point cloud processing software for power line inspection

Advantages

Multi-dimensional

GVI has developed professional integrated intelligent inspection and operation and maintenance plans for not only the transmission network but also the distributing, substation, and Solar panels.
Intelligent Inspection

Intelligent inspection includes route optimization, edge processing, deep learning, recognition improvement, remote management, mass storage, etc.
Real Time Operation

With real time operation, we can know the vegetation encroachment, get the reports and also the growth of individual trees. We also support the simulation for different hazards such as high temperatures, strong winds, icing, and other conditions for early warning.

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Case Studies

How did mobile LiDAR scanning speed up the powerline 3D model creation and encrochment assessment?

What Is Mobile LiDAR Scanning System? A mobile lidar scanning system is a technique that captures highly comprehensive and precise 3D data of the surroundings using laser-based remote sensing. It can be carried by people with backpack or handheld method, and it can also be attached to vehicle, such as a car or ute, and goes along a predetermined path while scanning the surroundings. LiBackpack DGC50 & LiMobile are mobile LiDAR scanner for backpack and vehicle-mounted applications respectively. LiMobile A laser scanner, a GPS receiver, and a···
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Solar Energy - Intelligent Inspection Project Using LiDAR and Point Cloud Data

1. Background Known as solar power plants, solar farms, solar parks, and photovoltaic power stations or plants, photovoltaic systems (PV systems) have become larger and more significant, increasing in construction and scale during the past decade. Although, Photovoltaic power operations and maintenance challenges have become more prominent and frequent. Traditional manual inspection can encounter many problems, such as inefficiencies, non-standard data collection, and a poor operating environment. Faced with these difficulties, using an intelligent inspection ···
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Power Line Corridor Mapping

Methodologies to Acquisition and Data ProcessingRoutine inspection of power transmission lines is critical for securing uninterrupted distribution of electricity. Traditional, ground-based inspection methods involving teams of surveyors is typically very labor-intensive and time-consuming. Methods for calculating the distance between the sag of the transmission wire and the tree often involves heavy equipment such as height measuring rods and theodolites. This is a huge workload for patrolling personnel whom may be located in deep wilderness and/or hazardous terrain.Recently, energy service pr···
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