Generation equipment thermal
Repeat thermal sweeps catch heat-rise on transformers and generators while the issue is still small, opening usable windows for planned intervention.
Automated nodes execute thermal and visual inspections daily without crew dispatch. Substations, generation, and transmission stay under continuous condition monitoring.
Substation thermal scans, transmission corridor patrol, vegetation management, all at the cadence wildfire risk demands. Aligned with EU IED and grid-operator audit.
Same node fleet handles thermal substation surveys, vegetation-clearance measurement, copper-theft response, and post-storm damage assessment. Alarm-triggered launch puts live video on the operator's screen before the security team arrives. Vegetation clearances are documented continuously. Wildfire liability shifts from reactive to proactive.
Repeat thermal sweeps catch heat-rise on transformers and generators while the issue is still small, opening usable windows for planned intervention.
A single node keeps eyes on transformers and breaker bays while doubling as live verification when fence sensors trip, deterring scrap thieves before damage is done.
Randomised fence-line sweeps plus on-alarm launches push intruders off-site and produce timestamped 4K footage admissible in court proceedings.
LiDAR passes log conductor-to-canopy gaps along ROWs and flag branches drifting toward energised hardware, closing off a leading ignition pathway in dry-climate corridors.
Pre-season sweeps build a baseline of cracked insulators, slipped conductors, and warm bushings, the small faults that arc into wildfires once humidity drops.
As soon as wind drops below limits, nodes self-launch a full circuit of yard and structures. Restoration crews see what's broken on the operator console, and insurers receive geo-stamped imagery without a truck roll.
Every flight writes a coordinate-tagged record into the asset log, so regulator visits land on a corpus of inspections that already runs well past statutory cadence.
When a breaker blows or a perimeter alarm escalates, an airframe is already overhead streaming to the control room. Duty managers triage with situational awareness, not radio traffic.
For substation clusters within 10km of an Aerion node. Multi-customer node infrastructure. Standard thermal, vegetation, and security cadence. Faster onboarding.
Dedicated node for critical generation/transmission assets needing daily thermal scans, wildfire-risk surveys, and rapid intrusion verification. 8-12 week deployment.
Identifies temperature outliers on transformers and equipment to enable predictive maintenance before failures cause outages.
Detects corrosion, oil leaks, and structural issues across high-resolution imagery captured at consistent inspection vantage points.
Identifies unauthorized personnel, vehicles, and suspicious activity at substations. Real-time alert to the operations center.
Measures conductor-to-vegetation distances and predicts future violations based on historical growth rates. Wildfire prevention.
Identifies damaged insulators, arcing equipment, and thermal hotspots creating ignition risks before fire season begins.
Highlights differences between inspections to identify new damage, debris accumulation, or equipment displacement after weather events.
Identifies equipment condition trends over time. Predicts optimal maintenance timing for condition-based strategies.
Distinguishes copper theft attempts from authorized access. Reduces false alarms; prioritizes genuine threats requiring response.
Tartu, Estonia operates the EU's only fully-operational U-space regulatory sandbox. Aerion operates inside this framework. That compresses BVLOS approval cycles that take 12-24 months elsewhere in Europe to weeks for our customers.
We're accepting design partners and pilot customers for 2026-2027 deployments. Tell us about your facility, fleet, corridor, or operation.
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