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Electric tower power grid inspection and digitization
Through 3D LiDAR Scanners and automated modeling technology, the efficiency of spatial data collection of power facilities is greatly improved, helping to build a high-precision, visual power grid digital twin base, making power tower grid inspection and monitoring more efficient and safer.
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Business pain points
• Traditional manual inspection: Relying on manual climbing of power towers, the operation has high safety risks and high labor intensity; relying on telescopes or naked eyes to judge, it is difficult to accurately detect subtle deformation or rust of the structure; for lines in dense forest areas or complex terrain, it is difficult to fully cover the lines manually.
• Traditional drone/mounted scanning: Drone inspection is greatly affected by airspace approval, battery life and battery, and it is difficult to accurately obtain the fine dimensions of the complex structure of the tower. Mounted scanners are difficult to move and set up in complex terrains such as mountains and dense forests. Site assembly is cumbersome, greatly affected by GPS occlusion, and has poor operational flexibility.
Usage scenarios
Inspection of transmission line corridors, monitoring of tower structure deformation, substation and surrounding environment mapping, line safety distance (clearance) analysis, and obstacle crossing measurement.
solution
Real-life digitalization of power grid facilities
Through the SHARE3DCAM handheld 3D LiDAR Scanner and intelligent solving algorithm, it breaks through the limitations of the complex power grid environment, greatly improves the efficiency of data collection of power facilities, helps build high-precision real-life 3D models of power towers and lines, and makes power grid operation and maintenance management more intelligent and convenient.
● Compared with traditional manual inspection, the efficiency is increased by more than 20 times
● Intelligent SLAM real-time positioning, no fear of dense forest obstruction and weak GPS signal environment, can carry out millimeter-level fine collection of the tower structure, and supports automatic texture fusion
● There is no need to set up stations and targets, and dynamic continuous scanning can be achieved. The tower base, tower body and corridors can be covered in one operation.
● Supports one-click export of multi-format data, generates real-life 3D models such as 3DGS, and connects to the power GIS/BIM platform to form a closed business loop
hardware
SHARE SLAM S20 SE
Rapid scanning scenarios in small-scale, no-GPS signal environments such as inside substations, narrow spaces at the bottom of power towers, and control rooms.
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SHARE SLAM S20
Refined inspection scenes such as electric tower steel structure details, insulator strings, and hardware require extremely high texture, color, and detail accuracy.
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SHARE SLAM S100
RTK is supported in long-distance transmission line corridors, large-scale terrain across river valleys, and scenarios that require high ranging range and accuracy.
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Workflow
• Data collection: Operators hold SHARE3DCAM three-dimensional laser scanners and scan around power towers and line channels to obtain high-precision three-dimensional point cloud data in real time.
• Data governance: Import the collected data into point cloud processing software to automatically complete trajectory calculation and coordinate fusion, and generate colored point cloud data and 3D Gaussian models.
• Application delivery: Import the model into the power grid digital twin management system to provide accurate data support for line safety distance analysis, tower tilt monitoring and construction acceptance, forming a closed loop of data application.
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