ArchiCAD software.
We created parametric BIM models of Solarstone products for Revit and ArchiCAD software and added them to the ProdLib system.
The uniqueness of the project lies in the fact that the developed BIM models are code-based and “intelligent,” meaning the tool recognizes the roof surface in the model and allows for the generation of a roof consisting of Solarstone products with precise dimensions.
| Client | Solarstone OÜ |
| Start of the project | June 2021 |
| End of the project | September 2022 |
| Project Manager | Kaur Tull |
| Development | Asko Promm, Raili Tull |
Desire to create virtual copies or digital twins of your solar panels to offer them to architects for use in the building planning phase.
An intelligent product catalog composed of solar panels that is compatible with various design software such as Revit and ArchiCAD. The digital product was developed in collaboration with Wenture and Tulitec.
Solarstone approached us with the desire to make their product more marketable. They found that since their solar panels are not installed on roofs separately and at a later stage of construction, but rather the roof is built from the panels themselves, they need to reach architects earlier than before. As a possible solution, it was suggested that architects could plan roofs composed of panels using their design software, which would also facilitate their later implementation.
During the consultation, we concluded that Solarstone first needed a digital product catalog that consolidates all relevant information about the product (e.g., dimensions of the solar panels, weight, and other parameters). Additionally, the catalog needed to include all other necessary design elements, such as PDF drawings, AutoCAD 2D static and parametric drawings, and certifications. The digital product catalog had to be compatible with Revit and ArchiCAD design software.
The project was completed in the fall of 2022. The finished product catalog was quickly embraced by architects. By integrating the product catalog with design software, architects can calculate the exact number of solar panels needed and their optimal placement. The models are developed to be so intelligent that the user only needs to define the dimensions of the solar panel and the roof, and everything else is automatic.
Ultimately, a 3D model of the roof is also created based on the calculations, providing a quick overview of the aesthetic outcome. The software allows users to see the impact of even the smallest changes on the building’s exterior, for example, the visual impact of using or removing moldings.
The technical solution of the project is based on a BIM model. BIM, or Building Information Modeling, helps manage construction information and processes in digital form, providing all parties—from material producers to builders—with a simple, accurate, and real-time adaptable overview throughout the entire construction lifecycle. Additionally, the valuable added output of BIM lies in the 3D models, which give users a visual representation of infrastructure, buildings, and their components.
The greatest advantage of implementing BIM is the more optimal use of all resources. This can lead to savings in labor costs, as communication processes are expedited. Fewer errors are made, and it becomes easier to anticipate various construction scenarios, which helps save on material costs and improves time management.
