Aerial Inspections

Aerial thermal imaging to identify hotspots, electrical faults, PID, failed cells, and bypass diode issues across large solar arrays
High-resolution aerial visual inspections to detect cracks, delamination, soiling patterns, corrosion, shading, and module surface damage
Aerial performance mapping that highlights underperforming strings, mismatch conditions, and degradation trends for rapid diagnosis
Drone-driven reporting and recommendations providing actionable insights to restore panel health, improve production efficiency, and reduce O&M labor time
Regular inspection programs

Aerial thermal imaging to detect overheating connectors, faulty relays, failing transformers, SF₆ breaker anomalies, and load-related hotspots
High-resolution drone visual inspections to identify corrosion, damaged insulators, loose hardware, misalignments, and structural degradation
Comprehensive aerial assessments of buswork, switches, inductors, arrestors, and terminations for early detection of mechanical and electrical issues
Actionable inspection reports providing clear findings, risk prioritization, and maintenance recommendations to improve reliability and reduce outage risk
Pre & post outage inspection plans
Annual inspection programs

Aerial thermal scanning to detect overheating connectors, failing clamps, loose or damaged hardware, and load-related anomalies along energized lines
High-resolution drone visual inspections to identify conductor damage, insulator defects, corrosion, vegetation encroachment, and structural issues on poles and towers
Comprehensive span-to-span assessments capturing conductor sag, clearance measurements, wildlife interference, and environmental risk factors
Detailed reporting with prioritized findings to support maintenance planning, reduce outage risk, and improve overall transmission system reliability

Aerial progress monitoring to capture construction milestones, site conditions, and installation accuracy with high-resolution visual and thermal data
Drone-based mapping and modeling for cut-and-fill analysis, volume measurements, terrain validation, and project planning
QA/QC verification of installed components, structural alignment, foundation work, electrical routing, and adherence to engineering specifications
Repower documentation and oversight support including component change-out monitoring, contractor coordination insights, and data-driven reporting for schedule and quality assurance

High-resolution drone mapping using photogrammetry to capture accurate site topography, terrain features, and surface conditions
3D modeling to support engineering design, construction planning, and asset visualization across renewable sites
Cut-and-fill, volume, and earthwork calculations for construction planning, stockpile measurement, and project progress tracking
Detailed site maps and geospatial data products tailored for environmental reviews, civil design, vegetation management, and long-term planning