Lost generation
has a location.
A dead string, a failed diode or a cracked leading edge is invisible from the access track. It surfaces months later as a soft number on the yield report. Continuous aerial thermal and blade inspection turns that number back into a row, a table and a serial.
Four operating stages. One generation layer.
The same station, mounted Eyes and local software cover module thermography, blade and tower inspection, vegetation and perimeter control, and independent performance verification.
Thermal String Scan
Fly the whole array and read every module's thermal signature — hot cells, bypass diodes, failed strings and combiner faults located to the table, not the block.
Turbine & Blade Inspection
Close-visual survey of every blade surface, leading edge, tower weld and foundation from a safe standoff — with no rope teams and a single short yaw stop.
Vegetation & Site Security
Watch the fence line, the substation and the access track continuously, and track vegetation growth and shading before it costs output or trips a breaker.
Performance Verification
Compare block against block and turbine against turbine on the same day, in the same light, so underperformance is proven rather than argued in a warranty claim.
One physical layer across every stage.
Hardware stays stable across the array, the turbine pads and the substation; payloads, analytics and integrations change with the operating stage.
Site Node
Substation-side station running radiometric thermal, RGB and zoom missions over the array and up the turbines.
Mounted Eye
Continuous sensing at the substation, inverter skids, gate and access track.
Standalone Eye
Self-powered perimeter mast for remote array blocks, turbine pads and unmanned sites.
Energy OS
Local software linking every anomaly to string ID, inverter channel and turbine serial — then back to SCADA and the yield record.
One array block. One thermal campaign. One quarter.
Start where the loss is already on the books: a full radiometric survey of the worst-performing block, delivered as a fault register the O&M contractor can be held to.