Thermographic
Drone Inspection Software
Fixed | Floating | Rooftop
Plan, carry out, and analyze your photovoltaic inspections using drones and AI to maximize your solar performance
Inspection in line with the IEC TS 62446-3 Standard
Take control with SkyVisor Solar
Confidently manage your renewable energy assets while implementing proactive maintenance strategies

1. Inspect
Collect your own panel imaging on-site

2. Analyze
Review defects faster using Articifial Intelligence

3. Act
Localize damages and take decisions together





























Your everyday tool
Empower your technicians to inspect your solar park themselves
100% automated
Drone flight plan generation
1 person needed
Easy one person usage
4 min / MW
Fast safe automatic inspection
AI Reporting Tools
Production loss statistics
Want to inspect up to 50 MW a day?
Solution highlights
Our software uses digital twin technology for defect monitoring, imaging, and analysis, optimizing cost, time, and performance
Use advanced AI-powered
defect analysis tools
Our user-friendly platform enables you to identify issues with speed and accuracy, ensuring early solar panels defect detection to optimize your maintenance.
Take corrective actions on-site
using our Field App
Our intuative app simplifies on-site defect management with CAD map integration and boosts subcontractor collaboration through task management tools

Disconnected panels

Hotspot

Diode issue

Potential induced degradation
AI-powered defect detection
From microcracks to hotspots, stay ahead of issues to maximize performance
Drone: DJI Mavic 3T
Technology: Polycrystallin
ΔT: 2.1 °C | MaxT: 41 °C
Drone: DJI Mavic 3T
Technology: Thin-Film
ΔT: 6.9°C | MaxT: 44.5°C
Drone: DJI Mavic 3T
Technology: Monocrystallin Bifacial
Drone: DJI Matrice 4T
Tech: Monocrystallin PERC Bifacial
Drone: DJI Mavic 3T
Technology: Monocrystallin PERC
ΔT: 2.4°C | MaxT: 30.9°C
Drone: DJI Matrice 4T
Technology: Polycrystallin
ΔT: 31°C | MaxT: 20.1 °C
Drone: DJI Mavic 3T
Technology: Thin-film
ΔT: 33.3°C | MaxT: 80.7°C
Drone: DJI Mavic 3T
Technology: Monocrystallin Bifacial PERC
ΔT: 4.3°C | MaxT: 19°C
Drone: DJI Mavic 3T
Technology: Thin-Film
ΔT: 6.9°C | MaxT: 44.5°C
Drone: DJI Mavic 3T
Technology: Monocrystallin CdTe Thin-film
ΔT: 17.2°C | MaxT: 64.7°C
Drone: DJI Matrice 4T
Technology: Polycrystallin
ΔT: 6°C | MaxT: 58°C
Drone: DJI Matrice 4T
Technology: Polycrystallin
ΔT: 30.2°C | MaxT: 68.8°C
Download the report
Solar thermography report
Skyvisor all-in-one software
Your everyday tool from thermal inspections planning to reporting
- Performance statistics
- AI defect detection tools
- Digital twin creation
- Automatic reporting
Discover 3 reasons to go in-house
Frequent inspections help detect solar panel issues early, reducing downtime and O&M costs by up to 30%
No reflying
Manual inspections are history! Save time and costs using autonomous drone flight for efficient defect detection!
Digital Twin
Digitalize your solar park to track issue evolution and optimize resources. Streamline reporting and collaboration for better power production!
Fast action
Make informed decisions on-site! Safely take corrective actions, learn and follow your proactive maintenance strategy.
Which DJI drone to choose for solar inspections?
Enjoy your free drone selection consultation and receive a drone ready to fly
DJI Matrice 4T
Ideal for: Solar thermography
Wide camera: Wide: 48 MP, 24mm focal length
Thermal camera: 640×512, 53mm focal length
Zoom camera: 3× Zoom: 48 MP, 70mm focal length +
7× Zoom: 48 MP, 168mm focal length
Max wind resistance: 12 m/s
DJI Mavic 3T
Ideal for: Solar thermography & wind inspections
Wide camera: 48 MP CMOS, 84° FOV capture
Thermal: 640×512 resolution, 12μm microbolometer
Zoom: 28x continuous side-by-side zoom with thermal and zoom cameras for for infrared imaging capabilities
Max wind resistance: 12 m/s
DJI Dock 2 / Dock 3
Ideal for: Solar construction monitoring, solar thermography, and wind inspections for large sites
Compatible with: Matrice 3D, 4D and 3TD, 4TD drones for high-level operations for wind turbines and solar panels
Max wind resistance: 15 m/s
Our benefits
- In-house solution
- Automatic flight
- Terrain follow
- 4 min / MW
- AI-powered analytics
- Production loss statistics
Our support starts where it matters
We provide your team with training, support, equipment, and E-Learning resources for you to feel confident on-site
1-day training
Free legal consultation
Operational support
Managing both wind & solar parks?
Save time and energy using our comprehensive software suite to manage all of your assets

Solar | Construction
Monitor the construction process of your PV plant

Wind | Blades
Reduce downtime and increase your knowledge

Wind | Tower
Reduce downtime and enhance your maintenance