The LIDAR data turns to be the most accurate terrain depicter in the recent past for the utility corridor mapping. Power transmission lines are the most difficult utility to monitor due to
its aerial existence and thin wires.Critical point detection along the immediate corridor is a necessary pre requisite for the maintenance of the power transmission lines. Height information about the objects in the immediate vicinity, especially vegetation is key factor for a maintenance team. The LIDARdata in .las file format can be classified for ground and non ground clouds using automatic macros. Quality checks will refine quality of ground points. Among the non ground points power lines strings can be captured using top views and need to ensure that it connects all the towers. This classification is the result of analysis by an automated filter developed which detects all LIDAR hits returns from the power lines and can be classed as wires. Towers were also can be detected in a similar way.Critical points can be detected along the transmission lines and exact height needs to be assigned to each object. 50m either side of the transmission lines can be considered for object search and exact height of the objects can be derived.The objects encountered will be houses and vegetation in general. A vegetation clearance report will help to details location of the critical points and its complete information.
SBL Geo spatial services, the Geo Spatial wing of SBL, an ISO accredited global ITES Company based in Cochin, India, weaves out its feature mapping solutions with accuracy and quality which no one else offers. The team is a pack of expert technocrats who make use of Remotly Sensed data on the information on the surficial relief and spatial distribution of the features to map the terrain accurately.
SBL Geo spatial services, the Geo Spatial wing of SBL, an ISO accredited global ITES Company based in Cochin, India, weaves out its feature mapping solutions with accuracy and quality which no one else offers. The team is a pack of expert technocrats who make use of Remotly Sensed data on the information on the surficial relief and spatial distribution of the features to map the terrain accurately.
