Akademik Veri Yönetim Sistemi
4th International Scientific Research Congress, Yalova, Türkiye, 14 - 17 Şubat 2019, ss.204
Abstract Uninterrupted transmission of electrical energy, which has become an integral part of our technological and social infrastructure, is a vital issue. A series of intensive work is required for the detection, analysis and installation of the route in which the voltage lines will be passed. In parallel with the developing technology, the integration of the Light Detection and Ranging (LiDAR) technique, which has recently emerged as a new technology in the maintenance and surveillance of these lines, will accelerate the work on this subject. For this purpose, the aim of this study is to define the vegetation cover that violates the vertical safety limits in the high-voltage line with LiDAR data and risk management. The study area was chosen as 500X250m2 in the forest area of Çekmeköy in the European side of the province of Alemdağ. Conductor classification is made by classification techniques of the energy transmission line in this region and metric values in the danger parts of the trees and vegetation in the vertical oscillation are calculated. In this calculation, the tree species and heights were determined by using the 4th International Scientific Research Congress (UBAK) 205 (14-17 February 2019, Yalova, Turkey) 205 characteristics of the forest. As a result of this process, the determination of these fixed values and the ranking of risk were found.