How to Detect Solar Panels with AI
From manual surveys to satellite-powered AI detection in seconds
Traditional Survey Methods
- On-site inspection requires physical access, travel, and scheduling
- Manual counting and measurement is time-consuming and error-prone
- Limited coverage - can only survey accessible areas
- Weather dependent and seasonal constraints
Time
Days to weeks
Cost
$500+ per site
AI-Powered Detection
Navigate to Location
Search any address or use GPS to locate your target area on the satellite map
Select Scan Area
Click 'Draw Area to Scan' and drag to select the region you want to analyze
AI Analysis
Gemini Vision AI detects solar installations, then SAM3 segments precise boundaries
View Results
Get instant detection with polygon outlines, coordinates, and downloadable high-resolution images
Method Comparison
| Traditional | AI-Powered | |
|---|---|---|
Time | Days to weeks | Seconds |
Accuracy | Human error | AI precision |
Coverage | Limited access | Global satellite |
Cost | $500+ per site | Credits per scan |
Real-World Use Cases
Used by solar installers for lead generation, insurance companies for risk assessment, researchers for renewable energy studies, and municipalities for infrastructure planning.