Airborne laser radar technology has been used in power line inspection for many years. In recent years, drone technology has also developed into a blowout type and has been put into the power industry. Scanning Eagle HS-300 came into being under such a technical background. It has the high precision of traditional helicopter lidar technology measurement and can penetrate the vegetation at the same time. It has the characteristics of low cost, high efficiency and easy operation of the drone technology itself.
UAV LiDAR technology for transmission line inspection mainly has the following three advantages
1. Low operating cost
Compared to traditional helicopters, the use of drones can significantly reduce costs compared to tens of thousands of hourly usage fees.
2. The transmission line description is clearer and more accurate.
The point density of more than 80 points per square meter can be easily obtained, the structure of the tower is clear, and the wires and insulators are clearly visible. Line sag and cross-over distance can be accurately measured.
3, the safety is greatly improved
The use of the drone platform avoids the risk of personnel on-board operation. At the same time, with the RIEGL miniVUX-1 (360° field of view) laser scanning Eagle HS-300 low-altitude radar, high-voltage line side scanning can be performed, avoiding the line over the line The safety hazard of flight ensures the safety of the line.
Case appreciation
In a certain place in Ningxia, two people in the operation team carried the Scanning Eagle HS-300 UAV LiDAR system for operation.
The terrain of the area has flat farmland and rugged mountain roads. The maximum temperature during the day can reach 38 degrees, and the local area can exceed 40 degrees. The climate is dry and the wind is strong. Such climatic conditions have brought some inconvenience to the outsiders and tested the reliability of the equipment. It proves wind resistance, real-time heat dissipation and stability of communication lines.
In such a strong sunshine and high temperature environment, workers must wear sun protection clothing and sunglasses for body protection and timely add water and salt to avoid heat stroke.
Data achievement
The point density we designed this time is 80 points / square meter, and the 2cm resolution orthophoto is acquired during the same period.
Partial data overview
Tower structure is clear
Long press QR code
Get the Scan Eagle HS-300 Product Brochure
UAV LiDAR technology for transmission line inspection mainly has the following three advantages
1. Low operating cost
Compared to traditional helicopters, the use of drones can significantly reduce costs compared to tens of thousands of hourly usage fees.
2. The transmission line description is clearer and more accurate.
The point density of more than 80 points per square meter can be easily obtained, the structure of the tower is clear, and the wires and insulators are clearly visible. Line sag and cross-over distance can be accurately measured.
3, the safety is greatly improved
The use of the drone platform avoids the risk of personnel on-board operation. At the same time, with the RIEGL miniVUX-1 (360° field of view) laser scanning Eagle HS-300 low-altitude radar, high-voltage line side scanning can be performed, avoiding the line over the line The safety hazard of flight ensures the safety of the line.
Case appreciation
In a certain place in Ningxia, two people in the operation team carried the Scanning Eagle HS-300 UAV LiDAR system for operation.
The terrain of the area has flat farmland and rugged mountain roads. The maximum temperature during the day can reach 38 degrees, and the local area can exceed 40 degrees. The climate is dry and the wind is strong. Such climatic conditions have brought some inconvenience to the outsiders and tested the reliability of the equipment. It proves wind resistance, real-time heat dissipation and stability of communication lines.
In such a strong sunshine and high temperature environment, workers must wear sun protection clothing and sunglasses for body protection and timely add water and salt to avoid heat stroke.
Data achievement
The point density we designed this time is 80 points / square meter, and the 2cm resolution orthophoto is acquired during the same period.
Partial data overview
Tower structure is clear
Long press QR code
Get the Scan Eagle HS-300 Product Brochure
Absolute rotary Encoder measure actual position by generating unique digital codes or bits (instead of pulses) that represent the encoder`s actual position. Single turn absolute encoders output codes that are repeated every full revolution and do not output data to indicate how many revolutions have been made. Multi-turn absolute encoders output a unique code for each shaft position through every rotation, up to 4096 revolutions. Unlike incremental encoders, absolute encoders will retain correct position even if power fails without homing at startup.
Absolute Encoder,Through Hollow Encoder,Absolute Encoder 13 Bit,14 Bit Optical Rotary Encoder
Jilin Lander Intelligent Technology Co., Ltd , https://www.jllandertech.com