Oil & Gas

Ensuring the efficiency and reliability of renewable energy assets requires precise, fast, and highly accurate inspection methods. At GSC, we utilize advanced drone technology equipped with high-resolution thermal sensors and automated orthomosaic generation to deliver comprehensive assessments of solar panel farms and wind turbines. Our approach drastically reduces inspection time, enhances safety by removing the need for manual high-risk procedures, and provides asset owners with clear, actionable insights to improve performance and prevent costly downtime.

By combining specialized equipment with certified inspection teams, we offer a modern, scalable, and data-driven solution that supports the growing needs of the renewable energy sector.

Our aerial inspection workflow is designed to detect system defects early, optimize energy output, and simplify long-term maintenance planning. Through thermal imaging, detailed visual capture, and precise data analytics, we identify hotspots, damaged cells, mechanical failures, and inefficiencies across large energy networks — all with exceptional accuracy and minimal operational disruption.

GSC supports solar energy developers in maximizing energy generation through detailed shading analysis for rooftop and ground installations. Using high-accuracy drone surveys and 2D CAD outputs, we assess obstacles, evaluate shadow angles and depths, and determine the optimal panel placement to ensure uninterrupted sunlight exposure.

This process ensures panels are installed where shading will not reduce performance or financial return. We have applied this methodology for international clients conducting large-scale rooftop assessments, helping them validate installation feasibility and secure long-term efficiency of their solar systems.