The Problem
Solar farms span large areas, making regular inspection and security monitoring difficult.
Common Challenges
- Delayed detection of dirty or damaged panels
- Limited visibility into vegetation growth and site conditions
- High manual effort for routine inspection
- Difficulty monitoring perimeter risks across remote locations
Business Risks
- Reduced energy yield
- Higher inspection effort and slower maintenance
- Increased risk of theft, intrusion, or unresolved site issues
The Solution
An AI-powered monitoring framework designed to help operators track asset condition and site risks across solar farms using visual analytics.
It detects visible panel issues, vegetation overgrowth, unauthorized movement, and perimeter-related risks, while organizing findings into structured, location-based insights for faster action.
The solution can be configured to work with fixed cameras, mobile inspection footage, and drone imagery depending on site requirements.
How It Works
Image & video capture
Uses site cameras, inspection footage, or drone surveys
AI detection
Detects panel damage, soiling, vegetation, and security-related events
Site intelligence
Maps detections to asset zones, rows, or site areas
Issue processing
Filters duplicates and organizes findings with evidence
Insights & reporting
Generates actionable issue summaries and monitoring dashboards
Key Capabilities
- Panel soiling detection
- Broken or visibly damaged module detection
- Vegetation overgrowth monitoring
- Perimeter intrusion and suspicious movement detection
- Missing equipment or site anomaly detection
- Geo-referenced issue tracking
- Visual evidence with structured summaries
- Central dashboard for monitoring site conditions across assets
Use Cases
- Routine visual monitoring of panel conditions
- Identifying sections requiring maintenance attention
- Tracking vegetation near panel rows and service areas
- Monitoring perimeter and remote site activity
Business Impact
- Helps detect issues before they affect larger sections of the site
- Improves maintenance prioritization with visual evidence
- Reduces inspection effort across large solar parks
- Supports better control over remote and distributed assets
- Improves operational visibility across multiple sites
Customization & Fit
- Configurable based on site layout and monitoring goals
- Flexible input from fixed cameras, vehicle surveys, or drones
- Adjustable rules for defect classification and alerting
- Scalable across single sites or multi-site portfolios