Transmission line inspection anti-intrusion AI camera
√ Omnidirectional pan/tilt zoom lens and channel camera
√ Support night vision
√ Optional down-view lens
√ Realize three-dimensional intelligent inspection of transmission line channel and body monitoring of transmission lines
| Product Features | ||||
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• Our visual transmission line inspection solutions are widely used in State Grid and China Southern Power Grid. We installed our Transmission line inspection AI camrea on 500000 transmission line towers in China. • Our solutions are used to intelligently identify safety hazards in power lines , as well as in the surrounding environment. And it will automatically alarm to the online platform to notify workers to maintain. This greatly reduces the likelihood of accidents (reduces blackout and trip rates) and can replace manual inspections. It solves 80% of electronic surveillance problems at 20% of the cost. The comprehensive monitoring and early warning information of channel hidden dangers is pushed in real time 24 hours a day, which improves the quality of OHL inspections. |
| Application Background | ||||
| Overhead transmission lines are generally several kilometers to hundreds of kilometers long. Line equipment operates in the natural environment for a long time and is affected by various climatic conditions (such as storms, floods, ice and snow, heavy fog, pollution, lightning strikes, etc.); in addition, there are other external damages (such as construction machinery damage,wire foreign objects, etc.). These factors endanger the safe operation of the line at any time. Therefore, once a failure occurs, it takes a long time to repair, resulting in different degrees of loss. It is necessary to strengthen the inspection of the line, repair and eliminate hidden dangers in time, and formulate safety measures. |
| Video |
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Product application |
The Transmission line protection AI camera can simultaneously meet the needs of monitoring the blind spot of the transmission line channel, tower base and near tower side view.
Monitor potential hazards around transmission line channels and promptly alert management personnel through online transmission line management platforms or mobile apps, greatly improving protection quality and reducing manual inspection costs
| Product effect |
| Online transmission line management platforms |
| Key function |
Real time monitoring and fault detection
SENTER AI OHL visual inspection camera can monitor the status of power equipment and infrastructure in real time. It can identify potential signs of failure, enabling the operations team to take preventive measures and reduce the likelihood of unexpected failures.
Reducing manual inspection workload
An automated SENTER AI visual transmiiison line inspection system can replace some of the heavy and dangerous manual inspection work. This helps to reduce the burden on staff while increasing the coverage and frequency of inspections.
Improving inspection accuracy
AI systems can perform inspection tasks with high precision and consistency, reducing the occurrence of human errors. This helps to improve accurate understanding of the status of power equipment and infrastructure.
Reduce maintenance costs
By identifying potential problems in a timely manner, power companies can take preventive maintenance measures to avoid sudden equipment failures, thereby reducing maintenance costs and extending equipment lifespan
Improving security
Reducing the frequency of personnel entering hazardous areas and implementing inspections through drones, sensors, and cameras can help improve workplace safety and reduce potential risks of personal injury.
Data analysis and predictive maintenance
AI systems can collect, analyze, and interpret a large amount of data, extracting valuable information from it. By analyzing this data, power companies can implement predictive maintenance, optimize equipment performance, and reduce downtime.
Improving service reliability:
Timely detection and resolution of problems can help improve the reliability of the power system. Reduce the impact of power outages and malfunctions on customers and businesses, and improve service levels.
Environmentally friendly:
By reducing the use of unnecessary inspection vehicles and equipment, AI visual inspections can help reduce energy consumption and emissions, making power company operations more environmentally friendly.
| Product Parameters |
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Projects Technical parameters |
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Camera |
Channel lens |
Channel lens uses 16 megapixel HD lens; Lens angle of view: diagonal/horizontal/vertical: 76 /64 /50° respectively |
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Night vision lens |
2 megapixel starlight-grade low- light lens Lens angle of view: diagonal/horizontal/vertical ：105°/88°/48° respectively |
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PTZ Optical Zoom lens |
Optical zoom: standard: 20-40x , 2 megapixel Horizontal field of view: 56.9-2.9 degrees (wide angle - telescopic) Close up distance: 100m-1500mm (wide angle - telescopic) Minimum illumination: 0.001Lux/F1.5 (color)/0.005Lux/F1.5 (black and white) |
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Horizontal direction: 360° multi-turn infinite position Vertical direction: -90°～+90° With 256 preset positions Support wiper |
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Down view lens(optional) |
16 megapixel HD wide-angle camera |
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Visible distance |
3KM |
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After zoom visible distance |
4KM |
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Operating principle |
Customizable setting of shooting interval, front-end analysis of pictures taken by the device, immediate return to the platform after identifying the danger, and regular return when there is no hidden danger |
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MTBF |
≧30000 Hours |
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Checking and commissioning |
Can be checked and tuned without disassembling the machine |
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Protection level |
IP67 |
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Weight |
23Kg(Host+external battery + solar panel + bracket) |
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Sunless operating time(Battery fully charged) |
20 days |
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Power supply method |
Solar panel plus battery: 6.4V 37.5 AH LiFe + 12V 30W PV panel |
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Minimum illumination |
≤0.001Lux/f1.2 |
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Storage Capacity |
SD card 128g/256g |
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Antenna |
Adopt built-in antenna |
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Positioning function |
Support GPS, Beidou positioning |
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Host case material |
Aluminum alloy |
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Camera adjustability |
Omni-directional manual adjustment according to line direction |
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Operating temperature |
-40℃～+70℃ |
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Atmospheric pressure |
55kPa～106kPa |
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Relative Humidity |
5%～100%RH |
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Expandable features |
(Optional, see option table for details) |
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Service life of the whole machine |
Not less than 8 years |
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Front analysis |
Support Senter front-end analysis module |
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Option table：
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Projects Reference Configuration |
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Tower tilt |
Inclination measurement range: biaxial -10°~+10° (optional -30° ~+30°, -60°~+60° or -90°~+90°); Inclination measurement error: ≤±0.05°; Inclination measurement resolution: ±0.01° |
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Encryption chips |
Optional: CLP encryption chip; Nanrui encryption chip, NVR to meet the needs of the B interface and the national network encryption |
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Micro Weather module (Three combinations available) |
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Wind speed |
Wind direction |
Temperature |
Humidity |
Atmospheric pressure |
Rainfall |
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4 Elements |
√ |
√ |
√ |
√ |
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5 Elements |
√ |
√ |
√ |
√ |
√ |
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6 Elements |
√ |
√ |
√ |
√ |
√ |
√ |
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Technical Parameter |
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Micro weather |
Name |
Measurement Range |
Error Range |
Resolution |
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Temperature |
-30℃～+85℃ |
±0.5℃ |
0.1℃ |
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Humidity |
0～100% |
±4%RH |
1%RH |
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Wind speed |
0～75m/s |
±(0.3+0.03V)m/s |
0.1m/s |
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Wind direction |
0～360° |
±3° |
0.5° |
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Rainfall |
0～4mm/min |
±0.4mm (when ≤10mm) ±4% (when >10mm) |
0.2mm |
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Atmospheric pressure |
0～100% |
±4%RH |
0.1hPa |
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Audible and visual alarms |
Alarms can be heard within 200 meters and can clearly distinguish the voice content, can see the obvious light. |
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