Yes. Our specialized methods and equipment allow us to safely capture high-quality thermal and visual data of flare stacks while they are in operation, saving significant costs and downtime associated with shutdowns.

Healthy solar cells operate at a uniform temperature. Defects like micro-cracks, faulty bypass diodes, or soiling cause resistance, which generates excess heat. Our radiometric thermal cameras detect these temperature anomalies (hotspots), which appear clearly in the data, allowing your team to pinpoint the exact location of the faulty module.

We operate in full compliance with all GCAA regulations and site-specific safety protocols. We work with your HSE department to conduct thorough risk assessments and adhere to a strict permit-to-work system, ensuring safe operations even in sensitive industrial environments.

The data capture for a utility-scale solar farm may take a few days, depending on its size. After the capture is complete, our standard turnaround time for processing and delivering the full, organized dataset is typically 2-3 business days.

Our expertise is in high-precision data acquisition. We provide the comprehensive and accurate visual and thermal data that empowers your expert O&M managers and integrity engineers to perform their analysis, make the final diagnosis, and schedule repairs. We deliver the irrefutable facts for their expert decisions.