A recent Commercial UAV News article highlights how Aegean Energy Group is using drone data and GIS to support renewable energy construction, with a focus on wind farm development. The article looks at how Aegean uses drones throughout the project lifecycle, from documenting baseline site conditions before construction begins to verifying work in the field and maintaining a long-term project record after construction is complete.
For large wind projects, this kind of documentation matters. A single site can cover thousands of acres, involve many contractors, and require years of coordination before the project becomes operational. Teams need more than imagery alone. They need a way to organize that imagery, connect it to the right location, compare changes over time, and share it with the people responsible for planning, construction, inspection, and operations.
That is where Esri technology is central to the story. Aegean’s Maps to Megawatts platform is built on ArcGIS Online and brings together engineering design plans, field observations, safety records, drone imagery, inspection data, and other project information in one web-based environment. By connecting drone data to GIS, the information becomes part of a broader project system rather than a separate collection of files.
The article also points to the value of a “living digital twin” for renewable energy projects. For Aegean, drone imagery helps create a visual and spatial record of the project as it changes over time. That record can support construction tracking, landowner documentation, troubleshooting, inspection, and long-term asset management.
This is a useful example of how GIS helps renewable energy organizations turn field data into something actionable. Drones capture the view from above, but ArcGIS provides the location-based framework that helps teams understand, manage, and use that information across the life of the project.
Read the article to learn more about Aegean Energy Group’s approach to drone implementation and how GIS is helping support renewable energy construction.
