Module configuration for PV systems
Precise PV module configuration in 2D and 3D — automatically or manually. Can be used for simple and complex roof shapes. With high-resolution maps and over 43,000 PV modules in the database.
What is module occupancy?
Module occupancy is the precise placement of photovoltaic modules on roof surfaces. It takes roof shape, slope, orientation and restricted zones into account. Optimum module layout maximizes yield. Our software enables both manual and automatic occupancy in 2D and 3D for all roof types.
How does module assignment work with autarc?
autarc enables precise module configuration through high-resolution aerial photography and 3D technology. You draw in roofs and cover modules automatically or manually. The software takes into account inclination, orientation and restricted zones. Modules automatically adapt to the shape of the roof. Planning is done in 2D or 3D for maximum accuracy.
- Step 1: Draw the roof
- Step 2: Set parameters
- Step 3: Take modules
- Step 4: Create a 3D View
Benefits of module configuration with autarc
- Precise planning: millimetre-accurate module placement using high-resolution aerial photos
- Time savings: Automatic allocation reduces planning time by up to 80 percent
- Complex roofs: Works even with gables and irregular roof shapes
- 3D visualization: Realistic presentation for better customer presentations
- Large product database: access to over 43,000 PV modules and 13,000 inverters
- Flexible editing: manual adjustments are possible at any time via drag-and-drop
Which features are included?
FAQ zur Modulbelegung
Wie genau ist die automatische Modulbelegung?
Funktioniert die Modulbelegung bei komplexen Dachformen?
Kann ich Module manuell nachbearbeiten?
Welche Datengrundlagen werden für die Planung verwendet?
Wie viele PV-Module sind in der Datenbank verfügbar?
Kann ich meine Planung in 3D visualisieren?