Industrial survey drone equipped with sensors at a wind farm.

Drone services

Drone, LiDAR & Aerial Surveying for Renewable Energy

Evoegy offers LiDAR surveying, photogrammetry, terrain modelling, inspection and project imagery for renewable energy projects. Since 2018, we have flown hundreds of hours of missions across wind and renewable energy developments in Australia and New Zealand, using drones as a practical engineering tool rather than just a way to take pictures.

Harnessing Innovation

The practical impact of drones in renewable energy
Drone inspection reduces site disturbance and reliance on traditional access methods for renewable energy projects.
ENVIRONMENTALLY FRIENDLY
Lower site disturbance and reduced reliance on traditional access methods.
Drone monitoring provides rapid visual feedback when renewable energy project teams need answers quickly.
REAL-TIME MONITORING
Rapid visual feedback when project teams need answers quickly.
Drone inspection can reduce specialist access equipment requirements and manual inspection effort.
COST SAVINGS
Reduce reliance on specialist access equipment and manual inspection effort.
Drone surveys capture detailed imagery, thermal data and inspection records for engineering review.
HIGH QUALITY DATA
Detailed imagery, thermal data and inspection records for engineering review.
Repeat drone inspections support consistent defect tracking, progress monitoring and condition assessment over time.
REPEAT INSPECTIONS
Consistent data capture for tracking defects, progress and condition over time.
Drone inspection reaches difficult, remote and constrained renewable energy assets with reduced physical access requirements.
IMPROVED ACCESS
Reach difficult, remote and constrained areas without unnecessary physical access.
Drone imagery creates clear visual records for reporting, defect tracking and engineering close-out.
DOCUMENTATION
Clear visual records to support reporting, defect tracking and close-out.
Drone inspection enables faster data capture with less disruption to renewable energy site activities.
TIME EFFICIENCY
Faster inspection and data capture with less disruption to site activities.
Drone inspection reduces personnel exposure to work at height and hazardous inspection environments.
ENHANCED SAFETY
Reduce exposure to work at height and hazardous inspection environments.
Drone inspection can be deployed efficiently across multiple turbines, assets and large renewable energy project areas.
SCALABILITY
Deploy efficiently across multiple turbines, assets and large project areas.
LiDAR surveying provides mapping, terrain and spatial data for renewable energy engineering and project applications.
LiDAR
Surveying, mapping and terrain data for engineering and project applications.

LiDAR and Photogrammetry

For wind farm development and engineering, LiDAR and photogrammetry provide complementary ways to capture accurate site and terrain data. Evoegy uses both technologies to support surveying, terrain modelling, access and layout assessment, construction planning, visualisation and technical review. LiDAR is particularly useful where detailed three-dimensional terrain data and accurate elevation information are required, while photogrammetry provides efficient visual and spatial capture across large project areas. Used together, they provide a practical and flexible dataset for engineering and project decision-making.

Certifications & Approvals

Evoegy operates under structured aviation compliance and risk-management processes, including AVCRM for operational planning and assurance.
  • Multi-rotor (up to 25kg)
  • RPA Operator's Certificate ReOC - CASA.ReOC.6596
  • RePL-certified pilots
  • Aeronautical radio operator's certificate (AROC)
  • Visual mapping using drones - University of Adelaide
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Sydney

Main Office 4/144 Cathedral Street, Woolloomooloo, NSW 2011, Australia
08:30 - 17:30, Monday to Friday

Adelaide

Field Office Ground Floor, 121 King William Street Adelaide, SA 5000, Australia
08:00 - 17:00, Monday to Friday
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