As the main frame of the railway electrification engineering, an overhead line is a special form of power transmission line that is erected along the railway line to supply power to electric locomotives. Once the overhead line is abnormal, it may lead to a slight result such as train suspension, or it may cause a serious problem in the normal operation of the entire railway. To ensure the normal operation of the overhead lines, it is necessary to regularly inspect the height and alignment value of the overhead lines, to discover the hidden failures, and to avoid the hidden danger of the line. Neuvition LiDAR can meet the requirement for long-distance and high-precision detection and is capable to output the height and alignment value in real time.

Foreign Object Intrusion refers to any target object that appears within the range limit of the safe operation of rail traffic and exceeds the safety range of its allowable overall dimensions, which further affects the normal operation of trains on this section of the road. In common rail traffic operation accidents, 25% of train derailments result from foreign object intrusion. Neuvition LiDAR Rail Traffic Detection Solution can judge whether there is a foreign object intrusion based on the given algorithm and real-time, high-density LiDAR point cloud data, to provide an early warning so that the rail department staff can take preventive measures.

As the foundation for trains, the rail subgrade directly bears the load of the train and has extremely high requirements for deformation and stability. Neuvition high-resolution, high-precision LiDAR can automatically monitor the subgrade deformation or abnormalities, such as uneven road surface, a hump of the track, pavement cracking, collapse, etc., it can process real-time recording of monitoring data, and then systematically analyze the health and safety status of the subgrade during the operation period.

Nowadays, it is frequent to see passengers or their bags, clothes caught in subway stations, which poses greater potential safety hazards and accident risks. Through the analysis of the space between the train door and the screen door, Neuvition LiDAR is superior in sensing performance as the detection instrument to quickly detect whether there are any foreign objects between the train door and the screen door in real time. LiDAR is better than other sensors in terms of performance on anti-interference, accuracy, and reliability, and it can effectively ensure the safety of passengers.

With a high resolution and an ultra-long detection range, Neuvition LiDAR can be mounted in front of a variety of medium-low speed trains such as trains, subways, and light rails, etc. to monitor the presence of foreign matters in front of the train in real time when the train is running and to provide escort for the train running safely on the track. Aided by the precise perception of LiDAR and leading recognition algorithms, timely warning of foreign object intrusion is provided, and the accurate three-dimensional map of the road ahead can be quickly constructed to timely determine the condition of the environment required for the operation of tunnels, etc., to greatly improve the safety factor of train operation.