Rooftop Solar Plant Designer | India
Built for EPCs and installers. Configure panels and inverters, generate electrical stringing and SLD, map a structural layout, estimate BOM, and request an item-wise quote from Loop Solar.
Step 1: Electrical Design
Solar Panel Configuration
Inverter Configuration
Electrical Design Results (per Inverter)
Total Inverters:
Panels Per Inverter:
Panel Voc at -10°C (Assumed): V
Panel Vmp at 75°C (Assumed): V
Min Panels/String:
Max Panels/String:
Suggested Panels/String:
System Optimization (DC/AC Ratio):
Stringing Configuration (for one inverter):
System Single Line Diagram (SLD):
Conceptual Panel Layout (per Inverter):
Considerations for Electrical Balance of Material (BOM)
Selected BOM
Disclaimer: Electrical calculations are simplified. Min/Max operating temperatures are assumed. Default DC overloading is assumed. Actual design requires detailed engineering. Diagrams are conceptual.
Step 2: Structural Design
Summary from Electrical Design:
Selected Solar Panel: N/A
Total Panels to Layout for Structure: N/A
Selected Inverter: N/A
Number of Inverters: N/A
Map Solar Panel Layout on Canvas
Overall Structure Parameters
Note: Inter-panel horizontal and vertical spacings within each 2-deep table are fixed at 0.05 ft (approx 15mm) for calculations in this tool.
Structural Design Results
Reference Panel Information:
Top-Down View (Conceptual)
Side View (Typical Bay)
Structural Bill of Materials (BOM)
| Component | Material & Profile | L/Pc (ft) | Qty | Total L (ft) | Unit Wt. | Total Wt. (kg) |
|---|
Total Structure Wt.
- kg
Total Dead Load (Panels + Structure)
- kg
Note: All structural weights are estimates. Actual values may vary. Professional engineering validation is required. Diagrams are conceptual.