
Efficiency-focused thermal audits for commercial PV arrays and solar farms — identifying cell-level faults and underperforming strings at scale.
"Manual solar inspection is slow, incomplete, and often only covers a fraction of the array. Drone thermal imaging allows for the rapid inspection of thousands of panels in a single flight, identifying cell-level hotspots, bypass diode failures, and string anomalies that are invisible to the naked eye."
Creating a georeferenced thermal map of the entire solar farm.
Automated identification of common PV anomalies across large datasets.
Ensuring new arrays are performing to specification before handover.
Maintaining peak efficiency across large commercial solar portfolios.
Providing objective evidence of panel failure for manufacturer claims.
We define the site, objective, deliverables, access constraints, and safety requirements.
We review airspace, permissions, weather, take-off areas, and operational constraints.
The flight is completed using the appropriate drone, sensor, and capture workflow for the outcome.
Imagery, maps, or data are processed into a usable, high-fidelity client-ready format.
Final assets are issued via our secure terminal with clear next-step guidance.
This service is a core component of our specialized commercial packages, designed to provide comprehensive site intelligence at a fixed investment level.
Explore complementary services to enhance your asset visibility and operational efficiency.
High-detail aerial inspections for bridges, masts, rail, and highways — providing critical asset visibility while eliminating the need for high-risk manual access.
Specialist aerial inspection for powerlines, pylons, substations, and energy assets — improving grid reliability and safety through advanced sensor technology.
Thermal drone capture for buildings, roofs, solar panels and assets, helping identify temperature anomalies that may support further investigation, maintenance planning or energy-related review.
We can typically cover 5-10MW of solar capacity per day depending on site layout.
Ideally clear skies and high solar irradiance (minimum 600W/m²) for accurate thermal signatures.
Yes, our high-resolution thermal sensors can detect individual failing cells within a panel.
Deployment-ready aerial intelligence for commercial, industrial and infrastructure assets.