The technology of power transmission lines diagnostics by remote sensing was developed by CPNT Cyprus to determine:
- planned geodesic coordinates of the supports
- span lengths;
- angles of the line rotation
- temperature anomalies (insulators, cables and other objects);
- mechanical damage;
- determination of the geometry of the underlying power line surface (forest cover, other vegetation);
- analysis of the intersection with utilities (roads, pipelines, etc.) in order to determine and analyze the current state.
Equipment
CPNT Cyprus developed a high-performance optical and electronics complex of aircraft-based equipment “Veyer”. The scanner is designed to obtain an image of the underlying surface in the infrared part of the spectrum. Scanning takes place from an AN-72 aircraft from a height of 3000 meters.
Technical parameters of “Veyer” infrared scanner
| Parameter | Value |
| Spectral channels |
1 |
| Spectral band, μm | 8-14 |
| Spatial resolution from 3000 m altitude, m | 0.6 х 0.8 |
| FOV from 3000 m, km | 2.4 |
| NEDT at 300 К, К | 0.15 |
| Dimentions, mm | 460х570х350 |
| Weight, kg | 40 |
| DC voltage, V | 27 |
| Power consumption, W | 640 |
| Quantization bit rate | 12 |
| Operation mode | Continuous imaging with data recording up to 6 hours |
| Cooling | Stirling cycle cooler |
Infrared scanner “Veyer” appearance , upper casing dismantled

Transmission line monitoring example

Long-stretch engineering utilities identification example

GIS ``Digitizer`` output example


Transmission lines diagnostics technology and airborn scanner software components are protected by patents.
Patent №2258204
“Method for remote investigation of electric networks objects by thermal imaging device”



