A detailed 3D model of a single monocrystalline solar panel mounted on a tilted metal bracket. The design emphasizes accurate cell layout, realistic reflective surfaces, and precise panel geometry. The bracket replicating real-world installation angles, and can be integrated as a standalone element or combined into modular photovoltaic arrays. This versatile model is suitable for architectural visualizations, renewable energy simulations, and product rendering projects.
Key Features
- Monocrystalline solar panel with detailed cell structure and reflective surface
- Tilted mounting bracket for realistic sun-facing positioning
- Accurate dimensions and proportions for realistic installation scenarios
- Flexible asset for modular system setups or standalone visualizations
- Clean topology and optimized mesh
- High-quality 4K PBR textures (Diffuse, Roughness, Normal)
- Ready to render out-of-the-box with included lights and cameras
- Native Blender setup – no third-party plug-ins required
Technical Details
- Original Software: Blender v2.92
- Tested in: Blender 5.0 (Fully compatible)
- Objects Included: 1
- Polygons: 9,518 (Subdivision OFF) / 38,072 (Subdivision ON)
- Vertices: 9,804 (Subdivision OFF) / 38,358 (Subdivision ON)
- Units: Centimeters (H: 80; W: 56; L: 57)
- Renderer: Blender Cycles
- Plug-ins: None required
Textures & Materials
- Standard PBR workflow
- 4K textures (4096×4096 px): Diffuse, Roughness, Normal
- All textures created from original photographs or drawings
- Ready to render out-of-the-box – lighting and cameras used for previews are included
Mesh & File Structure
- Handcrafted mesh with clean topology
- Export formats (non-native) provided as base mesh (not smoothed) for flexible subdivision control
Additional Notes
- All preview renders created in Blender Cycles without compositing editors
BLEND (Blender, filesize: 4.16 MB), OBJ (OBJ, filesize: 256 KB), FBX (Autodesk FBX, filesize: 480 KB), PNG (PNG, filesize: 4.16 MB), DAE (Collada, filesize: 513 KB)
