
We inspect infrastructure from the air with a high-resolution thermographic camera. We identify thermal anomalies with surgical precision — without stopping operations.
Detection of faulty modules, hotspots, bypass diodes and failing strings.
Identification of thermal bridges, hidden moisture and energy losses.
Location of hot spots in conductors, joints and insulators.
Temperature control in equipment, furnaces, pipelines and tanks.
Aerial thermography allows inspecting thousands of solar modules in hours, detecting the problems robbing performance from your installation.

ΔT = +42°C sobre temperatura de referencia. Clasificación: Clase III — Urgente
Overheated cell due to internal fracture or partial shading. Degrades the module and can cause fire.
The entire string works in degraded conditions. Loss of up to 33% per affected module.
Full row of panels not generating. May indicate inverter failure, wiring or MCB fault.
Modules with uniformly elevated temperature. Progressive power loss with no visible breakdown.
Accumulation of dust, bird droppings or vegetation creating localized shading.
Panel at ambient temperature while the rest of the installation generates. Detected instantly.
Analysis of the installation plan and flight route planning per IEC 62446-3 standard.
Systematic flight with radiometric thermal camera and simultaneous RGB camera. Optimal conditions: irradiance > 600 W/m².
Thermal image processing, identification and classification of anomalies by severity (Class I, II, III).
Georeferenced report with each anomaly geolocated on the installation plan. Delivery within 48 h.
We work in accordance with IEC 62446-3 standard for thermographic inspection of photovoltaic systems.
Tell us the type of installation and its area. We send you a quote in less than 24 hours.
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